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The Longhorn Network debut: wait until you see this great TV
Kevin Benz
Aug 26, 2011 | 11:19 pm
The College GameDay crowd
Photo by Kevin Benz
The ESPN College GameDay set on the South Mall of the University of Texas.
Longhorm Network analyst Kevin Dunn (l) and anchor Lowell Galindo (r).
ESPN College GameDay analyst Lee Corso.
The Longhorn Network debuted last night to an audience of a few hundred students on the South Mall, a few hundred more watching in the dorms (yes, the dorms got the Longhorn Network at least for the evening), about 20 thousand lucky cable subscribers in southeast Texas, and about 50 Orangebloods sitting at the bar next to me at the University of Texas Club.
It didn't matter how many watched. The Longhorn Network is great television. I was riveted. It drew me in and washed over me like a comeback win over oklahoma (small "o"). My orange blood burned for the season to start. I am a fan. There I said it.
I'm only sorry more people can't see it to appreciate it.
ESPN, the Worldwide Leader in Sports broadcasting knows how to do great sports television and they are doing it right here in Austin. Those of you who follow my writing know I have been a bit, well snarky about the LHN — who they hired, how they blew their PR campaign over poorly stated intentions about high school football and conference games, how they can't seem to make a deal with a single Austin cable television provider. Whatever.
This channel rocks. I know a little something about broadcast TV after spending 30 years working for and running TV stations; my bar for quality is pretty high. The LHN cleared it by a mile. This is ESPN on the local level, with all the quality of the network that perfected sports coverage. Great photography, crisp sound, outstanding editing, quality graphics, even the familiar ESPN ticker running at the bottom of the screen.
Check out the video clips of the All-Access documentary style show promising a "behind the scenes look" at Longhorn football. It was. You have to watch to understand, but you are introduced to Mack Brown the Coach. Not Mack Brown the CEO, not Mack Brown the brilliant PR man, not Mack Brown the congenial father figure; no, Mack Brown the Coach. A tough as nails, get it done my way or the highway Coach of the Texas Longhorns. I couldn't turn away.
The local talent is young, yes, but capable. Lowell Galindo, Kevin Dunn, and Samantha Steele were comfortable in what had to be a pressure packed moment. Galindo in particular asked pointed questions rather than tossing softballs to Rick Barnes. The College GameDay crew of Chris Fowler, Kirk Herbstreit, Lee Corso, Desmond Howard and Erin Andrews were stellar as usual, even if they had to be asking themselves "why are we here?"
The live sports television is first-class. LHN covered the Texas - Pepperdine volleyball match with six cameras — six. That's about 3 more than one might expect from a local live broadcast. Texas might not have gotten six cameras at the National Championship last year.
One could sit and critique the schedule full of old football games, old films, and reruns, but let's give the LHN credit for keeping their ammo in the chamber until they get better distribution. And they will, it's inevitable.
I watched the Longhorn Network with an open mind, ready to criticize or praise. I can't criticize, try as I might. Texas fans will appreciate the gift ESPN gave us tonight. No, oklahoma and A&M and whatever other Big 12 (10) school might not like it — to them I say, go get your own network. Oh, I'm sorry, that's right, you can't. Because "We're Texas", the Jonses of college football.
news/sports
2 Austin suburbs cash in among the richest places in Texas for 2023
How long Austin buyers need to save for a home, plus more top stories
Sweet On You
Jan 27, 2023 | 4:10 pm
Courtesy of Kendra Scott
Kendra Scott is teaming up with the Museum of Ice Cream for a sweet collaboration.
Roses are red, violets are blue, and it's almost February, which means the season of love is upon us. Whether you're looking for the perfect Instagram backdrop or the perfect gift for your Galentine, Valentine — or just a treat for yourself — one particularly sweet collaboration has you covered.
Starting February 1, Austin's own Kendra Scott is partnering with the Museum of Ice Cream to "spread joy, inspire human connection, and reimagine the way we experience ice cream and jewelry just in time for Valentine's Day," according to a release.
An extension of Scott's "Sweet on You" Valentine's Day campaign, the partnership will feature an immersive, experiential retail component in the bustling Kendra Scott flagship location on South Congress, as well as a custom ice cream flavor, opportunities to give back, and more.
For an immersive retail experience, the event space at the flagship store will be transformed into a mini-Museum of Ice Cream appropriately dressed with bananas, baubles, and hearts galore. If you've never made it to the renowned museum housed at the Domain, this is your chance to get a literal taste of the experience, while shopping for trinkets and treasures at the same time.
Both companies prioritize giving back as key pillars of their brand, so it's only fitting that the duo will be surprising three schools in Austin, Chicago, and New York with February ice cream parties as part of their partnership. Children at participating schools will be able to enjoy the exclusive Kendra Scott x Museum of Ice Cream flavor while crafting their own Museum of Ice Cream cardboard truck. Each classroom will also receive an Amazon gift card to offset teaching supplies, and Kendra Scott will provide each student with a yellow rose to give alongside Valentine's messages for their friends, family, teacher, or crush.
Taking place from 6:30 pm to 8:30 pm, a public event on Febuary 1 will formally celebrate the launch of the partnership. Guests will be able to check out the collaborative, immersive shopping experience while shopping Kendra Scott's new Valentine's Day Collection, enjoying free ice cream and treats from the Museum of Ice Cream and the Sips & Sweets Café.
RSVP to the public event here, and start shopping the Valentine's Day collection here.


DIVA/M will grab your attention with its artsy feel and glamorous looks. It has a brilliant design based on a combination of research, inventive materials, and production technology. It is all you need to improve the aesthetics of your dining room. The sideboard has many drawers which can accommodate all your plates, dishes, glasses, and cutlery. Its flat top is the perfect place to display your family photos, gorgeous flowers, or framed art pieces. You can also leave the top bare to serve food from at mealtimes.
Resting its weight on a single, sturdy base, the DIVA/M sideboard by Potocco is attractive in every way. It displays an unusual shape that is perfect for spaces in need of contemporary furnishings. It will transform your dining room from boring to interesting, a place where people linger after meals. DIVA/M becomes an elegant focal point without overwhelming the other furniture pieces in the room. Its most outstanding feature is its base which is partitioned by different elements.
If you love to entertain in style, a stylish sideboard is a must. You need something that can grab attention and become the topic of conversations. DIVA/M is what you need. It has a beautiful design and offers ample storage for all your tableware. You can also use it in other spaces in need of stylish storage like the hallway or study. It is a must-have for those who want nothing but the best for their homes.
Wouldn't it be amazing to own the DIVA/M Sideboard?


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Jordan Gender Relations Part II
By itypeusa | May 20, 2021
Girls and women as guarantors of family honor
A central element of the patriarchal mentality is also the idea that girls potentially threaten the family honor because they could lose their virginity if they are not married. At the latest with the onset of puberty, and often even before that, girls are therefore subjected to comprehensive monitoring and control mechanisms, which they usually accept without much protest, out of ignorance of their rights or fear of sanctions. Both attitudes – the preference for boys and the fact that female sexuality must be controlled – are not a question of religious affiliation, but rather common among Muslim and Christian Jordanians / Palestinians.
Family and civil status law: women are discriminated against
The so-called civil status and family law (Arabic al-ahwal al-shakhsiya), which regulates existential matters such as marriage, divorce, inheritance, etc., is denominational in Jordan (also in Israel and Palestine). This means that there is no uniform marriage, divorce and inheritance law in Jordan, but that church law is applied to Christians, while for the vast majority of Muslims a civil status law applies, which is based on the Sharia or on a of the Sunni law schools. In the current versions (Christian and Muslim), Jordanian civil status law discriminates against women in many ways.
According to hyperrestaurant, the Hanafi law school prevailing in Jordan theoretically allows for solutions that discriminate less against women. However, this possibility is not used in Jordanian legislation and in everyday legal life: women can be married against their will, they need the consent of their father or a male representative to marry; they have to accept up to three concubines; they themselves can only get a divorce with great difficulty, while a man can cast off his wife at any time without giving a reason. In the event of divorce and remarriage, they must renounce their children; they are not allowed to work without the husband's permission, and not even visit their own parents. Women inherit only half as much as men.
Citizenship Law: Jordan is way behind
Jordanian citizenship law provides that women cannot transfer their own citizenship to their children. Although there are special regulations according to the law, these are often not implemented on site. According to national and international organizations such as Human Rights Watch, the Jordanian state is doing too little to enforce these regulations. For children from binational marriages who live in Jordan and whose mothers are Jordanians, this means that they do not have access to many government services as a matter of course. You will be treated as a foreigner and therefore cannot easily go to school, get your driver's license or open a bank account. With this practice, Jordan brings up the rear in the MENA region. The criticism international and national organizations have so far largely gone unheard. The argument is often based on Islam – but Islam has nothing to do with this regulation. In fact, the ban was "imported" into several countries in the MENA region when these countries became independent and used European laws at the time as models for national legislation. Several states in the MENA region, including Morocco, Tunisia, Yemen and Egypt, now enable women to pass on their citizenship to their children.
Independent women's organizations that work to improve the living conditions of women and girls have existed in Jordan since the 1940's. The gender-political impact of the work of the women's organizations remained limited for two reasons, among others: 1) the strong politicization of some of the organizations (e.g. for the liberation of Palestine), which in some cases led to conflicts with the Jordanian security apparatus or to the closure of organizations; 2) the appropriation and monopoly of the gender issue by members of the royal family, above all by Princess Basma, a sister of King Hussein I. One example is the Jordanian National Women's Committee.
All Jordanian women's organizations (more than 90 according to state data) are members of the state-controlled General Federation of Jordanian Women (GFJW)
J ordanian Women's Union
Arab Women Organization (Chair: Leila Hamarneh)
Sisterhood is Global / Jordan (Chair: Asma Khader)
Homosexuality is not prohibited in Jordan under the Criminal Code. Nevertheless, almost no one comes out, because society vehemently rejects homosexuality to more than 95 percent and a coming out threatens serious consequences from stigmatization and the destruction of social and material existence to physical violence. Conservative forces point to Islam, which is the state religion according to the constitution and which, according to majority opinion, forbids homosexuality. In 2017 the Jordanian authorities prohibited a concert by the Lebanese top band "Mashrua Laila" because one of the band leaders had come out as homosexual and the band also dealt with the topic musically. The motive for the ban was presumably the fear of rioting. The community in Jordan is organized via the Internet, including the portal Rainbow Street. A public discourse about homosexuality has been developing for several years, albeit still very cautiously and mainly in niches, e.g. in the online magazine My.Kali or in the novel "Bride of Amman" by Fadi Zaghmout.
Jordan Gender Relations Part I
Ethiopia Gender Ratio
Camerooni Gender ratio
Mali Gender Ratio
Jordan History Part I
Jordan History Part II
Jordan Domestic Politics Part I
Jordan Domestic Politics Part II
Category: Asia Tags: Jordan
← Jordan Gender Relations Part I Jordan Education System →

redpajama_set_name: RedPajamaCommonCrawl


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Home Entertainment Megyn Kelly Recalls Telling Son Yates, 10, That His Teacher Died of...
Megyn Kelly Recalls Telling Son Yates, 10, That His Teacher Died of Coronavirus: 'It Was Awful'
Megyn Kelly and her family are still mourning the loss of Don Sorel, her 10-year-old son Edward Yates' music teacher who died after contracting the novel coronavirus (COVID-19).
The Fox News anchor, 49, talked to PEOPLE about Sorel's death, and how "awful" the moment was when she and husband Douglas Brunt had to tell Yates the bad news after it initially seemed like his teacher was recovering.
"I'm in the middle of this joyful moment with Yates and shows me the and it's like, 'Oh my God, what am I going to do? Am I going to ruin this moment? But he's got to know. We have to tell them because all the boys are Zooming and they're all on this group text where they text every 2 minutes. There's no keeping it from him.' "
So Kelly, 49, and Brunt "sat down and told him" once they learned school had been canceled the following day out of respect for Sorel, "and it was awful. It was just awful."
"I couldn't get it out without crying, and then he cried. We held each other," she adds.
Our son Yates's music teacher died yesterday of COVID-19. Don Sorel made Yates look forward to going to school, made him love music; all of the kids adored him. Telling Yates was awful. Pain for us is one thing; pain for one's child is in a different league. RIP, Mr. Sorel.
— Megyn Kelly (@megynkelly) April 8, 2020
RELATED: Megyn Kelly Pays Tribute to Son Yates' Music Teacher, Who Died After Contracting Coronavirus
The next day, instead of school, the kids "had a Zoom meeting in memory of Mr. Sorel, and his teacher shared that teachers had done the same thing earlier that day — that they'd all been in tears and laughter sharing memories of ."
"And then the boys … these are 9- and 10-year-old fourth-graders, and each one had such a sweet story about the guy, how he made them laugh, how he made them love music, how he made them laugh at themselves," Kelly adds. "Appreciating the ability to sort of maintain your sense of humor about your own foibles."
"It was just the sweetest thing and the saddest thing and you just ask, 'Why? Why him?' " she says. "You don't want it to happen to anybody, but you just … there's nothing you can do."
The school had initially updated parents that Sorel, who was 62 years old, was "out of the ICU and doing better," which made Kelly and her family think they "were in the clear" before the news changed "so suddenly."
"I said, 'I have something to tell you about Mr. Sorel.' And I think maybe was wondering if it was more good news because the last update had been good," Kelly tells PEOPLE. "And then we said, 'It's bad news.' And he just looked confused. And we were confused too."
RELATED VIDEO: Chris Cuomo Reveals Wife Cristina Has Tested Positive for Coronavirus: "It Just Breaks My Heart"
"You have to explain that doesn't necessarily mean anything when it comes to this disease," she adds. "We talked about what was going to happen at school and they were going to honor him the next day and that the boys would probably be talking about it, and maybe we could write another note to Mr. Sorel's now-widow, which we did."
As for the former Today host's younger two children — son Thatcher Bray, 6, and daughter Yardley Evans, 9 — "they into the aftermath where they see teary family members, and we just told them the truth too."
The family leaned on each other and close friend Richie Sambora reached out to support Yates, gifting him a guitar and virtual music lessons after the tragedy, and coaching him to channel his sadness into a song.
"He's so sweet. He spent so much time with Yates," Kelly recalls. "Yates came off that phone on cloud nine."
As information about the coronavirus pandemic rapidly changes, PEOPLE is committed to providing the most recent data in our coverage. Some of the information in this story may have changed after publication. For the latest on COVID-19, readers are encouraged to use online resources from CDC, WHO, and local public health departments. PEOPLE has partnered with GoFundMe to raise money for the COVID-19 Relief Fund, a GoFundMe.org fundraiser to support everything from frontline responders to families in need, as well as organizations helping communities. For more information or to donate, click here.
Read more: people.com
DJ Jazzy Jeff suspects coronavirus as he battles pneumonia in both lungs
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Drake's Son Adonis Shows Off His Love for Rapper Father by Wearing Adorable 'I Heart Daddy' Socks
Tom Hanks and Rita Wilson's Sons Chet and Colin Open Up About Their Parents' Coronavirus Diagnosis
How Apple reinvented the cursor for iPad
Guess Who's Playing Tiger King's Joe Exotic On TV!
Star Wars Fan Creates A Hilarious Comparison of How Star Wars Characters Would Make Coffee And People Think It's Spot-On


Offer valid starting on 4/12/19 at 12:01am ET at Gap, GapBody, GapKids and babyGap stores and online on sale merchandise in Canada only. Not valid at Gap Factory Stores. Discount only applies to merchandise with price ending in .99 and .97. Offer valid while supplies last. Discount applies to merchandise only, not to GiftCards or applicable taxes. Cannot be combined with other offers, discounts or deals. In-store prices may vary and differ from online prices. Prices as marked.
There are 14 Gap Canada coupons for you to consider including 14 sales.
Gap Canada often offers coupon codes for additional savings off your purchase price. Shop the sale and clearance sections and you can find discounts of 10% off or more. Check out seasonal and holiday sales like Memorial Day to receive up to 40% off merchandise. Shopping online is easy with free shipping on orders over $50 and free returns on every order!


Added by Michael Vincent about 1 year ago. Updated about 1 year ago.
The "Publish DNS Servers" option is not being used when generating the avahi config which causes the DNS servers to always be published regardless of the setting.


Floppy drive for T1 ?
How to adjust After Touch Sensitivity to Korg M1?
Korg X3 Workstation - How do I switch from midi to audio?
How to exchange program sounds between my TEX and roland.
good stand for R3 & Electribe ESX-1?
How do I use outputs 3 and 4 on the X2?
Need help for a friend.
Can I use my microkorg with oxygen 8 in reason?
How d'ya Cubase to trigger 01W sequences properly?
Korg 01/WFD Midi out settings..
Wavestation A/D factory patches for SR?
Can't hear Proteus 1 through the Korg M1?


Hi where i can buy cheap tickets for Baltimore Orioles Vs. Florida Marlins ?
Question by Andrea: Hi where i can buy cheap tickets for Baltimore Orioles Vs. Florida Marlins ?
This entry was posted on August 16, 2011 at 3:49 am and is filed under Florida Marlins. You can follow any responses to this entry through the RSS 2.0 feed.


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Q: Table 'database_name.CTE' doesn't exists, when I'm using JPA(hibernate) with native query I'm using JPA(hiberbate) with native query (MySQL).
Sample query is :
    with cte1 as
    (
      select ~
      from table1
    )
    , cte2 as
    (
      select ~
      from table2
    )
    , cte3 as
    (
      select ~
      from cte1
        inner join cte2 on cte2.id = cte1.id
    )
    select *
    from cte3

The query do work in DB tool, But don't work in JPA(hibernate)
I got some logs like Table 'o.h.engine.jdbc.spi.SqlExceptionHelper : database_name.cte3' doesn't exist
Thus I want to know how to remove database name when i'm using native query in JPA(hibernate).
Any other solutions or hints also would be helpful for me.

redpajama_set_name: RedPajamaStackExchange


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Home News Larkin's 'fresh' debut novel goes to Granta
Larkin's 'fresh' debut novel goes to Granta
Published June 26, 2019 by Heloise Wood
Granta has bought non-fiction author Emma Larkin's debut novel.
Bella Lacey, publishing director, signed up Comrade Aeon's Field Guide to Bangkok by Larkin, who has previously written non-fiction books such as Finding George Orwell in Burma and Everything is Broken (both published by Granta).
Lacey acquired UK and Commonwealth rights including Canada from Sarah Chalfant at the Wylie Agency. Comrade Aeon's Field Guide to Bangkok is scheduled for publication in spring 2021.
"Larkin's debut novel explores contemporary Thai culture and its complex politics and history, through the story of a forgotten and overgrown plot of land in central Bangkok which hides the secrets and histories of the local community – secrets that threaten to come to light when it is bought for the development of a new Bangkok skyscraper," Granta said.
Lacey said: "Raised and still living in Bangkok, Emma Larkin knows Thailand intimately, and her exploration of its culture is fresh, original and utterly authentic. She treats the currents and complexity of Thai politics and society with a wonderful lightness of touch, and has created an utterly absorbing narrative with an arresting cast of characters from all walks of Thai life. I'm thrilled to be launching her fiction writing at Granta."
Emma Larkin
bella lacey
'Beautiful' debut about control to Granta
'Mesmerising' novel West to Granta
Granta signs debut literary fiction
Granta wins Halliday debut in seven-way auction
Granta acquires new China history novel


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Matthieu Donarier (* 1976 in Nantes) ist ein französischer Jazzmusiker (Tenor- und Sopransaxophon, Klarinette, Bassklarinette).

Leben
Matthieu Donarier lernte zunächst Klarinette, bevor er als Jugendlicher zum Saxophon wechselte. Nach dem Besuch des Konservatoriums in Rennes zog er nach Paris, um am Conservatoire National Supérieur (CNSM) zu studieren. Schon vor seiner Graduierung 1998 gründete er mit dem Gitarristen Manu Codjia und dem Schlagzeuger Joe Quitzke das Matthieu Donarier Trio. 1999 wurde das Trio mit dem ersten Preis des Concours de La Défense ausgezeichnet. Nach Tourneen durch Europa, dem Nahen Osten und Kanada gehört er seit 2006 dem Musikerkollektiv Yolk in Nantes an, bei dem er sein Trioalbum Optic Topic veröffentlichte. Donarier arbeitete neben seinem Trio außerdem mit Poline Renou, dem Ensemble ZAR, Sébastien Boisseau, Daniel Humair (Baby Boom, 2002), Patrice Caratini und Stephan Oliva, Stéphane Kerecki und Gábor Gadó, ferner in den Ensembles Le Sacre du Tympan und Le Gros Cube. Das Album Longboard: Being Wild, das er mit Alban Darche und Meivelyan Jacquot vorlegte, wurde für den Award der Jazz Journalists Association in der Kategorie "Beste Albumkunst" 2020 nominiert.

Diskographische Hinweise
 Optic Topic (Yolk, 2004)
 Live Forms (Yolk, 2009)
 Kindergarten (Yolk, 2009)
 Sun Dome (Clean Feed, 2017), mit Santiago Qunitans

Weblinks
 Webpräsenz
 Karl Lippegaus: Die Früchte des Zufalls - Porträt des Musikers (2009) bei Deutschlandsender Kultur
 Besprechung des Albums Life Forms bei all About Jazz (französisch)

Lexikalischer Eintrag
 Richard Cook, Brian Morton: The Penguin Guide to Jazz Recordings. 8. Auflage. Penguin, London 2006, ISBN 0-14-102327-9.

Jazz-Saxophonist
Jazz-Klarinettist
Musiker (Frankreich)
Franzose
Geboren 1976
Mann

redpajama_set_name: RedPajamaWikipedia


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Attacks/Breaches
500 Malware Networks Available To Launch Attacks
Many online attacks this year will come from malware delivery networks that can be rented and set to infect PCs, says security vendor Blue Coat Systems.
Anonymous: 10 Facts About The Hacktivist Group
(click image for larger view and for slideshow)
Roughly two-thirds of online attacks that use some form of bait--spam emails, phishing attacks, fake downloadable movies--will this year originate from about 500 known malware delivery networks.
That prediction comes from a new report from security vendor Blue Coat Systems, which builds hardware proxy devices.
According to Blue Coat, the question of how many "infrastructures that last beyond any one attack"--a.k.a. "malnets"--is pertinent because reusable attack infrastructure can be targeted and shut down. "It takes infrastructure for the bad guys to run an attack, and that creates an attack infrastructure for the good guys to go after," said Chris Larsen, a senior malware researcher at Blue Coat, via phone.
[ Can phishing be stopped? See Google, Microsoft Say DMARC Spec Stops Phishing. ]
Malnet operators typically make money by selling a pay-per-install service, whereby customers pay them to infect PCs with malware. "Malnet is not the same as a botnet," said Larsen. "We measure a malnet in terms of how many hosts, servers, and sites participated in getting the user down from the bait down to the payload. Then once you're infected, you're no longer part of the malnet, but the botnet."
Accordingly, the trick for security researchers is to find ways to identify as much of that malnet infrastructure as possible and either shut it down or block it before PCs get hacked and added to botnets (for which there's also a thriving rental market). "It takes a lot of infrastructure to run a large-scale spam attack, or poison search engines and get results in the top page, to coordinate hacked sites that are hosting parts of your attack," said Larsen.
Unfortunately, spotting malnets remains difficult, given the speed with which malnet operators can--just for starters--vary malware payloads and websites used, to fool some types of security tools. Furthermore, many types of low-cost but high-impact infection techniques rely on social engineering attacks, which remain quite difficult to stop. In 2011, for example, Blue Coat found that the principle ways that attackers lured users to malnets was via search engine results (40%), spam or phishing emails (12%), social networking attacks (6%), and pornography (4%), the last by way of disguising malware as an adult movie made available free for download.
Larsen said the prevalence of search engine poisoning--tricking search engines into including links to sites that host phishing attacks, advertisements for off-brand pharmaceuticals, or drive-by downloads of malware--surprised him, and he's seen the incidence climb higher still so far in 2012. "I'd thought that search engine poisoning was a dying art," he said. But although Google and Bing are relatively good at blocking such attacks, he said other search engines--especially outside the United States--are lagging.
What's the best way to proactively block malware distribution networks from corporate PCs? As the infection vectors suggest, watch which search engines employees use, and educate users. "People need reminding, " said Larsen. "I've yet to meet a user who understands that going to Google or Bing and searching for anything can be dangerous," he said, citing a 10% probability that one of the top 10 or 20 search engine results will in fact lead to malware.
Beyond education, the Blue Coat report recommends keeping a close eye on logs. Also, block access to known bad websites--and especially any executable files that might be downloaded from those sites--as well as to proxy websites or services, because employees can use them to bypass security policies and thus some corporate defenses. In fact, "proxy avoidance," according to the Blue Coat report, "is a regular search topic for victims of search engine poisoning malware."
Another recommendation: block all non-SSL traffic that attempts to communicate via port 443. "To avoid detection, many bots use a custom encryption over port 443 for their phone home communications to command and control (C&C) servers," according to the report.
Hacks of Comodo and DigiNotar exposed weakness in the Secure Sockets Layer protocol. The new Dark Reading supplement shows you what's being done to fix it. (Free registration required.)
Vulnerabilities/ThreatsRiskCompliance
AI-Driven Testing: Bridging the Software Automation Gap


text:
Emma Mcmanus
Degree of Doctor of Philosophy, Norwich Medical School
Research Group Member, Health Economics
Research Group Member, Norwich Clinical Trials Unit
Research Group Member, Public Health and Health Services Research
EmailEmma.Mcmanus@uea.ac.uk
An introduction to the methods of decision-analytic modelling used in economic evaluations for Dermatologists
Mcmanus, E., Sach, T. & Levell, N., Oct 2019, In: Journal of the European Academy of Dermatology and Venereology. 33, 10, p. 1829-1836
Are vitiligo treatments cost-effective? A systematic review
McManus, E., Sach, T. & Levell, N. J., Jan 2018, In: British Journal of Dermatology. 178, 1, p. e57–e58
A systematic review of model-based economic evaluations of treatments for venous leg ulcers
Layer, A., Mcmanus, E. & Levell, N., Jun 2020, In: PharmacoEconomics - Open. 4, 2, p. 211-222 12 p.
Barriers and facilitators to model replication within health economics
McManus, E., Turner, D., Gray, E., Khawar, H., Okoli, T. & Sach, T., Sep 2019, In: Value in Health. 22, 9, p. 1018-1025 8 p.
Can you repeat that? Exploring the definition of a successful model replication in health economics
McManus, E., Turner, D. & Sach, T., Nov 2019, In: PharmacoEconomics. 37, 11, p. 1371–1381 11 p.
Early, specialist vocational rehabilitation to facilitate return to work after traumatic brain injury: the FRESH feasibility RCT
Radford, K., Sutton, C., Sach, T., Holmes, J., Watkins, C., Forshaw, D., Jones, T., Hoffman, K., O'Connor, R., Tyerman, R., Merchán-baeza, J. A., Morris, R., McManus, E., Drummond, A., Walker, M., Duley, L., Shakespeare, D., Hammond, A. & Phillips, J., 1 Jun 2018, In: Health Technology Assessment. 22, 33.
Economic evidence for the prevention and treatment of atopic eczema: a protocol for a systematic review
Sach, T., Mcmanus, E., Mcmonagle, C. & Levell, N., 27 May 2016, In: Systematic Reviews. 5, 90.
Incidence and sociodemographic characteristics of eczema diagnosis in children: a cohort study
Ban, L., Langan, S. M., Abuabara, K., Thomas, K. S., Sultan, A. A., Sach, T., McManus, E., Santer, M. & Ratib, S., May 2018, In: Journal of Allergy and Clinical Immunology. 141, 5, p. 1927-1929.e8
The Use of Decision–Analytic Models in Atopic Eczema: A Systematic Review and Critical Appraisal
McManus, E., Sach, T. & Levell, N., Jan 2018, In: PharmacoEconomics. 36, 1, p. 51–66 16 p.


I took advantage of cheap airfares to go to Dublin for a few days. It's always been an ambition of mine, also to walk into a pub an order a pint of Guinness in Gaelic. I managed to do a lot of sightseeing – not all that I'd planned – but that leaves plenty for the next visit – and Dublin is a very walkable city. It was as I was walking to St. Patrick's Cathedral that I passed, by pure chance, The Constant Knitter. I'd seen it online, so didn't think twice about entering for a look around.
Rosemary was extremely friendly, welcoming and informative, and also gave a hint on where I might actually be able to order that pint. I could easily have spent a couple of hours there. I guess I'd describe it as a well-stocked shop with everything you'd need, one that invites you to linger while you think of projects to come. Also, no funny looks or even the hint of suspicion for being a male in a yarn shop. I'd whole-heartedly recommend The Constant Knitter as part of any trip to Dublin. Thanks, Rosemary!
I came away with two balls of Donegal Aran Tweed in white and some hand dyed Galway Cheviot fleece in greens and blues for some drop-spindling. That's Cheviot fleece from Galway, not a cross-breed, we decided. There were other gadgets that I could have acquired, save for security restrictions on pokey, metal things on flights.
And the Gaelic? The guy behind the bar clearly understood me, but answered in English. If you've seen No Béarla, you'd understand my frustration. I had a slightly more linguistically rewarding experience in the Gaelic bookshop An Siopa Leabhar, so all was not in vain. I think my request for bilingual books was a little shaky, but is fearr Gaeilge briste, ná Béarla clíste.
Posted on October 17, 2016 by hedgerowweaver.	This entry was posted in Uncategorized. Bookmark the permalink.


text:
Russia to open three-hour aid windows daily amid battle for Syria's Aleppo
Keywords:AleppoBashar al AssadGreat Middle EastMiddle EastNewsRussiaSyriaTerrorismUNUNICEF
Posted By: sabina 11.08.2016
Russia's defence ministry said it will cease hostilities around Syria's ravaged city of Aleppo for three hours each day to allow humanitarian aid into the city.
"To guarantee total security for the convoys to Aleppo there will be humanitarian windows established from 10am to 1pm local time starting tomorrow," the ministry said on Wednesday.
"All military hostilities, aviation strikes and artillery strikes will be halted."
The announcement was made as rebel forces continued to gain territory from fighters loyal to President Bashar al-Assad.
The UN's aid chief Stephen O'Brien, however, said the plan would not be enough to reach all civilians in need in and around the city, and called for a 48-hour pause in fighting.
"To meet that capacity of need, you need two lanes and you need to have about 48 hours to get sufficient trucks in," he said.
The UN has called for urgent aid access to Aleppo, warning that civilians are at risk from water shortages and disease as fighting has intensified.
Its children's aid division, Unicef, said on Tuesday that two million civilians were at risk because of the fighting.
Sergey Rudskoy, chief of Russia's general staff, said that "more than 1,000 were killed and about 2,000 wounded" in the rebel ranks over the past four days southwest of Aleppo.
He added that a road had been built to an area on the northern outskirts of Aleppo through the Castello shopping centre to "ensure safety and organise round-the-clock delivery of food, water, fuel, medicine and other necessities to the city's west and east".
"We support the proposals by the UN to establish joint control over the delivery of humanitarian aid to the population of Aleppo along the Castello Road," he said.
The recent flare-up in fighting began in late June as government forces closed in on the Castello Road, the last route into rebel-held parts of the city.
Rebels and pro-government fighters have sent hundreds of reinforcements to Aleppo since opposition forces broke a government siege at the weekend and vowed to capture the entire city.
Rebels accused of rocket attacks
Rocket fire from Syrian rebels killed at least 14 people and left dozens wounded on Wednesday in government-held areas of the city, state media said.
The attacks were reported as fighting broke out along the southern edges of the battered city on Wednesday night.
Syrian state news agency SANA said rebel fire on the government-controlled district of Hamdaniyeh on Wednesday killed 13 people and wounded 25 others.
Rocket attacks on another government-held neighbourhood killed one person and wounded 12 others earlier in the day.
SANA said Russian and government planes targeted "terrorist" positions in the city's south, as an AFP journalist in Aleppo said intense airstrikes and artillery fire could be heard.
An estimated 1.2 million people live in zones controlled by forces loyal to President Bashar al-Assad in Aleppo, with about 250,000 people in the rebel-held eastern districts.
Residents across the city have been living in fear of competing sieges since fighting surged in late June over rival access routes into Aleppo.
Source: middleeasteye.net
Russia announces Aleppo humanitarian pause
Israel issues 34 administrative detention orders to Palestinian prisoners
Turkey's Difficult Dance with Russia in Syria
Middle East Rail 2017 confirmed for March next year
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text:
Jacques Tourneur (12 decembrie 1904 - 19 decembrie 1977) a fost un regizor de film francezo-american. A regizat filme precum Cat People, I walked with a Zombie, The Leopard Man și Night of the Demon.

Filmografie

Ca regizor
Filme de scurt metraj

Filme artistice

Referințe și note

Legături externe

Nașteri în 1904
Nașteri pe 12 decembrie
Decese în 1977
Decese pe 19 decembrie
Regizori francezi
Regizori americani


Tiger Way is a mixed-use scheme providing a new nursery and primary school co-located with 89 residential apartments. The residential scheme borders the open spaces of Hackney Downs, with the primary school entrance fronting Tiger Way.
CTD Architectural Tiles recently supplied the tiles for this project, the ranges used in this scheme include Rewind and Kursaal.
Our Rewind collection is suitable for use as a wall or floor covering and was specified for both the utility rooms and bathrooms.
Throughout the ground floor our Kursaal range has been used in the communal areas and office space.
Fitted by ABM Tiling, in all bathrooms the Rewind Vanilla Hexagon was used for the floor and a feature half wall to create a design scheme with a unique personality. In the utility areas, the Rewind Peltro 600x300mm were the perfect tiles creating a contemporary look.
You can read more about our tiles for schools and nurseries here.
Kursaal Rust 600x600mm was carefully chosen due to its surface finish which combines high slip resistance (R11/+36PTV) with a non-abrasive touch. Kursaal is available in seven sizes, six colours and a single finish all with exceptional slip resistant qualities.
Specially sourced, 150x75mm matt wall tiles in charcoal and off-white have been used in other apartments in the shower area, creating a subtle design effect which fit the proposed criteria perfectly.
CTD Architectural Tiles worked with Architects Hawkins/Brown, Main Contractor McLaren & Tiling Contractor ABM Tiling.


text:
Catantops momboensis is een rechtvleugelig insect uit de familie veldsprinkhanen (Acrididae). De wetenschappelijke naam van deze soort is voor het eerst geldig gepubliceerd in 1931 door Sjöstedt.

momboensis


I just want to say I received my Fairphone from my family member in England a few days ago and it's working like a charm here in Ontario! The Open Source OS works great with the carrier Fido.
Will my Fairphone work in Canada?
Fairphone 2 in North America?
New support article: We have a map of Fairphone physical touch points (Store Locator)!
Am I seeing a new Fairphoners group emerging?
I sincerely hope so! It would be so great to know other Fairphoners in my area.
Add yourself to the list and maybe someone will contact you.
That's great! Did you have any other option for the carrier (Koodo, Virgin, etc.) or Fido was your only choice ?
I just wrote to a friend in Czech Republic that is coming to Québec this summer, so he may bring me a fairphone at the same time…!
How's your fairphone so far ? Are the apps working good ?
I merely went with Fido because they are the cheapest in Canada and I already had an account with them from my older phone. Before I even considered importing the Fairphone I went on their tech support chat line and linked them to the Fairphone 2 tech specs. After they reviewed them they said it was good to go I went ahead and made arrangements to have it shipped. I suggest you do the same, if you're with a carrier already simply get on tech support. Don't bother going to the kiosks in malls or whatnot. Not even Fido reps knew what the hell I was talking about.
I don't download apps so I can't say anything about that. With the open source os I might look into getting stuff… but I've lived with a "dumb" phone for so long I don't really know what I'm missing. The UX is really well integrated though and it's much simpler to use than any tablet I've had.
In many respects it's a regular phone! Just guilt free!
That's fantastic… I already talked to a friend of mine from Czech Republic, coming to Canada this summer, who'll bring it with him… So we may be 2 fairphoners soon in Canada.
Cheers, thanks for all the information.
Thank you Maria! That's really helpful.
Just ordered my fairphone! It is on the way to Quebec city…! Looking forward to it! Thanks Maria, I'll be looking for that PublicMobile thing… First time I hear about them!
The answer wasn't no, but that it is not completely compatible.
According to http://willmyphonework.net it is not compatible with 2G, but it is compatible with 3G (on the 1900 MHz band, but not on 850MHz), and with LTE (on some frequencies).
I don't know though what that limitations may mean in practice.
fine. We can call, we can text, and we can use internet when we have wifi.
I just got my FP2 with the open os. I'm using it with Fido in Montreal.
Did you have any issue with the localisation ? I can't get my position either with GPS, cellular network nor both. It says "Position unknown".
Hi Folks! Great to see that there is a Canadian community!
Based on the discussion here I feel confident that I'll get a Fairphone 2 (probably Open OS) for use here in Canada.
I'm based in the GTA (Waterloo), so I will probably follow Jonnydark's lead and go with Fido.
I'll probably import the phone through family members in Germany - any recommendations for that?
Hi @aerler glad you're joining the Canuck Fairphone movement!
Importing is pretty simple… just have it shipped to your family members then have them ship it to you. I recommend a courier service where you can track where it's at.
BTW I'm partial of the Translucent cover. It looks amazing and makes it feel like a very special phone.
I kinda agree: the translucent cover makes it look very special!
My concern about importing it is mainly with respect to customs… what was your experience?
If you don't want to handle a possible warranty return in the future (especially since living outside the EU), I advice you to go for one of the new slim covers.


text:
Leinster, Ireland
Titanic Belfast
Belfast: Full-Day Tour with Titanic Experience
Hop on the Enterprise Express train from Dublin to Belfast for an 11-hour tour of the Northen Ireland capital, including a hop-on hop-off city tour, access to the shipyards of the Titanic Quarter, and plenty of free time to shop in the city center.
Visit the state-of-the-art Titanic Experience at the birthplace of the liner
Ride the hop-on hop-off bus to see the Victorian buildings of Belfast
Drive along the Falls and Shankill Roads to see the political murals
Enjoy plenty of time to shop in the city center
Go to Crumlin Road Gaol and sit in the Governor's chair
Catch the cross border Enterprise train from Dublin to Belfast for a full-day sightseeing tour of the Northern Ireland capital, and get a ticket to the shipyards of the Titanic Quarter and hop-on hop-off sightseeing bus.
Departing from Dublin's Connolly Station on the 07:35 Enterprise Express, travel in comfort across the border. Snacks are available to purchase on board. Cross into Northern Ireland at Milepost 59 for an arrival at Belfast Central, and then transfer by local train to Belfast Great Victoria Street Station in the heart of the city.
Here, you will join the hop-on hop-off sightseeing tour, taking a loop around the city, including the Titanic Quarter, where you will have complimentary admission to the Titanic Visitors Centre. Explore the birthplace of the Titanic ocean liner, and see the new state-of-the-art building constructed on the 100th anniversary of the ship's fatal voyage.
An optional visit to the newly refurbished Crumlin Road Gaol gets you access to the eerie cells and gallows of the historic jail. Built in 1845, Crumlin Road Gaol closed its doors in 1996 and has now reopened as an immersive visitor attraction
Drive the famous Falls and Shankill Roads to see the political murals of The Troubles. Then, enjoy some free time to shop in Belfast City Centre. Return trains to Dublin depart at 16:05, 18:05, or 20:05 depending on your preference.
All rail and coach transport
Guide from Dublin to Belfast
Admission to the Titanic Visitor Centre in Belfast
Ticket for the Belfast hop-on hop-off sightseeing bus
Check-in at 07:10 beside the Information Desk in Dublin Connolly Train Station and look for the representative wearing the yellow "Railtours" jacket. They will issue your tickets for the tour
Belfast & Titanic Experience Full-Day Tour from Dublin
Giant's Causeway and Belfast Titanic Experience from Dublin
Belfast to Dublin: Full-Day Tour with St. Patrick's Centre
Dublin: Belfast Titanic Quarter & Giant's Causeway Tour
Railtours Ireland First Class
Las Vegas Air & Helicopter Tours
Barcelona Hop-on Hop-off Tours
Dubrovnik Day Trips
Bordeaux Wine Tasting & Winery Tours
Amsterdam Bike Tours


text:
People Are Not Impressed With Kylie Jenner's New 'Money-Themed' Makeup Collection
'So... tone deaf.'
By Sukriti Wahi
Kylie Jenner recently announced the upcoming launch of a money-themed makeup collection and suffice to say, people are not impressed.
The cosmetics mogul and billionaire, who recently came under fire for her skincare line, took to Instagram on August 2, 2019 to tease the pending release of her 'Birthday Collection', the proceeds of which are going to charity.
The line includes eye-shadow palettes, lip glosses and highlighters, all emblazoned with dollar bills and signs, with shades titled "Work For It", "On A Budget" and "Money Ain't Everything."
Unsurprisingly, the cash motif did not go down well with numerous people, who took to Twitter to share their opinions on Jenner' upcoming launch.
Despite the charitable intentions, one user slammed it as "so... tone deaf" while another felt it was "tacky to flex your billions on the people who made you those billions."
Along with the money-themed packaging and names, the range also includes an eye-shadow palette that reads "You're So Money Baby", with the 'S' in 'So' written with a dollar sign.
Many confused the line, which is actually a quote from the 1996 film Swingers, to read the "So" as "Zero Dollars", which prompted multiple negative responses.
Jenner has yet to respond to any criticism regarding the line's packaging. The collection is set to launch on August 10, 2019.
BeautyEverything There Is To Know About Kylie Jenner's Brand New Skincare Line
BeautyKylie Jenner's Real Hair Will Shock You
Kylie Jenner,
Makeup,
undefined: Sukriti Wahi


text:
La Rue-Saint-Pierre – Hauts-de-France
 La Rue-Saint-Pierre – Normandia


The packs are currently undergoing a massive reworking. I'm making my own parts pack that will be far superior to any current parts pack. I decided to postpone this pack until the 6 I am working on are finished.
Revised the page, I am working on the six new packages, so that is taking a lot of my time. I'll try to post updates here, you can look through them to see pictures. I plan on making my own parts packs, that way there aren't compatibility issues. Here are pictures of some of the stuff I made so far, like I said, these are also on the main page, that will always be as up to date as possible!
I made the wheels on the Corvairs round to match the rest o the pack, and I am going to use this wheel style from now on to make things more consistent. I also did the same with the Ghostbusters car and the BTTF Time machine.
Where should I download the mod?
*cough**cough* sorry, got a little exited there. I would also like to ask permission to add your vehicle packs to my mod pack that might end up public.
also.....you must tell me how you got it to fly.
i see you are working on a flying delorean, well the hype train is rolling out and a hype train i have for a minecraft roleplay map for 1.8 im making and do you think that a 1.8 version of this pack will be in the future anytime soon?
if your using it on 1.8 then it tends to do that, something to do with the hitboxes changing from 1.7 to 1.8. I still would like to know how to get that damn car to fly lol.
[EDIT] I put a request in your Project velocity thread but would love to see this added here as well, a 1986 pontiac parisenne station wagon if requests are allowed.
I will revise the packs for 1.8 at some point. I'm not sure if the flying DeLorean is in the current IMC pack or not. However I am currently focusing on Project Velocity, and getting one model out per week minimum, so I cannot say when I will get around to the revision.
As for the flying DeLorean, it is technically a Helicopter.
As for the wagon, I plan on doing the Family Truckster from vacation, but again, I cannot say when, because I'm focusing on PV.
... I would also like to ask permission to add your vehicle packs to my mod pack that might end up public.
I would like to make mention that in your updated civil pack (the Black Thorne one) there is a white van that has no icon, it's just the black and pink/purple cube.
[EDIT] Correction, it's the pedo van (I say that because it has *FREE CANDY* badly written on the side of it). and the *Iconic Movie Vehicles* pack still crashes when you try to select one of the three cars in the vehicle crafting table.
The Pedo van is an easter egg of sorts, and I am currently revising the Iconic Movie Vehicles Pack, which will be renamed to Iconic Film Vehicles, because I will include television cars as well.
I would lust like to say Dr_prof_luigi, thank you, your updated packs on the flans mod content site is cool, I THINK some of the vehicles were removed from a prior pack (unless i'm going insane and removing the wrong pack) and I noticed some items have the missing icon in them, only about 3 but it might not be your content pack, but the biggest thank you of all is the fact that (even though mine is a 1986 and yours is a 1979) you got my station wagon in game!
[EDIT]I know i'm being nit picky, but my wagon has a split bench seat in the front, looks like a bench seat with a split to one side, so technically it's an 8 seater with 3 in the front lol, still, very happy seeing it and a very detailed model, even the under side is very well done.
[EDIT2] I wanted to mention, in 1.7.10 there are crafting crashes with some of the new models, i'm trying to fix it from the old version of the pack, I just wanted to let you know.


text:
\section{introduction}
Although reciprocity is ubiquitous in nature, nonreciprocity promptes diverse applications such as chiral engineering, invisible sensing, and backaction-immune information processing~\cite{001,002,003}.
So far, electromagnetic nonreciprocal transmission~\cite{004,005} has been demonstrated with various systems ranging from microwave~\cite{006,007,008,009}, terahertz~\cite{010}, optical~\cite{011,012} photons to $ x $-rays~\cite{013}.
As a special type of nonreciprocity which only allows one-way transmission, unidirectional transmission of light is also revealed with some hybrid systems, such as atomic gases~\cite{014}, nonlinear devices~\cite{011,015,016,017}, moving media~\cite{018} and synthetic materials~\cite{019}.
While in quantum regime, a recent scheme has been proposed, where nonreciprocal entangled states is prepared by using an optical diode with a high isolation rate~\cite{020}, making it possible to swift a single device between classical isolator and quantum diode, or to protect quantum resources from backscattering losses.

Cavity spintronics~\cite{021,022,023,024,025,026,027,028,029,030,031,032,033,034,035} is an emerging and rapidly developing interdisciplinary that studies magnons strongly couple with microwave photons via magnetic dipole interaction.
Such a hybrid system shows great application prospect in the field of quantum information processing, especially for quantum transducer~\cite{036,037,038,039,040,041,042} and quantum memory~\cite{043}.
The reason is that magnetic materials have several distinguishing advantages such as long lifetime, high spin density and easy tunability.
Furthermore, a collective excitation of spins in these materials \textbf{(}called magnon mode or Kittel mode\textbf{)} in magnetic materials can easily be coupled to a variety of other types of systems.
Thus, cavity spintronics seems to be a potential candidate to study multiple quantum correlations, etc.
By using cavity spintronics, in this manuscript, we propose a scheme to realize an optical diode with both quantum and classical characteristics, i.e., the implementation of both nonreciprocal microwave transmission and nonreciprocal bipartite quantum entanglement.

In this manuscript, we present a proposal to carry out nonreciprocal microwave transmission and one-way bipartite entanglement by using an additional microwave cavity coupled to a cavity-magnon system to break symmetry of spatial inversion~\cite{009}.
The two microwave cavities are linked by superconducting transmission lines~\cite{044} and one of them interacts with magnon mode of a ferrimagnetic yttrium iron garnet \textbf{(}YIG\textbf{)} sphere~\cite{045,046,047,048,049,021,024}.
Simultaneously, the magnon mode is coupled to phonons due to vibration of YIG sphere induced by the magnetostrictive force~\cite{050,051,026}.
In addition, magnons are driven by a strong microwave field at the first red sideband with respect to phonons because entanglement mainly survives with small thermal phonon occupancy.
The \textbf{(}anti-Stokes\textbf{)} process not only realizes phonon cooling, a prerequisite for observing quantum effects in the system~\cite{052}, but also also enhances the effective magnon-phonon coupling in order for the generation of magnomechanical entanglement.
If both microwave cavities are resonant with the red sideband, then entanglement between the other two subsystems will be generated though some entanglement is very small.
For the same driving power, different driving direction induces different effective magnetostrictive interaction, leading the generated subsystem entanglement to exhibit rare nonreciprocity and unidirectional invisibility.
Furthermore, most of bipartite entanglement is robust against ambient temperature.

\begin{figure}[b]
	\centering
	\includegraphics[width=1\linewidth,height=0.36\textheight]{1.eps}
	\hspace{0in
	\caption{(a) A schematic diagram of two-cavity magnomechanic system, consisting of two microwave cavities and a YIG sphere, which is placed in the right cavity. The YIG sphere, which is magnetized to saturation by a bias magnetic field $\textbf{B}_0$ aligned along the $ z $-direction, is mounted near the right cavity wall, where the magnetic field of the cavity mode is the strongest and polarized along $ x $-direction to excite the magnon mode in YIG. The magnon mode is driven by a microwave field along the $ y $-direction. Three magnetic fields are mutually perpendicular ar the site of the YIG sphere. In addition, the system will exhibit varying degrees of magnomechanical interaction when the left or right cavity is driven alone. (b) Mode frequencies and linewidths. The magnon mode \textbf{(}two MW cavity modes\textbf{)} with frequency $\omega_m$ \textbf{(}$\omega_a$ and $\omega_c$\textbf{)} is driven by a strong MW field at frequency $\omega_d$, and the mechanical motion of frequency $\omega_b$ scatters the driving photons onto two sidebands at $\omega_d\pm\omega_b$. If the magnon mode is resonant with the blue \textbf{(}anti-Stokes\textbf{)} sideband, and two cavity modes are resonant with the red \textbf{(}Stokes\textbf{)} sideband, all subsystems are prepared in entangled state. See text for more details.}
	\label{fig1}
\end{figure}

The manuscript is organized as follows. At first, we present a general model of the scheme, and then solve the system dynamics by means of the standard Langevin formalism with linearization treatment. Next, we illustrate nonreciprocity of microwave transmission and bipartite entanglement in the stationary state. Finally, we show how to measure generated entanglement and analyze the validity of our model.

\section{Model and equation of motion}
As schematically shown in Fig.~\ref{fig1} (a), we study a cavity magnomechanical system which consists of two coupled microwave cavities and one of them coupled to a YIG sphere.
The sphere is uniformly magnetized to saturation by a bias magnetic field with $\textbf{B}_0=B_0\textbf{e}_z$, where $B_0$ and $\textbf{e}_z$ represent magnetic amplitude and the unit vector in $z$ direction, respectively~\cite{023}. At the same time, the YIG sphere is also directly driven by a microwave field with driving strength $ E_m $ and frequency $\omega_d$. In addition, either the first cavity or the second one is driven by a microwave light beam with driving strength $ E_a $ or $ E_c $ with the same frequency $\omega_d$. The two cavities are linked by a superconducting transmission line~\cite{044} and the magnon mode couples to the second cavity mode and a vibrational mode~\cite{021} via the collective magnetic-dipole interaction and magnetostrictive interaction, respectively. The magnetostatic mode with finite wave number has a distinct frequency different from the Kittel mode so that the selective excitation may be implemented through the driving field wavelength and cavity mode selection. When all of the driving fields are included, the total Hamiltonian of the system can be written as follows
\begin{eqnarray}\label{e001}
\mathcal{H}/\hbar&=&\omega_a\hat{a}^{\dag}\hat{a}+\omega_c\hat{c}^{\dag}\hat{c}+\omega_m\hat{m}^{\dag}\hat{m}+\omega_b\hat{b}^{\dag}\hat{b}+g_{ac}(\hat{a}^{\dag}\hat{c}+\hat{c}^{\dag}\hat{a})\nonumber\\
&&+g_{cm}(\hat{c}^{\dag}\hat{m}+\hat{m}^{\dag}\hat{c})+g_{mb}\hat{m}^{\dag}\hat{m}(\hat{b}^{\dag}+\hat{b})\nonumber\\
&&+iE_a(\hat{a}^{\dag}e^{-i\omega_dt}-\hat{a}e^{i\omega_dt})+iE_c(\hat{c}^{\dag}e^{-i\omega_dt}-\hat{c}e^{i\omega_dt})\nonumber\\
&&+iE_m(\hat{m}^{\dag}e^{-i\omega_dt}-\hat{m}e^{i\omega_dt}).
\end{eqnarray}
Here, $ \hat{a} $, $\hat{c}$, $\hat{m}$ and $\hat{b}$ \textbf{(}$ \hat{a}^{\dag} $, $ \hat{c}^{\dag} $, $ \hat{m}^{\dag} $ and $ \hat{b}^{\dag} $\textbf{)} are individually the annihilation \textbf{(}creation\textbf{)} operators of corresponding cavities, magnons and phonons with resonance frequency $ \omega_a $, $ \omega_c $, $ \omega_m $ and $ \omega_b $. The magnon frequency is determined by the external bias magnetic field $B_0$, i.e., $\omega_m=\gamma B_0$ with $\gamma/2\pi=2.8$ MHz/Oe being the gyromagnetic ratio. $g_{ac}$ is the photon coupling rate~\cite{053} and $g_{cm}$ represents the linear photon-magnon coupling strength which can be estimated by measuring the reflection spectrum of YIG sphere in right cavity and can be adjusted by varying the direction of the bias field or the position of the YIG sphere inside the right cavity~\cite{050}. The single-magnon magnomechanical coupling rate $ g_{mb} $ is typically small, but the magnomechanical interaction can be enhanced if magnons are strongly driven ~\cite{021,022,054,055}. The amplitude for each driving fields is $E_{i}=\sqrt{\kappa_i}\varepsilon_i$ with the effective strength $ \varepsilon_i=\sqrt{P_{i}/\hbar\omega_d} $ with the corresponding driving power and driving frequency being $ P_i $ and $ \omega_d $, respectively~\cite{025}. $\kappa_{a/c}$ and $\kappa_{m/b}$ separately represent the total loss rate of the first/second cavity and the magnon/phonon mode.

In the frame rotating at the driving frequency $\omega_d$, the quantum Langevin equations \textbf{(}QLEs\textbf{)} describing the system are given by
\begin{eqnarray}\label{e002}
\dot{\hat{a}}&=&-(i\Delta_a+\kappa_{a})\hat{a}-ig_{ac}\hat{c}+E_a+\sqrt{2\kappa_{a}}\hat{a}^{in},\nonumber\\
\dot{\hat{c}}&=&-(i\Delta_c+\kappa_{c})\hat{c}-ig_{ac}\hat{a}-ig_{cm}\hat{m}+E_c+\sqrt{2\kappa_{c}}\hat{c}^{in},\nonumber\\
\dot{\hat{m}}&=&-(i\Delta_m+\kappa_{m})\hat{m}-ig_{cm}\hat{c}-ig_{mb}\hat{m}(\hat{b}^{\dag}+\hat{b})+E_m\nonumber\\
&&+\sqrt{2\kappa_{m}}\hat{m}^{in},\nonumber\\
\dot{\hat{b}}&=&-(i\omega_b+\kappa_{b})\hat{b}-ig_{mb}\hat{m}^{\dag}\hat{m}+\sqrt{2\kappa_{b}}\hat{b}^{in},
\end{eqnarray}
where $\Delta_{j}=\omega_{j}-\omega_d$ and $\hat{a}^{in}$, $\hat{c}^{in}$, $\hat{m}^{in}$, $\hat{b}^{in}$ are input noise operators with zero mean value acting on the cavities, magnon and mechanical modes, respectively, which are characterized by the following correlation functions: $\langle \hat{a}^{in}(t)\hat{a}^{in\dag}(t^{'}) \rangle=\langle \hat{c}^{in}(t)\hat{c}^{in\dag}(t^{'}) \rangle=\langle \hat{m}^{in}(t)\hat{m}^{in\dag}(t^{'}) \rangle=\delta(t-t^{'})$, $\langle \hat{b}^{in}(t)\hat{b}^{in\dag}(t^{'}) \rangle=(n_b+1)\delta(t-t^{'})$, and $\langle \hat{b}^{in\dag}(t)\hat{b}^{in}(t^{'}) \rangle=n_b\delta(t-t^{'})$ where the equilibrium mean thermal phonon numbers $n_b=[\exp(\frac{\hbar\omega_b}{k_BT})-1]^{-1}$ with $ k_B $ the Boltzmann constant and $ T $ the ambient temperature.

Because the magnon mode and microwave photons are strongly driven, they all have large amplitude, i.e., $\arrowvert \langle a \rangle \arrowvert$, $\arrowvert \langle c \rangle \arrowvert$, $\arrowvert \langle m \rangle \arrowvert$ $\gg1$, which allows us to linearize the dynamics of the system around the steady-state values by writing any a operator as $\hat{o}=\langle o\rangle+\delta o$ \textbf{(}$o=a,c,m,b$\textbf{)} and neglecting second order fluctuation terms. Then, we obtain a set of differential equations for the mean values:
\begin{eqnarray}\label{e003}
\dot{\langle a \rangle}&=&-(i\Delta_a+\kappa_{a})\langle a \rangle-ig_{ac}\langle c \rangle+E_a,\nonumber\\
\dot{\langle c \rangle}&=&-(i\Delta_c+\kappa_{c})\langle c \rangle-ig_{ac}\langle a \rangle-ig_{cm}\langle m \rangle+E_c,\nonumber\\
\dot{\langle m \rangle}&=&-(i\tilde{\Delta}_m+\kappa_{m})\langle m \rangle-ig_{cm}\langle c \rangle+E_m,\nonumber\\
\dot{\langle b \rangle}&=&-(i\omega_b+\kappa_{b})\langle b \rangle-ig_{mb}\arrowvert \langle m \rangle \arrowvert^2,
\end{eqnarray}
and the linearized QLEs for the quantum fluctuations:
\begin{eqnarray}\label{e004}
\delta\dot{a}&=&-(i\Delta_a+\kappa_{a})\delta a-ig_{ac}\delta c+\sqrt{2\kappa_{a}}\hat{a}^{in},\nonumber\\
\delta\dot{c}&=&-(i\Delta_c+\kappa_{c})\delta c-ig_{ac}\delta a-ig_{cm}\delta m+\sqrt{2\kappa_{c}}\hat{c}^{in},\nonumber\\
\delta\dot{m}&=&-(i\tilde{\Delta}_m+\kappa_{m})\delta m-ig_{cm}\delta c-\frac{1}{2}G_{mb}(\delta b^{\dag}+\delta b)\nonumber\\
&&+\sqrt{2\kappa_{m}}\hat{m}^{in},\nonumber\\
\delta\dot{b}&=&-(i\omega_b+\kappa_{b})\delta b-\frac{1}{2}G_{mb}(\delta m^{\dag}-\delta m)+\sqrt{2\kappa_{b}}\hat{b}^{in},\nonumber\\
\end{eqnarray}
where $\tilde{\Delta}_m=\Delta_m+g_{mb}(\langle b \rangle+\langle b \rangle^*)$ is the effective detuning of the magnon mode including the frequency shift caused by the magnetostrictive interaction. $G_{mb}=i2g_{mb}\langle m \rangle$ is the effective magnomechanical coupling rate. If we consider the time to be $t\to \infty$ and the detunings to satisfy $\arrowvert\Delta_a\arrowvert$, $\arrowvert\Delta_c\arrowvert$, $\arrowvert \tilde{\Delta}_m \arrowvert$ $\gg$ $\kappa_{a}$, $\kappa_{c}$, $\kappa_{m}$, then $\langle a \rangle$, $\langle c \rangle$, $\langle m \rangle$ and $\langle b \rangle$ can be given by

\begin{eqnarray}\label{e007}
	\langle a \rangle&\simeq&i\frac{E_mg_{ac}g_{cm}-E_ag_{cm}^2-E_cg_{ac}\tilde{\Delta}_m+E_a\Delta_{c}\tilde{\Delta}_m }{g_{cm}^2\Delta_{a}+g_{ac}^2\tilde{\Delta}_m-\Delta_{a}\Delta_{c}\tilde{\Delta}_m },\nonumber\\
	\langle c \rangle&\simeq&-i\frac{E_mg_{cm}\Delta_{a}+E_ag_{ac}\tilde{\Delta}_m-E_c\Delta_{a}\tilde{\Delta}_m }{g_{cm}^2\Delta_{a}+g_{ac}^2\tilde{\Delta}_m-\Delta_{a}\Delta_{c}\tilde{\Delta}_m },\nonumber\\
	\langle m \rangle&\simeq&-i\frac{E_mg_{ac}^2-E_ag_{ac}g_{cm}+E_cg_{cm}\Delta_a-E_m\Delta_a\Delta_c}{g_{cm}^2\Delta_a+g_{ac}^2\tilde{\Delta}_m-\Delta_a\Delta_c\tilde{\Delta}_m},\nonumber\\
	\langle b \rangle&=&-ig_{mb}\arrowvert\langle m \rangle \arrowvert^2/(i\omega_b+\kappa_{b}).\nonumber\\
\end{eqnarray}
In what follows, we first show that the effect of the related parameters on the nonreciprocal transmission of a microwave field with a forward and backward driving-field input by solving the equations numerically, and then we show that the classical nonreciprocity can also be used to prepare nonreciprocal subsystem entangled states.

\section{Nonreciprocal transmission}
In order to study the nonreciprocity of cavity output field, we let the first cavity mode driven \textbf{(}$E_a\neq0\quad$ \& $\quad E_c=0$\textbf{)} or the second cavity mode driven \textbf{(}$E_a=0\quad$ \& $\quad E_c\neq0$\textbf{)} by a classical field, and measure the output field of the other cavity~\cite{025}. For the sake of concision, we denote the first \textbf{(}second\textbf{)} case as the driving-field input from the forward \textbf{(}backward\textbf{)} direction in the following passages. Thus, the transmission coefficients for the two cases are separately defined as $ \mathcal{T}_{12}=\arrowvert c^{out}/\varepsilon_a \arrowvert = \arrowvert\sqrt{\kappa_{c}}\langle c \rangle/\varepsilon_a \arrowvert$ and $ \mathcal{T}_{21}=\arrowvert a^{out}/\varepsilon_c \arrowvert =\arrowvert\sqrt{\kappa_{a}}\langle a \rangle/\varepsilon_c \arrowvert$ with the average number of the first \textbf{(}second\textbf{)} cavity $\arrowvert \langle a(c) \rangle \arrowvert$ calculated with Eq.~(\ref{e007}). In addition, in order to depict the nonreciprocality, we define the isolation $ \mathcal{T}_{iso}=20\times log_{10}\arrowvert \mathcal{T}_{12}/\mathcal{T}_{21} \arrowvert $ which is given in decibels \textbf{(}dB\textbf{)}~\cite{009,025}. For the sake of simplicity, we set the power of the microwave source focused on the first or second cavity to be the same, i.e. $ P_a=P_c=P $, and the two cavities to be identical, i.e. $\kappa_a=\kappa_c=\kappa$. The transmission coefficient $ \mathcal{T}_{12/21} $ and the isolation $ \mathcal{T}_{iso} $ as a function of the driving power $P$ are plotted in Fig.~\ref{fig2} (a) and (c) with $g_{ac}/\omega_b=1$, and (b) and (d) with $g_{ac}/\omega_b=0.32$. The other parameters are chosen as $\omega_a/2\pi=10$ GHz, $\omega_b/2\pi=10$ MHz, $\tilde{\Delta}_m=0.9\omega_b$, $\Delta_c=\Delta_a=-\omega_b$, $\kappa/2\pi=\kappa_{m}/2\pi=1$ MHz, and $g_{cm}/2\pi=3.2$ MHz~\cite{054,023}.

From Eq.~(\ref{e007}), we find that when $g_{ac}=\omega_b$ the same transmission coefficient is observed for the different directions \textbf{(}forward or backward injection\textbf{)} of the driving-field input. We regard $g_{ac}=\omega_b$ as a impedance-matching condition~\cite{053} for the same microwave transmission. From Fig.~\ref{fig2} (a) with  $g_{ac}/\omega_b=1$, we can clearly see that the two transmission coefficients \textbf{(}$\mathcal{T}_{12}$ and $\mathcal{T}_{21}$\textbf{)} are always equal. However, if we decrease the coupling rate $g_{ac}$ between the two cavities, then the two coefficients \textbf{(}$\mathcal{T}_{12}$ and $\mathcal{T}_{21}$\textbf{)} will be distinctly different when $P$ is small. For example, $\mathcal{T}_{12}\simeq0.08,0$ and $\mathcal{T}_{21}\simeq0,0.02$ when $P\simeq10,110$ mW \textbf{(}see Fig.~\ref{fig2} (b)\textbf{)}. While the increase of $P$ will lead $\mathcal{T}_{12}$ and $\mathcal{T}_{21}$ to be closer and then to keep some difference. Therefore, if the impedance-matching condition is broken, the transmission for both two directions will be distinct. This is a typical nonreciprocal phenomenon, which corresponds to the classical nonreciprocal microwave transmission~\cite{009}. In addition, the degree of the nonreciprocal transmission of a microwave field can be described by the isolation as follows: $\mathcal{T}_{iso}=20\times log_{10}\arrowvert \mathcal{T}_{12}/\mathcal{T}_{21} \arrowvert$ given in decibels \textbf{(}dB\textbf{)}. The calculation results for $ \mathcal{T}_{iso}$, plotted as a function of driving power, is shown in Fig.~\ref{fig2} (c) and (d). Fig.~\ref{fig2} (c) shows that when the impedance-matching condition is met, the microwave transmission coefficients in the two directions are almost the same, i.e., $\mathcal{T}_{iso}=0$. However, Fig.~\ref{fig2} (d) gives us a clearer perspective for the differences between the transmission coefficients $\mathcal{T}_{12}$ and $\mathcal{T}_{21}$. At this time, the impedance-matching condition is broken, and the microwave transmission in the two directions has a larger transmission isolation ratio $\mathcal{T}_{iso}>70$ dB. It is worth noting that when $P=0$, $\mathcal{T}_{iso}\not=0$ in Fig.~\ref{fig2} (d), this is because the magnons mode is always driven by a microwave source with driving power $P=94.5$ mW to maintain a certain magnitude of magnomechanical coupling.
\begin{figure}
	\centering
	\includegraphics[width=0.9\linewidth,height=0.31\textheight]{2.eps}
	\hspace{0in
	\caption{(a) (b) Transmission coefficients $\mathcal{T}_{12}$ and $\mathcal{T}_{21}$ and (c) (d) transmission isolation ratio $T_{iso}$ versus driving power $P$ for (a) (c) $g_{ac}/\omega_b=1$ and (b) (d) $g_{ac}/\omega_b=0.32$, where $P_m=94.5$ mW. Other parameters are $\omega_a/2\pi=10$ GHz, $\omega_b/2\pi=10$ MHz, $\tilde{\Delta}_m=0.9\omega_b$, $\Delta_c=\Delta_a=-\omega_b$, $\kappa/2\pi=\kappa_{m}/2\pi=1$ MHz, and $g_{cm}/2\pi=3.2$ MHz which are mostly based on the latest experimental parameters~\cite{054,023}.}
	\label{fig2}
\end{figure}

\section{Definition of entanglement}
We thereby obtain the linearized QLEs for the quadratures $\delta X_o,\delta Y_o$ defined as $\delta X_o=(\delta o+\delta o^{\dag})/\sqrt{2},\delta Y_o=(\delta o-\delta o^{\dag})/i\sqrt{2}$, can be written as $\dot{\sigma}(t)=A\sigma(t)+n(t)$ with $\sigma(t)=[\delta X_a(t),\delta Y_a(t),\delta X_c(t),\delta Y_c(t),\delta X_m(t),\delta Y_m(t),\delta X_b(t),\\\delta Y_b(t)]^{T}$ and $n(t)=[\sqrt{2\kappa_{a}}\delta X_a^{in}(t),\sqrt{2\kappa_{a}}\delta Y_a^{in}(t),\sqrt{2\kappa_{c}}\\\delta X_c^{in}(t),\sqrt{2\kappa_{c}}\delta Y_c^{in}(t),\sqrt{2\kappa_{m}}\delta X_m^{in}(t),\sqrt{2\kappa_{m}}\delta Y_m^{in}(t),\\\sqrt{2\kappa_{b}}\delta X_b^{in}(t),\sqrt{2\kappa_{b}}\delta Y_b^{in}(t)]^T$ being the vectors for quantum fluctuations and noise, respectively. In addition, the drift matrix $A$ reads
\begin{eqnarray}\label{e006}
A=
\begin{bmatrix}
-\kappa_{a} & \Delta_a & 0 & g_{ac}& 0& 0& 0& 0\\
-\Delta_a &-\kappa_{a}&-g_{ac}&0& 0& 0& 0& 0\\
0&g_{ac}&-\kappa_c&\Delta_{c}&0&g_{cm}&0&0\\
-g_{ac}&0&-\Delta_{c}&-\kappa_c&-g_{cm}&0&0&0\\
0& 0& 0& g_{cm}&-\kappa_m& \tilde{\Delta}_m& -G_{mb}& 0\\
0& 0& -g_{cm}& 0& -\tilde{\Delta}_m&-\kappa_m& 0& 0\\
0& 0& 0& 0& 0& 0&-\kappa_b& \omega_b\\
0& 0& 0& 0& 0& G_{mb}& \omega_b&-\kappa_b\\
\end{bmatrix}.\nonumber\\
\end{eqnarray}
In this case, when the forward input direction of the driving field is taken into account \textbf{(}i.e., $E_a\not=0$ and $E_c=0$\textbf{)}, magnomechanical coupling can be written as follows
\begin{eqnarray}\label{e008}
G_{mb,12}&=&\frac{2g_{mb}(E_mg_{ac}^2-E_ag_{ac}g_{cm}-E_m\Delta_a\Delta_c)}{g_{cm}^2\Delta_a+g_{ac}^2\tilde{\Delta}_m-\Delta_a\Delta_c\tilde{\Delta}_m}.
\end{eqnarray}
However, when the backward input direction of the driving field is taken into account \textbf{(}i.e., $E_a=0$ and $E_c\not=0$\textbf{)}, magnomechanical coupling changes to
\begin{eqnarray}\label{e009}
G_{mb,21}&=&\frac{2g_{mb}(E_mg_{ac}^2+E_cg_{cm}\Delta_a-E_m\Delta_a\Delta_c)}{g_{cm}^2\Delta_a+g_{ac}^2\tilde{\Delta}_m-\Delta_a\Delta_c\tilde{\Delta}_m}.
\end{eqnarray}
Since we are using linearized QLEs, the Gaussian nature of the input states will be preserved during the time evolution for the system. So, the quantum fluctuation is in a continuous four-mode Gaussian state which can be completely characterized by a $ 8\times 8 $ covariance matrix \textbf{(}CM\textbf{)} $ V $ in the phase space $ 2V_{ij}(t,t^{'})=\langle \sigma_i(t)\sigma_j(t^{'})+\sigma_j(t^{'})\sigma_i(t) \rangle $, \textbf{(}$ i,j=1,\cdots,8 $\textbf{)}. Then the vector can be obtained straightforwardly by solving the Lyapunov equation
\begin{eqnarray}\label{e010}
AV+VA^T=-D
\end{eqnarray}
with $D=$ diag $[\kappa_a,\kappa_a,\kappa_c,\kappa_c,\kappa_m,\kappa_m,(2n_b+1)\kappa_b,(2n_b+1)\kappa_b] $ defind through $ 2D_{ij}\delta (t-t^{'})=\langle n_i(t)n_j(t^{'})+n_j(t^{'})n_i(t) \rangle $. In this manuscript, we use logarithmic negativity~\cite{058,059} to quantify the degree of the quantum entanglement for the four-mode Gaussian state, which is defined as $E_N\equiv\max[0,-2\ln\nu^-]$, where $\nu^-=\min $ eig $ \arrowvert \oplus_{j=1}^{2}(-\sigma_y)PVP\arrowvert$ with $\sigma_y$ and $P=\sigma_z\oplus1$ are respectively $y$-Pauli matrix and  the matrix that realizes partial transposition at the CM level~\cite{058,060}.
\begin{figure}[b]
	\centering
	\includegraphics[width=0.9\linewidth,height=0.31\textheight]{3.eps}
	\hspace{0in
	\caption{(a) $E_{ac}$, (b) $E_{cm}$, (c) $E_{mb}$ and (d) $E_{ab}$ versus detunings $\Delta_a$ and $\Delta_{c}$. We take $G_{mb}/2\pi=2.5$ MHz, $\kappa_{b}/2\pi= 100$ Hz, $T=20$ mK and the other parameters are same as Fig.~\ref{fig2}.}
	\label{fig3}
\end{figure}

\section{Nonreciprocal entanglement}
The foremost task of studying entanglement properties between any two subsystems in such a hybrid system is to find the optimal effective interaction among modes, i.e., to find optimal frequency detuning that can generate subsystem entanglement~\cite{021}. In Fig.~\ref{fig3}, we show four types of subsystem entanglement \textbf{(}$E_{ac}$, $E_{cm}$, $E_{mb}$ and $E_{ab}$\textbf{)} as the function of cavity detunings $\Delta_{a}$ and $\Delta_{c}$, where $E_{ac}$, $E_{cm}$, $E_{mb}$ and $E_{ab}$ denote the cavity-cavity entanglement, cavity-magnon entanglement, magnon-phonon entanglement, and cavity-phonon distant entanglement, respectively. In addition, we choose $G_{mb}/2\pi=2.5$ MHz, $\kappa_{a}=\kappa_{c}=\kappa_{m}$, $\kappa_{b}/2\pi= 100$ Hz, $T=20$ mK and the other parameters are chosen as the same as that in Fig.~\ref{fig2}. Furthermore, we also set $\tilde{\Delta}_m\simeq\omega_b$ which imply that magnon mode is in the blue sideband with respect to the first cavity mode, which corresponds to the anti-Stokes process, i.e., significantly cooling the phonon mode. Thus, the elimination of the main obstacle for observing entanglement is obtained~\cite{021}. It is noted that all results are satisfying with the condition of the steady state guaranteed by the negative eigenvalues \textbf{(}real parts\textbf{)} of the drift matrix $ A $. From Fig.~\ref{fig3}, it is shown that a parameter regime exists, i.e., $\Delta_a=\Delta_c=-\omega_b$, where the entanglement within any two subsystems occurs \textbf{(}see Fig.~\ref{fig1} (b)\textbf{)}. This is similar to the realization of entanglement between magnon modes in a magnomechanic system with two YIG spheres proposed in Ref.~\cite{061}. In order to obtain the entanglement between any two subsystems and keep the system stable at the same time, the three coupling rates $g_{ac}$, $g_{cm}$ and $G_{mb}$ should be on the same order of magnitude and chosen as a separate and moderate value. Based on it, we choose  $g_{ac}g_{cm}G_{mb}\ll\arrowvert \Delta_{a}\Delta_{c}\tilde{\Delta}_m \arrowvert\simeq\omega_b^3$ and $ G_{mb}=2.5 $ MHz  which corresponds to $E_m\simeq G_{mb}\omega_b^3/2g_{mb}(\omega_b^2-g_{ac}^2)\simeq4.2\times10^{13}$ Hz and $P_m\simeq1.85$ mW, when $E_a=E_c=0$ in Fig.~\ref{fig3}. All entanglement in the system comes from the magnetostrictive interaction between the magnon and the phonon~\cite{021}. Next, we will show the realization of nonreciprocal subsystem entanglement by controlling the classical nonreciprocal transmission, i.e., controlling the effective magnomechanical interaction.
\begin{figure}[b]
	\centering
	\includegraphics[width=0.9\linewidth,height=0.31\textheight]{4.eps}
	\hspace{0in
	\caption{(a) $E_{mb}$, (b) $E_{ab}$, (c) $E_{mb,iso}$, and (d) $E_{ab,iso}$ versus driving power $P$. We take $g_{mb}/2\pi=0.3$ Hz, $\kappa_{b}/2\pi= 100$ Hz, $T=20$ mK and the other parameters are same as Fig.~\ref{fig2}.}
	\label{fig4}
\end{figure}

For the sake of brevity, we mainly focus on the entanglement $E_{ab}$ and $E_{mb}$ due to they being larger than the other types of entanglement. In Fig.~\ref{fig4} (a) (b), we show $E_{mb}$ and $E_{ab}$ as the function of driving power $P$ on the cavity $a$ or $c$, where $E_{ij,12}$ \textbf{(}$E_{ij,21}$\textbf{)} represents the entanglement between mode $i$ and mode $ j $ when the direction of driving microwave source is forward \textbf{(}backward\textbf{)}. Additionally, $g_{mb}/2\pi=0.3$ Hz, $\kappa_{a}=\kappa_{c}=\kappa_{m}$ and $T=20$ mK are set and the other parameters are chosen as the same as that in Fig.~\ref{fig2}. Due to the existence of magnon-phonon nonlinear coupling \textbf{(}magnetostrictive force\textbf{)}, the entanglement of the magnomechanical subsystem is generated. And because there is a direct or indirect linear state-swap interaction between the two microwave cavities and the magnon mode, the resulting magnomechanical entanglement is distributed to other subsystems. Therefore, controlling the optimal effective magnomechanical interaction will be an effective operation to control whether entanglement exists in each subsystem. From Fig.~\ref{fig4} (a) we can see that the magnomechanical subsystem entanglement in the two directions shows very different trends with the increase of the driving power. Therefore, entanglement of other subsystems will be affected accordingly \textbf{(}see Fig.~\ref{fig4} (d)\textbf{)}. The results in Fig.~\ref{fig4} (a) (b) demonstrate that the entanglement of multiple subsystems in a hybrid system can be prepared in a highly asymmetric way. This is in good agreement with our previous expectations. This is a clear signature of quantum nonreciprocity, which is fundamentally different from that in classical devices~\cite{062,063} showing only nonreciprocal transmission rates.

\begin{figure}[b]
	\centering
	\includegraphics[width=0.9\linewidth,height=0.31\textheight]{5.eps}
	\hspace{0in
	\caption{(a) $E_{mb}$ and (b) $E_{ab}$ versus ambient temperature $T$. We take $P=0.5$ W, $g_{mb}/2\pi=0.3$ Hz, $\kappa_{b}/2\pi= 100$ Hz and the other parameters are same as Fig.~\ref{fig2}.}
	\label{fig5}
\end{figure}
Next, the difference between subsystem entanglement with forward driving direction and backward driving direction is extracted in the decibel scale \textbf{(}defined as $ 20\times log_{10}\arrowvert E_{ij,12}/E_{ij,21} \arrowvert $, similar to $\mathcal{T}_{iso}$~\cite{003}\textbf{)}, and we take its value as the entanglement isolation ratio $ E_{ij,iso} $ \textbf{(}units of dB\textbf{)}. For the case of reciprocal subsystem entanglement, we have $E_{ij,12}/E_{ij,21}=1$ and $ E_{ij,iso}=0 $. A nonzero $ E_{ij,iso} $ presents nonreciprocal entanglement and the greater the value of $ E_{ij,iso} $, the higher is the degree of the nonreciprocal entanglement. The calculation results for $ E_{ij,iso} $, plotted as a function of the driving power $P$, are shown in Fig.~\ref{fig4} (c) (d), which gives us a clearer perspective for the differences between the entanglements $ E_{ij,12} $ and $ E_{ij,21} $. Notice the cutoff in Fig.~\ref{fig4} (d). The position of the cutoff corresponds to the position of $E_{ab,21}=0$ in Fig.~\ref{fig4} (b), which shows the unidirectional invisibility of subsystem entanglement. In the multilayer microwave integrated quantum circuit, we can further design superconducting transmission lines and interconnects based on these existing technologies to provide the large range of necessary couplings and to minimize any parasitic losses~\cite{044}. In fact, we can find from Eqs.~(\ref{e008}--\ref{e009}) that when $g_{ac}=\omega_b$, the system reaches the impedance matching condition~\cite{025,053}, i.e., $G_{mb,12}=G_{mb,21}$. This realizes the switch from nonreciprocal to reciprocal of subsystem entangled state and shows the potential advantage of our solution as a tunable quantum diode.

Fig.~\ref{fig5}, $E_{mb}$ and $E_{ab}$ as a function of ambient temperature $T$ for driving power $P=1$ W, shows that the generated subsystem entanglements is robust to ambient temperature and survives up to $\sim100$ mK, below which the average phonon number is always smaller than 1, showing that mechanical cooling is, thus, a precondition for observing quantum entanglement in the system~\cite{021}. Compared with the scheme that a strong squeezed vacuum field proposed in Ref.~\cite{064} is used to generate entanglement between magnon modes, in our scheme due to the inherent low frequency of phonon modes, this robustness is generally weak.

\section{Discussion and conclusion}
Lastly, we discuss how to detect the entanglement and verify the effectiveness of two-cavity magnomechanic system. The generated subsystem entanglements can be detected by measuring the CM of two cavity output fields~\cite{021}. Such measurement in the microwave domain has been realized in the experiments~\cite{065,066}. In addition, for a 0.5-mm-diameter YIG sphere, the number of spins $N\simeq2.8\times10^{17}$, and $P_m=189$ mW corresponds to $E_{m}\simeq3\times10^{14}$ Hz, and $\arrowvert \langle m \rangle \arrowvert\simeq5.9\times10^{6}$, leading to $\langle m^{\dag}m \rangle\simeq3.5\times10^{13}\ll5N=1.4\times10^{18}$ which is well fulfilled. It is worth noting that two cavity modes is resonant with the red-sideband \textbf{(}$\Delta_{a}=\Delta_{c}=-\omega_b$\textbf{)} results in a higher magnon excitation number in the stable state in the presence of $ E_a $ or $ E_c $, where the magnon number has a simpler form $ \langle m^{\dag}m \rangle\simeq [E_m(\omega_b^2-g_{ac}^2)+E_ag_{ac}g_{cm}]^2/\omega_b^6$ or $ \langle m^{\dag}m \rangle\simeq [E_m(\omega_b^2-g_{ac}^2)+E_c\omega_bg_{cm}]^2/\omega_b^6$. Therefore, under the premise that the magnon mode is continuously driven by the classical microwave field with driving power $ P_m=94.5 $ mW, $ P=1 $ W corresponds to $ \langle m^{\dag}m \rangle_{12}\simeq1.4\times10^{15} \ll5N$ \textbf{(}$E_a\not=0$, $E_c=0$\textbf{)} and $ \langle m^{\dag}m \rangle_{21}\simeq3.47\times10^{15} \ll5N$ ($E_c\not=0$, $E_a=0$), respectively. In order to keep the Kerr effect negligible, $ K\arrowvert \langle m \rangle \arrowvert^3\ll \sum_{i=a,c,m} E_i $ must hold~\cite{021}. Kerr coefficient $ K $ is inversely proportional to the volume of the sphere. In this manuscript, we use a 5-mm-diameter YIG sphere, $K/2\pi\simeq8\times10^{-10}$ Hz which corresponds to $K\arrowvert \langle m \rangle \arrowvert^3\simeq4.2\times10^{13}$ Hz $\ll E_m+E_a\simeq1.3\times10^{15}$ \textbf{(}$P_m=189$ mW, $P=2$ W, and $E_c=0$\textbf{)} and $K\arrowvert \langle m \rangle \arrowvert^3\simeq1.64\times10^{14}$ Hz $\ll E_m+E_c\simeq1.3\times10^{15}$ \textbf{(}$P_m=189$ mW, $P=2$ W, and $E_a=0$\textbf{)}. This implying that the nonlinear effects are negligible and the linearization treatment of the model is a good approximation.

In summary, we show how to use an asymmetric cavity magnomechanic system to produce classical nonreciprocal transmission, and extend this nonreciprocity to quantum states, thereby generating nonreciprocal subsystem entangled states, rather than by means of nonreciprocal devices~\cite{062}. The introduction of an additional cavity mode successfully breaks the symmetry of spatial inversion. Our work opens up a range of exciting opportunities for quantum information processing, networking and metrology by exploiting the power of quantum nonreciprocity. The ability to manipulate quantum states or nonclassical correlations in a nonreciprocal way sheds new lights on chiral quantum engineering and can stimulate more works on achieving and operating quantum nonreciprocal devices, such as directional quantum squeezing~\cite{067,068}, backaction-immune quantum sensing~\cite{069,070}, and quantum chiral coupling of cavity optomechanics devices to superconducting qubits or atomic spins~\cite{021,071,072}.

\section{Acknowledgments}
This work is supported by the  Science and Technology project of Jilin Provincial Education Department of China during the 13th Five-Year Plan Period \textbf{(}Grant No. JJKH20200510KJ\textbf{)} and the Fujian Natural Science Foundation \textbf{(}Grant No. 2018J01661 and No. 2019J01431\textbf{)}.

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U.S. Soccer, the governing body of soccer (football) in the United States, finally contributed a sense of reason to the chaos—and the resultant divisions—that have been rampant in American society recently. On 4 March 2017 it was reported that U.S. Soccer announced that "All persons representing a federation national team shall stand respectfully during the playing of national anthems at any event in which the federation is represented". Some media outlets, such as Rolling Stone, connected this decision to U.S. women's national team star Megan Rapinoe's decision to kneel before an international football game in solidarity with American footballer Colin Kaepernick's protest against racial inequality in the United States (a subject I have written on before).
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Smith's quote is useful in this context insofar as it recognizes the importance of "the nation" in modern society beyond the post-modern interpretation of the nation as either "abstraction" or "invention"; for some it is indeed very real and should—therefore—afford a modicum of respect. In the era of late-stage (or "extreme") capitalism, the nation is one of the few entities that can bring together the disparate members of modern society beneath one unified conception and U.S. Soccer's move emphasizes the importance of national identity along these lines. Regardless of our nationality, we do not need to think of our nation as superior to other nations; rather we must only acknowledge that the nation—by providing a semblance of shared culture and experience—has a use in the modern age. Until we find a better way to organize our lives and provide vital services like education and law enforcement, there is no alternative to the nation-state. Therefore, it would be more logical to perfect the workings of the nation-state, rather than reject it wholesale.
As far as the second result of U.S. Soccer's announcement, it is clear that this move sends a message to current and perspective players alike that playing for one's nation is a privilege; the least one can do is stand up and honor this privilege. Standing might be seen as an inconvenience to some, but the very fact that they are playing for their country renders all comparisons to the protest of Mr. Kaepernick (who plays for a private entity, the San Francisco 49ers) baseless. Since the nation is (not yet anyway) a private company, there can be little comparison.
Some soccer celebrities in the United States came out in support of U.S. Soccer's decision. The head coach of the US Men's National Team Bruce Arena said "I'm very supportive of that policy. I think players should stand for the national anthem. I think representing your country is one of the greatest honors a player or coach can have. That would be my expectations of the players as well". Goalkeeper Tim Howard, famous for his heroics in the 2014 World Cup that earned the moniker "Department of Defense", also came out in favor of the policy saying "I'm a firm believer that you should stand and respect the anthem and the flag, but that's Tim Howard speaking. I don't speak for anybody else. That's what I believe." Howard added "U.S. Soccer is an organization who are allowed to make rules. Listen, I think if you're going to wear the shirt, if it's OK to play for the U.S. then surely it's OK to stand for its anthem as well. Yeah, I'm OK with it". The fact that the Denver Post felt the need to underline Mr. Howard's stance may have been because he is African-American; it is an unfortunate recognition of a flaw in modern society (and also Sociology) which seems to posit that all members of particular demographic groups should think the same thing. For me, such thought processes are inherently racist but that is just one reason (among many) that I am merely a marginal sociologist.
U.S. Soccer has the right to do this. The question is, is it the right thing to do, and I say 100 percent. It is a privilege, it is an honor, it is a choice to represent your country, and it comes with responsibilities and expectations. And I know nowadays sometimes the national anthem is viewed as background noise or as a reminder to some about the problems, the real problems, that we have as a country. But I look at is as a unique moment, when we come together, we honor and we celebrate being citizens of the greatest country in the world, and I think it is a tradition that should be preserved.
I have been in stadiums where I stood for the anthem and everybody has booed, where flags have been burned, where I have been called every name in the book. I have never served in the military, I have represented my country on the field, and I know that pales in comparison to the men and women in our armed forces that serve our country and some that paid that ultimate price.
So damn right I am going to stand, I'm going to put my hand over my heart and I'm going to sing. And I believe that all U.S. national team players should be required to do that. Just because we live in the land of the free doesn't mean that we are free to do anything that we want. [Author's Note: Emphasis added].
While Mr. Lalas' views may be seen as "extreme", he raises an important point in his last sentence when he discusses the "freedom" of the purported "land of the free". As nationalism scholar Anthony Smith notes, nations that consist of immigrant populations (like Canada, Australia, and the United States) encourage "a 'plural' conception of the nation, which accepts, and even celebrates, ethnic and cultural diversity within an overarching political, legal, and linguistic national identity" (Smith, 1998: 194; emphasis added). While celebrating ethnic and cultural diversity is certainly important—and indeed laudable—such a policy can only be done within overarching frameworks related to national identity. Without the glue of some sort of national identity—one that is civic and inclusive in nature—the raison d'etre of nations based on immigrant populations (like the United States) is threatened. It is important to recognize the difference (one that many Sociologists I have spoken to fail to make) between respecting cultural and ethnic plurality and rejecting an overarching national identity; these two need not be tied together. Collective nationalism and individual cultural identity need not be mutually exclusive, especially in a country like the United States where a civic model of nationalism is stressed.
Of course, these nuances were not recognized by many pundits who responded to U.S. Soccer's new bylaws. George Quraishi of The Lowell Sun made the claim that U.S. Soccer was—somehow—siding against the Black Lives Matter movement: "What interests me about the unanimous decision by U.S. Soccer's board of directors is that it verbalized a message that the soccer establishment has been sending to black Americans for decades: This sport is not for you". The most shocking thing about Mr. Quraishi's (I am sure well-meaning) comments here is that they only serve to exacerbate the divide between Black and White Americans. Could it be that, in requiring players to stand for the national anthem, U.S. Soccer was actually trying to bridge the gap between Americans? And could it be that articles like Mr. Quraishi's are actually perpetuating divides between Americans, by reading into things that are not there (after all, the Black Lives Matter movement was not mentioned in U.S. Soccer's announcement)? This is understandably a contested subject, but it is the responsibility of all Americans to face these kinds of hard questions if we are to build a functioning society going forward; a society built not on divisions and recriminations but unity and mutual empathy.
Maybe the powers that be thought that by making this little show, they could appeal to a previously untapped audience of self-appointed super patriots.
That same audience would have a new favorite player in USMNT defender Geoff Cameron, a vocal supporter of Donald Trump's Muslim travel ban. U.S. Soccer didn't care to censure him for making that particular political statement, even though it put him at odds with several members of the team, including captain Michael Bradley.
Despite Mr. Jones' disclaimer in the last line, he is still effectively calling out a player (Geoff Cameron) in public for expressing an opinion that disagrees with his own. This is absurd, and can be described as poor journalism at best. As public intellectuals (or perhaps, "intellectuals") I hold journalists to higher standards than those that Mr. Jones met in his piece.
While no one would say our current day and age is without difficulty, it's definitely not 1968 either. So that could be an argument couldn't it? No early, post-segregation environment, no Vietnam War. Is poverty still an issue for millions of black people in America? Sure, but maybe it would be more instructive to go ask former President Obama why he focused on redistribution during his eight years in office?
According to the Washington Times, under Obama the black labor force participation rate fell from 63.2% in 2009 to 61.2% in July of last year, in addition to black home ownership falling from 46.1% in 2009 to just 41.7% in July of last year.
Maybe addressing that, would be more productive than focusing on how awesome it is to kneel at a soccer game?
While I do not make claims for the truthfulness of The Washington Times or Breitbart, I do believe that it is important to actually address real issues, one of which is the poverty of Black Americans. By missing this point—and focusing so much on the criticism of smaller issues that could be beneficial in terms of creating a semblance of unity (like U.S. Soccer's new policy)—journalists like Chris Jones only serve to pat themselves on the back in the short term while furthering division in the long term.
As for the predictions of a global culture, they fail to take into account the rootedness of cultures in time and place, and the ways in which identity depends on memory. A truly non-imperial 'global culture', timeless, placeless, technical and affectively neutral, must be memory-less and hence identity-less, or fall into a postmodern pastiche of existing national cultures and so disintegrate into its component parts. To date, we cannot discern a serious rival to the nation for the affections and loyalities of most human beings.
(Smith, 1998: 195; Emphasis added).