Two friends got married and hosted a wedding celebration in Philadelphia in recognition of their union. No ceremony, no walking down the aisle, no ordained minister or mutual friend cracking inside jokes and testing new material. Just a party for friends and family to revel under a tent with a dance floor and a four-piece band. "This band looks like it's going to be really good," I absentmindedly said at the bar to no one in particular. A fellow with red dreads and round, purple reflective glasses heard and replied, "Aw, shucks." And that's how I accidentally met a member of Tweed, a band I'd known long simmering low and hot on the Philly jam scene, just before I saw them live for the first time, making people move at my friends' wedding.
That was Jon Tomczak (keyboard, vocals), and along with AJ DiBiase (guitar, vocals), Dan McDonald (bass, vocals) and Joe Vela (drums), Tweed has been very busy. Playing out a solid summer of at least a month's worth of dates, the Delaware-formed, Philadelphia-bred funktronica quartet hosted a Phish Baker's Dozen afterparty, took over Triumph Brewery, toured around Virginia, did a run up in New England all the way to Great North: Music and Arts Festival in Minot, Maine and somehow found the time to throw a festival of their own.
The inaugural SENSORiUM not only featured a curated lineup that included a member of Lotus–another Philadelphia band–but live, interactive performances and art installations and a spotlight on the environment that both emphasized a cool place to party, and doing right by the planet. With a homegrown, DIY sensibility and an infectious fusion that jams at once distinctive and accessible, Tweed's Q4 calendar continues to grow with several East Coast dates, including a "Tweed Goes Disco" Halloween "birthday" show at the Theatre of Living Arts aka TLA, all the while working on a new album to follow up their 2016 EP, The Chunky Life.
Around playing out a game of "F_ck, Marry, Kill"–where drummer Vela married STS9 ("They're just so classic"), f_cked Lotus ("Best baby-making music") and killed The Disco Biscuits because he "think[s] they could handle it,"–I got to learn a bit more about one of the most hardworking unsigned bands in the tri-state.
Let's go back the beginning. The story is that you formed at the University of Delaware. How did you all meet and decide to make music together? What are your backgrounds?
So AJ, he's the guitar player, and I met at a concert at Atlantic City, believe it or not. It was Disco Biscuits, Lotus and Brothers Past, three of my favorite bands to see, and I saw him in the crowd wearing a University of Delaware shirt and I was like, "Oh, you go to Delaware? I go to Delaware." And it was like, "You play guitar? I play drums…we're going to be friends!" And Jon, keyboard player, he actually started out playing guitar in Tweed and it kind of evolved to him playing keyboard, as it was a better fit with the electronic influenced music that we play. Me and AJ both met him kind of separately in our freshman year at college because he was just bouncing around with a giant red Afro. And he was just a happy go lucky guy with a giant Afro; you're going to be friends with him. Dan was not the original bass player in the band, he came later when our previous bass player decided he didn't want to take the project as seriously. And we knew exactly who to call. We had jammed with him a few times and there was a lot of chemistry already, musically, so we added him.
And basically around January 2016, AJ and me left our "Big Boy" jobs. He was an engineer, and I was a data scientist at a start up in Philly. Jon works at a restaurant still, Dan does a bit of everything. We took music full time, took it on the road. We did 150 shows last year, and probably will do 100 this year…That's the unabridged version.
Does the band's name Tweed have a story?
You know, it doesn't really have a good story…We had booked our first show. It was actually "The Nightmare on Haines Street" party at AJ's house our junior year of college, 2010. And we had the show booked, and we needed a name. And one of our roommates and good friend at the time, Kevin (Minassian), was like, "You know…I've been saving this name for a while. Let me lay it on you: Tweed. It just rolls off the tongue. I don't know what it's for." It was kind of the only thing we could agree on. It kind of stuck. And now it has some other meaning, we joke around that Tweed is an acronym: "Time Wizards Eating Electric Donuts." But that kind of came later, you know?
And long story short, we did throw the party but we kept it inside. We canceled it on Facebook, told all of our friends it was still going down and Tweed was dressed as all fast food characters. I was Colonel Sanders, Jon was Ronald McDonald, AJ was Burger King and Paul, our bass player at the time, was Jack in the Box.
That was the first of our Tweed shows, so we were birthed on Halloween. So that's always a special weekend for us.
Coming off of that story, if each of your band members were a figure from popular culture (internet sensations, cartoons, TV characters), who would you be?
Oh my god…I gotta think about that. That's a good one… Jon would be Roger Rabbit because he is goofy and outgoing. AJ would be Kermit the Frog because he is loyal and even keeled, likes to sing. Dan is Michelangelo from Teenage Mutant Ninja Turtles because he loves pizza and skateboarding. And I think my pop culture character is the Energizer Bunny. I've heard it many times before because I have so much natural energy and drive and it definitely comes out in my drum playing.
Your last EP, The Chunky Life (2016), was recorded and produced by Jeff Mahajan of Turtle Soup, Souper Groove fame. Tell us a bit about that partnership.
We don't call him Jeff; we call him "Mud." For the record, he invited us to his studio, Brooksound Studios, which is a studio he built in his home with all the state of the art equipment that a studio that is $100 an hour has, so he can charge you less. He has been really great to work with. We are currently recording our new album with him as well and he's just a great person to bounce ideas off of, and if there were a fifth member of Tweed, it would be him. He has helped shape our sound and inspires us. We definitely turn to him if we're stuck on something.
Well, it's great to have another perspective when you are creating something.
Yeah, exactly. And it's good to have someone who's a little separated from the process to give input.
What is your writing process as a band? I love that The Chunky Life features lyrics you can listen to, and relate to. It almost has an indie rock sensibility that way. How do you write?
We use a lot of different processes. A lot of the time, and I think the best way, is one or two people write a song and get it as far as they can and present it to the group. For the new album, AJ has been writing a lot of the music and has been pumping out some cool and unique tracks. And I think that it's important to have the lead who is singing the song to have final say on the lyrics because you have to say it like you would say it and say it comfortably.
But it depends on the song. Some songs start out organically, as in something we were playing at in practice. We record a lot of our practices, play them back and if it's cool we break it down. We'll write a lot of the music on Logic. So we'll write the song on there, we add drums in there, add bass in there. We'll do it digitally and then add instruments on top of it. Break it down, make decisions from there, bring it to the studio with us, and use that as a scratch track to record on top off.
We inject a lot of humor into our lyrics; we like to write things that sound like something that we would say. Conversational. We like weird funny sayings, plays on words, things that can be taken two ways.
The Chunky Life was recorded at Brooksound Productions with 100% solar power.
That's just Brooksound Studios. It's just all powered by solar; there are panels on the roof. That's just Jeff's house, it's all solar powered.
On the green note, I recently spoke to an artist about cassette tapes and how the upside to them was the "inconvenience" of listening to an album all the way through (whereas you can skip on a CD or your phone), and the downside was putting more plastic out in the world. Music has been dematerialized as a product, but what do you think about the environmental impacts of music (festivals, concerts, merch, etc.)?
I have a lot to say about all of those things. But to answer directly, the type of stuff that we're doing is stuff that we want to have create a very low footprint, leave no trace. The festival that we threw, you know, we cleaned up everything, we did it at a place (One Art Community Center) that has an Earthship, this place that has all of this sustainable recycled stuff. We actually recycled a lot of the garbage that was created at our festival. They're going to use the glass bottles along with concrete to create walls inside One Art.
I don't think music is responsible for a large amount of garbage. I think music is mostly responsible for good. I do think physical cassettes are cool, CDs are cool, vinyl is cool. People seem to like the novelty of collecting them versus a single on that you play on Soundcloud or Spotify. But I also think there is a lot to be said about the destruction of music industry due to the digitization of it. It's very hard to make money writing music these days.
I've also been told by other recording artists that because of that, touring and playing shows are a sure way to make money. So bands continue to tour.
Yeah, you used to tour to support the album and now you make the album to support the tour.
It is good to know that you dedicated so much time towards running your festival that way. Hopefully more festivals will follow suit.
I was there until the last piece of garbage was picked up. And that place One Art is just an amazing spot for the community so it felt right using their place and vesting with them.
Oh my god…I don't want to kill any of them – they're my friends!
Tweed performs tonight at The 8×10 in Baltimore, Md. For more information, please visit tweedmusic.com.


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FzMovies - Searching for Raf Vallone movies
Searching for movies with: Raf Vallone
Phaedra 1962 (1962) (BluRay)
The powerful Greek shipowner and constructor Thanos proposes to marry Phaedra during the baptism of a ship with her name. Phaedra, who is the daughter
of Thanos'greatest competitor, is a ...
The Other Side of Midnight (1977) (DVDRip)
Beautiful Noelle Page meets dashing WWII American pilot Larry Douglas in France and falls in love. She expects him to marry her, but instead Larry aba
ndons her. In the United States, successful Catherine Alexander meets Larry Douglas and they marry. But Noelle hasn't forgotten Larry even as she's…
El Cid (1961) (BluRay)
Epic film of the legendary Spanish hero, Rodrigo Diaz ("El Cid" to his followers), who, without compromising his strict sense of honour, sti
ll succeeds in taking the initiative and driving the Moors from Spain. Written by Stewart M. Clamen
Harlow (1965) (BluRay)
In this story, Harlow starts in the movies as set dressing, the pretty girl who is used for the glamour shots. Refusing to descend to the casting couc
h for work, she finds that she is soon blacklisted from the industry. But an agent named Arthur sees something in Jean and begins representing her.
Lion of the Desert [Hindi] (1980) (BDRip)
In Fascist Italy pre-World War II, the cruel General Rodolfo Graziani is directly assigned by Benito Mussolini to fight in the colonial war in Libya t
o vanquish the Arab nation. However, his troops are frequently defeated by the national leader Omar Mukhtar and his army of Bedouins. But the Butcher…
Cannon for Cordoba (1970) (BluRay)
In 1916, when a Mexican rebel steals cannons from the American army, General Pershing sends out a group of misfits to retrieve the stolen weapons.
Tags : battle
The Greek Tycoon (1978) (BluRay)
A fictionalized account of the Greek shipping magnate, Onassis, and his meeting and subsequent marriage to the widow of assassinated U.S. president, J
acqueline Kennedy.
Kiss the Girls and Make Them Die (1966) (BluRay)
In this spoof of spy films, CIA agent, Kelly, is in Rio De Janeiro spying on a wealthy industrialist, David Ardonian, who secretly plans to turn the w
orld sterile and repopulate it with his harem. UK spy, Susan Fleming, helps Kelly.
Tags : espionage

redpajama_set_name: RedPajamaCommonCrawl


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Kate Shaw
Head of Talent Design & Learning ∙ Airbnb
Kate Shaw has had the incredible fortune of working at three companies she has truly loved: Lucasfilm, Apple, and now Airbnb. In all of these companies, she has focused on helping people and organizations experiment, learn, and grow.
At Lucasfilm, Kate built an education program that was consistently referenced as a shining example in the industry -- offering programs ranging from storytelling, cinematography, and sculpting to programming and proprietary applications. She also founded and hosted Lucasfilm's Speaker Series, where she hosted and conducted in-depth interviews with dozens of industry greats - including Martin Scorsese, Quentin Tarantino, Alexander Payne, Darren Aronofsky, David O. Russell, Aaron Sorkin, Viola Davis, and James Cameron.
At Apple, Kate sat at the intersection of Apple University and Apple HR, where she oversaw Apple's executive coaching practice worldwide.
Now at Airbnb - where the mission is to help 7.5 billion people feel they can belong anywhere - Kate is focused on driving a talent strategy that is built on belonging, impact, and sustainability. Belonging because it is core to Airbnb's mission. Impact because its employees want to achieve great things. And sustainability because Airbnb are focused on the long haul.
Founded in August of 2008 and based in San Francisco, California, Airbnb is a trusted community marketplace for people to list, discover, and book unique accommodations around the world — online or from a mobile phone or tablet. Whether an apartment for a night, a castle for a week, or a villa for a month, Airbnb connects people to unique travel experiences, at any price point, in more than 34,000 cities and 190 countries.


In the foothills of the Blue Ridge Mountains, the town of Harpers Ferry, W.Va. is defined by its confluences. Harpers Ferry is located at the confluence of two of the main arteries of the mid-Atlantic, the Potomac River and the Shenandoah River. The town is also located at the intersection of three states: Maryland, Virginia, and West Virginia. This unique location – two major rivers, Mason Dixon Line, etc. – also made Harpers Ferry a flashpoint during the Civil War and was the scene for John Brown's famous raid on the armory there. Today, the tiny hamlet of around 300 permanent residents is part living museum of centuries of historic impact, part modern outdoor recreation hub. What was once the launch point for settlement of the Shenandoah Valley – the only ferry across the mighty Potomac – is now a center for active pursuits ranging from white water rafting to mountain biking to rock climbing. The Appalachian Trail also runs right through town, and is the location of the Appalachian Trail Conservancy headquarters. Obviously, the town has not lost its touch of being a central part of United States history.
All of these pursuits come together at the annual Harpers Ferry Outdoor Festival, happening this weekend June 14 and 15. Although the focus of the festival is primarily paddling oriented – it is summer after all! – all outdoor recreation activities are celebrated and encouraged, with the aim of promoting the healthy and peaceful enjoyment of the natural environment. To that end, all proceeds are donated to conservation groups including Friends of the Shenandoah, Save the Blackwater, West Virginia Rivers Coalition, and the Friends of the Cheat. Organized activities include the Tim Gavin Down River Race, Whitewater Rodeo, 5k trail race, whitewater film extravaganza, raft race, and kid friendly activities. There will also be a coordinated river cleanup and live music each day from local bands. Plus, you'll be right outside downtown Harpers Ferry, where you may learn a thing or two about the robust history of the area and the town. It really is like stepping back in time, in a good way.
The best part of this event may be the price: $10 gets you a day pass for either Friday or Saturday ($20 for both), but that includes free camping on site. So hit up the Harpers Ferry Outdoor Festival this weekend to give a little back and have a whole lot of fun along the way.


The Wild Horse Trail Half Marathon is brought to you by Dirt Devil Racing.com ... please be sure to visit the DirtDevilRacing.com website for complete race details, course description, photo gallery, and other "MANDATORY RACE READING" information.
Registration officially closed on 1-20-13. You can go to the race page website, click on the FAQ drop-down menu, and search for "WAIT LIST INSTRUCTIONS." There are no refunds at this point, so all those that Wait List themselves are hoping for a last minute cancelation sent to the Race Director via email. As this happens the next on the Wait List will be contacted to register. If you are Wait Listed but do NOT get an email to register by Friday 1-25-13 at 7pm, you did not get in this race. Please come run another great trail race with us this season!!
No refunds are made after 1-7-13.
No bib swaps to another racer are ever allowed.
No roll-overs to another race are ever allowed.
This beautiful course in San Diego County';s Otay Lakes preserve will take you along incredible single and double track trails around upper & lower Otay Lakes, near the Olympic Trainng Center in Chula Vista.
All Half Marathon finishers receive a super unique finishers medal and moisture wicking race logo shirt. If you run all 4 Half Marathons in the 2013 Animal Series your final medal will be the interlocking medal required to complete the MEGA SUPER MEDAL.
Great race schwag ... beautiful course, perfectly marked ... fun race staff ... awesome Finisher';s Medal, and a delicious post-race breakfast buffet at Rock Bottom Brewery in downtown San Diego ... are just a few reasons to come run the Wild Horse Trail Half Marathon!


My favorite footwear for any time is flip flops or something like that open front and back. As long as I am not cold, socks are optional in my world, but all this barefoot living sure dries out my feet. My spin cycling workouts tend to help me in a not good way to form thick callouses. I use a daily foot scrub and paddle in my shower, but a couple of my friends swore by this product.
I went into this with my friend telling me…BE READY…you will peel for like a week and it will be GROSS but WORTH IT. This box is one time use and cost $25. Pretty pricey, but I figured if this works then price will be justified.
For me this product did not work at all. I followed instructions completely, so it's not that. For entire week I saw no peeling at all. It felt tingly for first couple days so I was hopeful, but nothing happened. I told a few of my friends I was doing it and all of them had great success stories with this. My personal rating would be low because it didn't work for me, you can make up your own mind. Maybe I scrub off my callouses better than I thought so there was not much for BABY FOOT to do, I don't know. But for $25 I am not trying this again.
I was disappointed, but excited to try it. I will keep on managing my callouses the same way…apparently it works for me.


BANDUNG- From 31 October 2017, the Ministry of Communications and Information Technology (Kemenkominfo) requires users of prepaid SIM cards by mobile operators to register using the Master Identification Number (NIK) and Family Card Number (KK).
The data used in this registration will then be validated using the population database. Such programs include efforts to anticipate cyber crime. Ministry of Communications and Information Technology ensures the confidentiality of such data.
Telecommunication Regulatory Committee - Indonesian Telecommunication Regulatory Body (KRT-BRTI), Agung Harsoyo expects that through this program, SIM card users will be more responsible. Mobile phones will be used for positive things.
Chairman of Cyber Law Center Unpad Law Faculty, Dr. Sinta Dewi expects a guarantee of customer's privacy protection. Currently the Draft Law on Personal Data Protection is currently being created and it is expected to be coordinated within the program.
Indonesian Consumer Community: There Is ..
Bandung Operationalize Bike Sharing at 3..
West Java is Ready to Develop Sharia Eco..
Cipatujah Bridge is Collapsing, West Jav..


Three variations of each character.
At least 24 playable characters planned.
New characters names revealed: Kotal Kahn, D'Vorah & Ferra Torr.
Johnny Cage & Sonya Blade hooked up at had a daughter at some point in time (Cassie Cage).
wow! i wonder if it will come out to X-360 or X-One?
All times are GMT +5. The time now is 04:56 PM.


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Intentionally Inflicted Harm: The Prima Facie Case And Defenses
Strict Liability And Negligence: Historic And Analytic Foundations
The Negligence Issue
Vaughan v. Menlove 132 Eng. Rep. 490 (C.P. 1837).
Roberts v. Ring
Breunig v. American Family Insurance Co 45 Wis. 2d 536, 173 N.W.2d 619 (1970)
Daniels v. Evans
Fletcher v. City of Aberdeen 54 Wn.2d 174, 338 P.2d 743, 1959 Wash.
Robinson v. Pioche, Bayerque & Co 5 Cal. 460, 1855 Cal.
Denver & Rio Grande R.R. v. Peterson 30 Colo. 77, 69 P. 578, 1902 Colo.
Blyth v. Birmingham Water Works 156 Eng. Rep. 1047 (Ex.1856).
Eckert v. Long Island R.R 43 N.Y. 502, 1871 N.Y.
Osborne v. Montgomery 516 U.S. 1033 116 S. Ct. 685 133 L. Ed. 2d 533 1995 U.S.
Cooley v. Public Service Co 90 N.H. 460, 10 A.2d 673 (1940)
United States v. Carroll Towing Co 160 F.2d 482 (2d Cir. 1947)
Lyons v. Midnight Sun Transportation Services, Inc 928 P.2d 1202, 1996 Alas.
Andrews v. United Airlines 24 F.3d 39, 1994 U.S. App.
Titus v. Bradford, B. & K. R. Co 136 Pa. 618, 20 A. 517, 1890 Pa.
Mayhew v. Sullivan Mining Co 76 Me. 100, 1884 Me.
The T.J. Hooper 60 F.2d 737 (2d Cir. 1932)
Lama v. Borras 16 F.3d 473, 1994 U.S. App.
Canterbury v. Spence 409 U.S. 1064 93 S. Ct. 560 34 L. Ed. 2d 518 1972 U.S.
Osborne v. McMasters
Martin v. Herzog
Brown v. Shyne 242 N.Y. 176, 151 N.E. 197 (1926)
Uhr v. East Greenbush Central School District 94 N.Y.2d 32, 720 N.E.2d 886, 698 N.Y.S.2d 609, 1999 N.Y.
Baltimore and Ohio R.R. v. Goodman 275 U.S. 66, 48 S. Ct. 24, 72 L. Ed. 167 (1927)
Plaintiff's Conduct
Multiple Defendants: Joint, Several, And Vicarious Liability
Affirmative Duties
Traditional Strict Liability
The Institution Of Insurance
The No-Fault Systems
Economic Harms
Tort Immunities
Torts > Torts Keyed to Epstein > The Negligence Issue
Citation. 2010 U.S. App.
Citation2010 U.S. App.
View this case and other resources at:
Brief Fact Summary. Facts not revealed in the casebook.
Synopsis of Rule of Law. If a statute gives a person a right, it also gives that person the right to receive remedy from anyone who violates his right by that statute.
Facts. Facts not revealed in the casebook.
Issue. There was no ascertainable issue in the casebook.
Held. If a statute gives a person a right, it also gives that person the right to receive remedy from anyone who violates his right by that statute.
Discussion. If the government enacts a statute, then those wronged by people violating that statute have a remedy in law, not merely in equity.
Study Assets: Negligence: Introduction


Any child that has a necessity for guided training whether it is because of a psychological or physical disability deserves to have the same probability in life and faculty as other youngsters. Michigan schools say that need to break down the walls between normal schooling and Special Training creating a system in which students will get more assist when they need it, and that assist doesn't need to be in a separate particular schooling classroom.
The attendance requirements are the identical for the three-12 months as for a daily IEP assembly, the LEA representative must be there, the particular training trainer (case supervisor), a regular schooling teacher, the parents, and I require all of my college students to attend their IEP meetings (this goes for the annual conferences additionally).
Kelly Wight, director of particular packages in the Tupper Lake Central College District, advised the college board Monday evening that soon, the state plans to section out diplomas that particular schooling college students are currently able to get, known as Individualized Education Program diplomas, or IEPs.
Having specialised training will greatest profit the kid as a person compared to a trainer in the conventional classroom with 19 other students that do not have a incapacity or a class room with just a few others that need particular consideration as effectively.
Nicely, I loved teaching history, however life has its personal humorous ways in which aren't aligned to us and what we want, so after a decade of educating history I personally received a first class schooling on finances cuts and my job was eradicated.


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Successfully Funded on September 28, 2020
Nano-C Bridge Note
Advanced Materials for Next Generation Energy, Electronics and Healthcare
nano-c.com
Westwood, MA
‣ Presentation
‣ Disclosures
‣ Executive Team & Board Members
‣ Drivers for Value Creation
‣ Proprietary Technology
‣ Applications
‣ Near-Term Commercial Traction
‣ Patent Portfolio
‣ Investment Summary
‣ Contact Us
‣ Appendix
Viktor Vejins
Mr. Vejins brings over 20-years of international general management experience with a successful track record in building new businesses, repositioning, and turning around underperforming companies.
Prior to joining Nano-C as CEO in 2005, Mr. Vejins assisted two early stage materials start-ups in strategy, market development, implementation planning, business valuation and fund raising. One went on to be venture...
Expand Bio
Prior to joining Nano-C as CEO in 2005, Mr. Vejins assisted two early stage materials start-ups in strategy, market development, implementation planning, business valuation and fund raising. One went on to be venture funded and is currently in commercialization. The other, having also been successfully venture financed, ceased operations several years later. From 1996 to 2004, Mr. Vejins was the General Manager of an advanced materials start-up funded by Cabot Corporation. Mr. Vejins was recruited to Nano-C by Jack Curtin, an early Nano-C Board Member and former President, Chairman, and CEO of Aearo Corporation, Executive Vice President and Chief Financial Officer and Director of Cabot Corporation. While at Cabot, Mr. Vejins oversaw the development and construction of a new-to-the-world manufacturing operation in Malaysia, managed a global technical and business development team and commercialized new business with key accounts in automotive, military, aerospace and rail applications. His business had a successful exit to Michelin, having generated millions in shareholder value for Cabot. While at Cabot he was a member of its key account team, which negotiated complex multi-facility, multi-year and multi-million-dollar supply agreements with Michelin, Goodyear and Bridgestone.
Prior to joining Cabot, he was a management consultant with Arthur D. Little, Inc. and A.T. Kearney. As a consultant, he provided guidance to senior management on issues related to strategy, product development, operations improvement and organizational development with the end goal of fundamentally improving their bottom line. His clients spanned the globe, from the US to South America, Asia, the Middle East and Europe (including one assignment in Siberia just after the collapse of the Soviet Union). Through this consulting work, he has a broad background in the chemicals, materials, pharmaceutical chemicals, medical devices and service industries and in how to work cross culturally. He holds a BS in Chemical Engineering from the University of Wisconsin-Milwaukee and a SM in Materials Science and Engineering from the Massachusetts Institute of Technology.
Since joining Nano-C in 2005, Mr. Vejins has raised over $45 million in funding from private sources including Fontinalis Partners, a venture fund focused on Mobility. He has led Nano-C's strategy and business development, negotiated multi-year joint development and supply agreements with key accounts in the US and abroad. From starting as Nano-C's 4th employee in 2005, he has grown it to a multi-cultural high-functioning team of 38, overseen the creation of 46 patent families (>150 patents), and grown the asset and technology base to a point it can be commercially viable and meet its 2021 revenue targets.
Donald Wallroth
Mr. Wallroth brings over 25 years of financial and general management experience successfully financing, scaling, and monetizing technology related businesses. Mr. Wallroth has raised over $300 million as CFO for multiple private and public technology companies and was directly responsible for acquiring, merging, integrating and completing the sale of numerous entities.
From 2011 to 2019, Mr. Wallroth was CEO and...
From 2011 to 2019, Mr. Wallroth was CEO and CFO of Everyday Solutions, Inc., a $5 million venture-backed telematics software company that he successfully merged and integrated with its largest competitor to form Synovia Solutions, Inc. As Executive Chairman of the combined SaaS entity with an EBITA of $12 million, he completed a strategic relationship with its largest hardware vendor and was directly responsible for initiating, negotiating, and completing the cash sale of the company to CalAmp, a $400 million company which is traded on NASDAQ, for a significant multiple.
He was also Vice President, COO and CFO of Avery Dennison's New Growth Ventures Division where he was responsible for investing $90 million annually in a diverse set of technologies including solar, alternative energy, membranes, RFID, healthcare, materials, and packaging technology. Mr. Wallroth was a Partner at Arthur D. Little, Inc. in charge of the Financial Consulting Practice, a Partner with Accenture, and a Partner of Arthur Andersen Worldwide where his focus was on strategy, finance, corporate development, and mergers and acquisitions.
Mr. Wallroth holds a Bachelor of Science degree in Electrical Engineering from The George Washington University and an MBA from Columbia University.
Stanley Twarog
Before joining Nano-C in 2017 as General Counsel, Mr. Twarog was in private practice for 38 years, 30 as a partner, with Mintz Levin, an Am Law 100 law firm headquartered in Boston, Massachusetts. He has served as Nano-C's principal corporate counsel starting in 2003. Most of Stan's professional career has focused on the representation of private companies, including several chemical companies, from formation...
Before joining Nano-C in 2017 as General Counsel, Mr. Twarog was in private practice for 38 years, 30 as a partner, with Mintz Levin, an Am Law 100 law firm headquartered in Boston, Massachusetts. He has served as Nano-C's principal corporate counsel starting in 2003. Most of Stan's professional career has focused on the representation of private companies, including several chemical companies, from formation through exit. In this capacity he helped clients assemble the basic building blocks of their businesses, including equipment and plant acquisition, product supply, executive compensation, technology transfer contracts, execute debt, angel and venture capital financings, and lead M&A transactions having values as high as $1.5 billion. With Nano-C he has continued to apply these accumulated skills and to afford the Company's management team with the benefit of his commercial expertise and experience. Mr. Twarog is a cum laude graduate of Harvard College and Georgetown Law School.
Dr. Henning Richter
Vice President, Research and Development
Dr. Richter joined Nano-C in 2001, while working with Jack B. Howard, Nano-C's Founder, in the Department of Chemical Engineering at MIT. He leads the development of Nano-C's combustion-based technologies for fullerenes and SWCNT, along with their purification and functionalization for use in photovoltaics and photodetectors. He was in charge of Nano-C's joint development program with Merck KGaA over a 5-year...
Dr. Richter joined Nano-C in 2001, while working with Jack B. Howard, Nano-C's Founder, in the Department of Chemical Engineering at MIT. He leads the development of Nano-C's combustion-based technologies for fullerenes and SWCNT, along with their purification and functionalization for use in photovoltaics and photodetectors. He was in charge of Nano-C's joint development program with Merck KGaA over a 5-year period, and currently leads the development program with Nantero and its partners. He leads the technical qualification of Nano-C's patented functionalized fullerenes with the three major manufacturers of OPV and in Tandem PV applications. Dr. Richter has secured government grant funding and is co-inventor of more than 15 families of patents and patent applications.
As Vice President of R&D, Dr. Richter is responsible for the development of Nano-C's intellectual property portfolio. He is a member of the Scientific Board of LOPE-C, the Executive Advisory Board of the Nanomanufacturing Center at the University of Massachusetts in Lowell and represents Nano-C in the Industrial Coordination Committee of the Institute for Soldier Nanotechnologies at MIT along with Dr. Sivarajan. He also represents Nano-C at Solliance, a consortium of major players in the area of thin film photovoltaics. Dr. Richter has a Doctorate from the Catholic University of Louvain (Belgium). He is fluent in French, German and English.
Thomas Lada
Vice President, Operations
Mr. Lada is responsible for all operational activities within Nano-C, including fullerene and carbon nanotube production, purification, and functionalization. Since joining Nano-C in 2002, he has been instrumental in the development of nearly all aspects of fullerene manufacturing. He is accountable to the CEO for executing Nano-C's plant and operational expansion to support customer qualifications and commercial...
Mr. Lada is responsible for all operational activities within Nano-C, including fullerene and carbon nanotube production, purification, and functionalization. Since joining Nano-C in 2002, he has been instrumental in the development of nearly all aspects of fullerene manufacturing. He is accountable to the CEO for executing Nano-C's plant and operational expansion to support customer qualifications and commercial sales. To date, he has overseen well over $10 million in capital expenditures, including build-out and securing key equipment. His team has driven dramatic yield (more than 50%) and productivity improvements (more than 2x) in core manufacturing operations, while ensuring the safety of Nano-C's employees.
Mr. Lada is a key contributor to the development of novel functionalized fullerenes for applications in organic electronics and semiconductor chip manufacture, leads the development effort with Nano-C's partner IM, and regularly engages with the major semiconductor chip manufacturers. He is co-author on a number of Nano-C's key product and process patents. Mr. Lada is responsible for EHS compliance and oversees all aspects of Nano-C's Quality programs. He secured Nano-C's Pre-Manufacturing Notifications (PMN) for Nano-C's materials from the EPA and is currently securing final environmental permits from the Commonwealth of Massachusetts. Under his direction, Nano-C will complete ISO9001 Certification in early 2020. Mr. Lada holds a MS degree in Chemical Engineering Practice from the Massachusetts Institute of Technology.
Dr. Ramesh Sivarajan
Vice President, Applications Development
Dr. Sivarajan has more than 20 years of experience in applications development with nanomaterials including ceramics, metals, polymer-inorganics and carbon nanomaterials. He works closely with Nano-C's business and technology teams, and its partners/customers to develop applications that drive top line growth. In the last 10 years, he has focused on the development of industrial applications for SWCNT and has led...
Dr. Sivarajan has more than 20 years of experience in applications development with nanomaterials including ceramics, metals, polymer-inorganics and carbon nanomaterials. He works closely with Nano-C's business and technology teams, and its partners/customers to develop applications that drive top line growth. In the last 10 years, he has focused on the development of industrial applications for SWCNT and has led joint programs with major corporations and start-ups including antenna, printable transistors, IR sensors and materials for displays. Prior to joining Nano-C, he was the Manager of the Advanced Applications Group at Nantero, Inc. where he pioneered the development of CMOS® carbon nanotube formulations and deposition methods critical for their wafer scale integration.
Dr. Sivarajan served as a research scientist at Rice University, working with Prof. Richard Smalley (winner of the chemistry Nobel Prize in 1996) with whom he co-authored several research publications and a co-inventor on a number of patents on SWCNT. He is an inventor on over 40 issued US patents and several more issued and pending applications worldwide and has successfully attracted research grants and DoD contracts over the years. He also developed advanced dielectrics on behalf of the Semiconductor Research Corporation (a consortium formed by IBM, Intel, HP and others) as a scientist at Cornell University. Dr. Sivarajan has served on the Industrial Advisory Board of the Manufacturing Engineering Department at Boston University. Along with Dr. Richter, he serves as Nano-C's liaison to the Institute for Soldier Nanotechnologies at MIT. He holds a PhD in Materials Chemistry from the Indian Institute of Science, Bangalore.
Darren Bischoff
Mr. Bischoff has 20+ years of experience bringing advanced materials and electronics from R&D to commercialization in roles spanning operations, product management and business development. As an early employee with electronic paper display pioneer E Ink, Mr. Bischoff launched multi-million dollar products with companies Lexar Media and Motorola as well as managed engagements with companies such as Philips,...
Mr. Bischoff has 20+ years of experience bringing advanced materials and electronics from R&D to commercialization in roles spanning operations, product management and business development. As an early employee with electronic paper display pioneer E Ink, Mr. Bischoff launched multi-million dollar products with companies Lexar Media and Motorola as well as managed engagements with companies such as Philips, Sony, Nokia, Logitech, Seiko Epson, Fossil, Microsoft, Apple, RSA, Flextronics, NXP, DARPA and NASA. Beyond displays, he led product strategy and business development for MC10 (printable semiconductors), and Boston-Power (Li-ion batteries). Based on his experiences in start-ups, he has consulted with emerging technology companies in displays, photovoltaics and energy storage. He is a mentor for technology startups at Northeastern Venture Mentor Network. Mr. Bischoff holds an MBA from Boston University.
Kerin Perez Harwood
Ms. Perez Harwood has 10 years of global industrial experience in bringing new materials and chemicals to market. She has a diverse professional background spanning commercial, operations and development roles. Prior to joining Nano-C, Ms. Perez Harwood was Business Development Manager for Merck KGaA / EMD Performance Materials covering Lighting, Photovoltaics, Display Technologies, and related materials for...
Ms. Perez Harwood has 10 years of global industrial experience in bringing new materials and chemicals to market. She has a diverse professional background spanning commercial, operations and development roles. Prior to joining Nano-C, Ms. Perez Harwood was Business Development Manager for Merck KGaA / EMD Performance Materials covering Lighting, Photovoltaics, Display Technologies, and related materials for printed electronics. She successfully built and managed relationships with customers and strategic partners with major U.S. solar and lighting manufacturers, leading U.S. technology companies and high-tech startups. With a focus on driving multi-million-dollar sales growth and market expansion, Ms. Perez Harwood led and executed commercial agreements driving diversification of Merck's product pipeline. With her years of corporate experience, she brings a unique and valuable perspective to Nano-C, as she views negotiations through the corporate lens. Ms. Perez Harwood managed all commercial activities related to customer programs from early stage to mass production, including communications strategy, price negotiation, forecasting and demand planning. Prior to Merck, she was with Siemens Health Care Diagnostics. She also works with small local businesses as a marketing consultant to upgrade technology systems and marketing strategy. Ms. Perez Harwood holds an MBA from F.W. Olin Graduate School of Business at Babson College.
Katherine Barton
Laboratory & Production Manager
Ms. Barton joined Nano-C in 2006 and has more than 20 years' experience in laboratory and manufacturing operations. At Nano-C, she has worked to develop processes for scaleup of key Fullerene products and establish flexible production capabilities to address the evolving needs of customers.
Prior to Nano-C, she was the Materials Laboratory Manager at Raytheon Company (EDM Waltham), where she was responsible for...
Prior to Nano-C, she was the Materials Laboratory Manager at Raytheon Company (EDM Waltham), where she was responsible for chemical and nondestructive testing of a wide variety of product types such as printed wiring board and hybrid substrates, metals, adhesives, coatings, electroplating and metal finishing processes and finished products to meet military specifications. Such testing provided input for materials selection and process optimization to define the most cost-effective and reliable means of meeting design requirements for radar systems. This background has provided her with the basis for the development of the Quality Management System at Nano-C. Ms. Barton is leading Nano-C's effort to obtain ISO 9001 certification.
Ms. Barton works closely with production and research teams at Nano-C to ensure the integrity of Fullerene products. She currently manages and leads a team of eight. In addition, her focus on consistency, scalability and toxic use reduction as products grow from R&D to production promotes a culture of continuous improvement among the teams. Ms. Barton has a BS in Chemical Engineering from Worcester Polytechnic Institute and an MS in Environmental Engineering from Northeastern University.
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What are the main applications that may drive revenue growth for
Nano-C over the next 24 months?
The five main application areas that may drive near term revenue growth for Nano-C are: 1) High sensitivity sensors for mobile phones; 2) Ultra-low power NRAM embedded devices; 3) High-efficiency tandem perovskite solar for residential and commercial applications; 4) Organic Photovoltaic Solar for Building Integrated PV (BIPV); and 5) Extreme Ultraviolet (EUV) Photoresists and Spin-on-Carbon-Masks for the next generation of Semiconductor Manufacturing.
How and why are Nano-C's innovations relevant to consumers?
Consumers may see the benefit of Nano-C's innovative materials through improvements in device performance. Here are some examples:
Potential Consumer Impacts
1) High sensitivity sensors for mobile phones. Speed and ease of use—can open the phone by touching anywhere on the screen and possibly up to 1000x more secure.
2) Ultra-low power NRAM embedded devices. A phone that lasts for up to 6-months on standby. Potentially 100x increase in speed enable no-lag recall of information.
3) High-efficiency tandem perovskite solar for residential and commercial applications. Potentially up to 50% more power from the same area, and at the same installation cost as conventional silicon solar cells. Possibly a more economically efficient choice.
4) Organic Photovoltaic Solar for Building Integrated PV (BIPV). Almost any surface of a building can potentially generate power, including windows.
5) Extreme Ultraviolet (EUV) photo resists and Spin-on-Carbon-Masks for the next generation of Semiconductor Manufacturing. Potentially increased computing power enabling applications like autonomous vehicles, AI, VR
What value do Nano-C's materials bring to high-value electronics?
When device makers use nanocarbon additives, it typically improves the performance in one or more of three areas: 1) Potentially increased electrical conductivity; 2) Potentially stronger, lighter mechanically reinforced materials; and 3) Potentially improved thermal performance due to high thermal conductivity.
What is the overall addressable materials market potential for the applications Nano-C is focused on?
As of May 2020, Nano-C estimates that the addressable materials market for their five focal applications is potentially $5 billion. This is based on market studies on global industry projections for materials required for the semiconductor, solar, memory, and display industries. There are potentially very significant applications in our development pipeline which are not calculated in this addressable market number including: batteries, fuel cells, pharmaceuticals for treatment and prevention, composites, and lubricants.
How does Nano-C make money?
By partnering with its key customers, Nano-C seeks to lock in customers for the long-term by first entering into development relationships that result in value-added materials for the customer and then signing long-term supply agreements. Nano-C believes it can make money by combining high performance materials that can command performance-based pricing with low cost manufacturing. Potential for profitability over the long-term derives from the ability to "ride the price-volume" curve over time.
More information can be found in the Private Placement Memorandum.
Why is Moore's Law important and how does Nano-C play a critical role?
Moore's Law is the perception that the number of transistors on a microchip doubles every two years, while the cost of computers is halved. Essentially, it states that we can expect cheaper more powerful chips that increase the speed and capability of our electronic devices without increasing the price. In recent years, this historical trend has been challenged by the limitations of the current semiconductor manufacturing processes and materials. Nano-C enables the continuation of Moore's Law through its cutting-edge semiconductor materials which include EUV Photoresists and Spin-on-Carbon Hard Masks. Its nanostructured carbon-based materials allow for smaller feature sizes, potentially increasing the number of transistors on a microchip and the power of the chip, while potentially reducing cost. These novel materials also enable ultra-fast, energy-efficient memory by potentially increasing the computing capacity at a reduced cost.
Learn more here (Focal Point, Oct. 2019): The Extreme Physics Pushing Moore's Law to the Next Level
What is a fullscreen fingerprint sensor / reader?
Cell phone OEMs (Original Equipment Manufacturers) are pushing the industry to "notchless", edge-to- edge displays with fingerprint sensors built-in under the display. At the same time, they are asking for increased ease-of-use and greater device security. Nano-C provides a potentially key material in the creation of an ultra-sensitive, thin, light photodetector that can be used to read fingerprints in rigid and flexible OLED displays. Current active customer qualification and scale-up are underway targeting major phone manufacturers in Asia.
Learn more here (EE Times, January 2020): Multi-Finger Authentication Reinforces Smartphone Security
What is EUV (Extreme Ultraviolet) Photoresists?
Nano-C is developing photoresists for Extreme Ultraviolet (EUV) lithography to potentially enable finer pitch semiconductor manufacturing. Our partners are targeting major semiconductor manufacturers (e.g., Intel, Samsung, TSMC)). We are working with leading major chemistry suppliers to bring this technology to market. Fab trials are expected to be piloted by major players in 2020.
What is NRAM?
Non-volatile memory based on carbon nanotubes has the potential to offer a fast DRAM memory replacement with a 40% reduction in power consumption for applications like embedded devices, enterprise storage and mobile devices. Nano-C is in active multi-year development supplying world leading NRAM company Nantero whose long-time investors include Dell, Cisco, Kingston Technologies and Schlumberger. Fujitsu is the first named customer of Nantero with expected launch in 2020.
Learn more here (EE News, April 2020): First carbon nanotube NRAM products due in 2020, says Nantero
How does Nano-C help to potentially positively impact climate change?
We develop advanced materials that may play a critical and enabling role in devices that may possibly have a significant and lasting impact on mitigating climate change. Based on internal estimates, we have calculated this potential as driving a >1800 megatons reduction in greenhouse gases (GHG). By 2050, Tandem PV and OPV devices that use Nano-C materials are projected to possibly drive over 1 billion tons of reduction in CO2. For perspective, CO2 emissions in the US were 4.8 billion tons and in Japan 1.1 billion tons in 2016. In our pipeline today, Nano-C is actively engaged in launching products with customers with the following potential:
‣Tandem Perovskite PV: 50% increase in conversion efficiency over silicon
‣Organic PV (OPV): Allow the walls and windows of buildings to harvest energy
‣NRAM: Reduce memory power consumption by up to 40% in servers and devices
‣Sensors: Reduce food spoilage and detect gases which may negatively impact climate change
What is Tandem Perovskite Solar?
Tandem perovskite solar aims for a 50% increase in solar conversion efficiency out of the same area with potentially no increase in installation costs. The tandem approach to solar panels uses a perovskite layer deposited on top of existing silicon technologies. This specialized layer absorbs different wavelengths of light than the silicon. After absorbing these different wavelengths, remaining light passes through to the traditional silicon cell below. The result is a potential to increase conversion efficiency goes from approximately 20% with traditional silicon to approximately 30% using both silicon and perovskite materials. In addition, this solution aims to be fully compatible with existing manufacturing and installation processes. Nano-C is deeply engaged in joint development and qualification to supply industry leading developers.
Learn more here (IMEC, Nov. 2019): The 5 things you always wanted to know about perovskite solar cells (the new hype in PV world)
What are solar windows and building integrated PV (BIPV)?
Windows are typically used to allow light through. Walls are usually thought to be structural. However, these surfaces are also increasingly being looked at to generate electricity. Today, buildings are responsible for approximately 36% of final energy use worldwide and approximately 28% of global CO2 emissions. OPV can be translucent or transparent and is highly efficient in indoor ambient light. As recently reported, Bloomberg New Energy Finance indicated that the market for BIPV modules may grow by over 5-times to over $32 billion over the next 5-years. In addition, from a regulatory perspective in Europe, an EU directive requires that all new buildings as of 2021 must be nearly energy neutral, which is a further driver of BIPV. Fraunhofer ISE (part of one of the leading European research institutes) recently highlighted a 2017 study (focused on Germany) which found that "only 10% of the PV-suitable area on building is needed to transition Germany completely to renewable energy.
Learn more here (Solar Magazine, Feb. 2020): Transparent Solar Panels: Reforming Future Energy Supply
Learn more here (PV Magazine, Jul. 2020): Shanghai's Rafael Gallery to host 1 MW of Hanergy modules
What are organic photovoltaics (OPV)?
OPV has the potential for low-cost, printable, low-light efficient solar solutions being integrated into buildings (BIPV), windows, and IoT devices. This may enable much of the built and mobile world to harvest the sun's energy. OPV can be fully "building integrated" by harvesting light through windows, installed on interior walls, or applied to any external vertical surface. Compared to silicon-based devices, organic solar cells are lightweight (important for autonomous IoT sensors), potentially disposable and inexpensive to fabricate, flexible, customizable and may have less adverse environmental impact. Nano-C is shipping to commercial customers with additional customer validations and field trials underway for a high performance OPV active layer. Nano-C is working with leading companies in Europe and South America.
Learn more here (Heliatek, Dec. 2019): Heliatek Corporate Video (BIPV)
Learn more here (TED Talk, Dec. 2017): TED Talk A Printable, Flexible, Organic Solar Cell
Nano-C focuses on creating advanced materials based on fullerenes and carbon nanotubes.
What is nanostructured carbon?
Carbon is a non-metallic chemical element often regarded as a common element of all known life. It is the 15th most abundant element in the Earth's crust, and the fourth most abundant element in the universe by mass. Found in many forms, nanocarbons can be in flat 2D sheets called graphene, or spherical tubes called carbon nanotubes, as well as fullerenes; a spherical, closed-cage structure also called buckerminster fullerenes, or "buckyballs."
What is a fullerene?
A fullerene is a third form of carbon along with graphite and diamond that features unique properties that make it ideal for photo-resists, organic photovoltaics, spin-on carbon hard masks and organic photo detectors. Their discovery in 1985 was rewarded with a Nobel prize in chemistry 10-years later. Their unique geometric shape—similar to Buckminster Fuller's geodesic dome—led to their being named "Buckminsterfullerenes." Fullerenes unique properties enable a range of application from electronics to medicine because they:
‣Can behave as superconductors through to semi-conductors
‣Are exceptional radical scavengers
‣ Feature extreme durability
‣ Can be easily modified to tailor properties as a Derivative, enabling modification to their electronic structure, solubility and physical properties.
What is a Carbon Nanotube?
Considered one of the strongest materials known to man (American Chemical Society, Sep. 2010), carbon nanotubes possess unique structural and electrical properties that make them ideal for a wide variety of applications. Carbon Nanotubes come in two principal forms, single- walled carbon nanotubes (SWCNT) and multi-walled (MWCNT). Although not a hollow tube, carbon nanofibers (CNF) represent a third type of tubular structure. SWCNTs have unique properties that make them a vital foundation for advancing device performance because they:
‣ Behave as a semi-conductor or metal
‣ Are stronger than steel, yet lighter than aluminum
‣ Conduct heat most efficiently
‣ Can easily be modified to tailor properties as an "Ink."
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HP Laserjet 1020 Driver, Manual, Software, Download – Maybe said, its graph is pretty good for the institution documents or personal organization files, and also photos of her pretty good for points like the year-end e-newsletter to friends and family. 1020 and a much better total than the monochrome laser is one of the most personal. ML-2250, for instance, match the high quality of 1020 for a message as well as graphics, yet his score for photos only reasonable. In this rate variety, only 1022 matching text to 1,020 and also beat him ranking for both.
If you do not publish regularly and you prepare to save Your paper in the drawer products between the use of HP LaserJet 1020, Printer toner cartridges for LaserJet 1020 each valuable $70, and also HP (making use of the industry requirement) to create only 2000 web page result, so this is not a printer for heavy usage. Text quality LaserJet 1020 cannot impress us. Our court team kept in mind the unclear, specifically below each personality, and the italics appear a blur. Test line art looks a bit shaky, though the minimal straight line. Grayscale photos we get the harsh structure and also does not have enough contrast.
Like many another budget plan, laser LaserJet 1020 make it sets you back stay reduced by registering your COMPUTER's processing power to make an effort. Low-level Graphics tool user interface Windows makes the page, allowing the printer to concentrate on feeding the raw data to the engine. In our rate tests, page text printed on 12.3 pages per minute, a rate a little slower than the majority of our small-office laser examination lately moderated. Graphics published on 8.9 ppm that makes a lot more sense.
It is true that installing the driver of the HP Laserjet 1020 Driver to your computer is not a hard thing to do. That is because you can easily install the driver that you need within a few minutes. Unfortunately, there are still some people who have problems with the installation process because of many things. To make sure that you do not experience the same thing when you are installing the HP Laserjet 1020 Driver, you can try some of these excellent tips below. These tips below will surely help you to minimize the problems in installing the driver of this printer even more.
The third tip is making sure that you choose the proper path and the components that you want to install when the installation wizard appears. This one is quite important because you will be given the options to fix the HP Laserjet 1020 Driver as well as some other additional components. If you think the parts are needed, you need to install them. Otherwise, uncheck those extra components.
Nowadays, the excellent printer such as HP Laserjet 1020 Driver is becoming something that many people love to have. That is because this kind of printer from HP can merely help you with all of your printing needs. Because of that reason, a lot of people are using this printer for many of their printing needs. If you are also using this printer, you might want to consider using the latest version of the HP Laserjet 1020 Driver. That is because the newest version of the driver from this printer will help you to get rid of the bugs that you can find on the previous version. As an addition, there are also some minor improvements that you can get by installing the latest version of the driver.
After you have downloaded the setup file that you need, you need to run the setup file for the latest version of HP Laserjet 1020 Driver that you have downloaded. From there, you will be able to follow all of the instructions from the automatic installation wizard.
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5 big questions Better Call Saul needs to answer as it approaches Breaking Bad's timeline
Better Caul Saul season 5 is fast-approaching the Breaking Bad timeline, but what must still happen before they merge?
Tuesday, 31st March 2020 at 4:44 pm
The Better Call Saul slip road is primed and ready to flow seamlessly into the Breaking Bad motorway following developments in season five.
A number of key events had to happen before the merging moments between shows, and most have already come to pass.
Warning: Contains spoilers for Better Call Saul season 5 (up to the end of episode 7)
Most strikingly, Jimmy McGill is now Saul Goodman and he is operating as a lone wolf lawyer, a maverick thinker, keen to bend every rule and jump through every loophole in the book to appease his less-than squeaky clean clients.
Saul feels 'ready' for the Breaking Bad timeline and is now playing a waiting game, so to speak, but other questions have been raised and need answering before the two shows collide.
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What happens to Kim Wexler?
Perhaps one of the greatest achievements of Better Call Saul is creating nuanced characters with the same attention to detail as in Breaking Bad – characters with complexities, flaws and strengths.
Kim Wexler may not be the titular character in BCS, but she is the character we are unanimously rooting for.
Jimmy/Saul is the main man, but as his actions become increasingly erratic, we are placed in Kim's shoes for much of the show. She has a line, she has boundaries, and they're being increasingly tested by her boyfriend.
Naturally, her absence in Breaking Bad must be addressed in the coming episodes of BCS and the signs are ominous. The basic options on the table include a death or total alienation and escape from Jimmy's world.
These are the two most obvious explanations for Kim's apparent disappearance, but they are certainly not the only options on the table.
We have watched the entirety of Better Call Saul expecting her to detach from Jimmy in some shape or form, but there's the wildcard option that she actually survives the show and is alive and well throughout the Breaking Bad timeline.
That does not necessarily guarantee a happy ending for her or Jimmy, but the more we see into the world of Gene Takovic – Jimmy's post-BB identity – the more it's looking like we could see Kim survive it all. Whether she remains for or against Jimmy is a completely fresh rabbit warren to run down.
How will Lalo Salamanca exit the show?
Lalo Salamanca has grown into a terrific antagonist in Better Call Saul, but unlike Kim, surely he could not evade the entire Breaking Bad timeline if he were still alive?
However, there is a strong chance Lalo makes it out of Better Call Saul with his life.
Saul's first appearance in Breaking Bad comes in season two, in an episode appropriately titled Better Call Saul.
The lawyer is kidnapped by Walt and Jesse, is relieved to find the answer to his question "Lalo didn't send you" is a resounding 'No'.
This suggests the currently jailed Lalo makes it through BCS, albeit potentially still behind bars after being ripped off by some vintage Goodman trickery.
What happens to Nacho?
This scene also shines a light on the status of Nacho. Before Saul realises Walt and Jesse are not Lalo's henchmen, he says: "It wasn't me, it was Ignacio, he's the one."
Of course, right now in the Better Call Saul timeline, Nacho is operating as a spy for both Gus Fring and Lalo/the Salamanca family.
Assuming Saul is using Ignacio as Nacho's full name, this actually raises hopes that the double-crossing foot soldier survives BCS.
He appears to be in the most peril of the three characters mentioned so far: Kim, Lalo and Nacho. However, Saul's line in Breaking Bad could suggest he managed to wriggle free from danger at the expense of Lalo.
When will Saul move into his Breaking Bad office?
One of the major logistical moves that must take place before Breaking Bad is Saul's office move at the back of the nail bar to the strip mall where he resides in Breaking Bad.
In the grand scheme of the shows merging, this would be one of the least significant moves for Saul himself – after all, we've already seen him in multiple offices throughout BCS, but quite simply, we can't proceed to the Breaking Bad timeline without Saul rooted in his corner of the mall, inflatable Statue of Liberty and all.
When will lab construction continue?
Arguably the most important location across both shows is the hidden crystal in Gus' armoury of tools against the Salamanca's, his buried laboratory.
Construction ceased on the site following the rogue antics of chief engineer Werner Ziegler. He was shot by Mike Erhmantraut after beginning to spill secrets inadvertently to Lalo in season four.
Gus' expansion plans simply can't proceed without the superlab, and nor can Breaking Bad with the lab of course to be occupied by Walt and Jesse, following in the footsteps of Gale Boetticher who is ready to cook pending completion of the superlab in BCS.
As the Fring-Salamanca war continues to escalate, Gus clearly has enough on his plate already without addressing the need for a new team of engineers and the return to construction. However, something has to give soon, with time running out for the lab to be completed with the events of Breaking Bad on the horizon…
Better Call Saul is streaming now on Netflix, with new episodes every Tuesday – check out what else is on with our TV Guide
How to join Call the Midwife online watch party and aftershow
Morgan Jeffery Save Me Too is a surprising and satisfying sequel
Partnered content NOW TV
All about Breaking Bad
News, photos, videos and full episode guide
All the movies and TV shows delayed by Coronavirus – how COVID 19 is impacting the industry
BritBox announces a brand new slate of Channel 4 content


An excessive buildup of ice on your vehicle's windshield and windows is the last thing you need to deal with during the winter. There is no sense investing 5-10 minutes clearing off your vehicle's glass when it is possible to prevent ice from accumulating on the windshield and windows in the first place. Here's how to do it.
Spraying your windshield with a special solution the night prior really will help prevent ice from building up on your windshield or windows. Combine one part water with three parts white vinegar in a clean spray bottle. Be sure to wash out the spray bottle prior to filling it so you can eliminate any leftover residue from the prior liquid. Spray the white vinegar/water spray on the windows and windshield at night before frost forms. Perform a thorough spray and there is a good chance your vehicle's windshield and windows will be perfectly clear when you wake up.
A spray solution containing one part water and two parts rubbing alcohol will also prevent the buildup of ice on your vehicle's windshield and windows. This combination of liquids will melt away ice that has already accumulated on the windows and windshield. Give your car a good spray with this solution and you won't have to worry about scraping away ice in the morning. The ice will begin melting as soon as you apply the spray. Furthermore, this spray solution can be applied to the interior of the windshield to prevent it from fogging up. This way, you won't have to wait for your defrost to clear your windshield for optimal visibility.
Can an Onion Clear and Prevent Windshield Repair?
If you are in a jam and cannot access any of the spray ingredients detailed above, you might be able to clear your windows by rubbing half an onion on your windshield and windows. This is certainly an odd approach to clearing your vehicle yet plenty of people report it works.
Put a blanket or rubber mat on the windshield the night prior. When you wake up, you can walk on out to your car, take off the rubber mats and find a perfectly clear windshield. If you do not want to use your blankets or rubber mats as a defense against the buildup of ice, use cardboard. Just make sure the cardboard completely covers the glass. Tuck in the edges of the cardboard to prevent it from blowing away. Though placing rubber mats or cardboard on the windshield each night certainly takes some time and effort, it is better than scraping ice away from the windshield in the brutal morning cold.
As most people know, parking a vehicle in a garage or other enclosed space prevents the buildup of ice on the windshield and windows. If you do not have a garage, consider adding a carport or another elevated covering to protect your vehicle. Though a carport might not completely shield your vehicle form the elements, it really will help prevent the excessive buildup of ice on the windshield and windows.
Some drivers have found success mixing half a dozen or so tablespoons of rubbing alcohol to windshield wiper fluid. This combination of fluids prevents the lines from freezing, allowing for the instantaneous clearing of ice that has accumulated on the windshield.
Take advantage of these easy tips. Need further assistance? Don't hesitate to contact All Discount Auto Glass!


One of Aaron Hernandez's defense attorneys challenged a state police fingerprint examiner Wednesday, suggesting that his work was sloppy, that his testimony was incomplete and that the science involved is subject to human error.
Attorney James Sultan also hammered on a theme he has used with other witnesses testifying about fingerprints – that there is a well-known phenomenon known as "confirmation bias," a situation in which experts make determinations based on what they believe they "hope or expect to see."
Trooper David Mackin didn't yield, testifying that he believed the process used by Massachusetts State Police fingerprint examiners eliminates the possibility that he could mistakenly make a match simply because detectives already had a theory about whose hands touched an object.
Mackin's testimony had supported the prosecution's contention that Hernandez, driving a rented Nissan Altima, had driven two alleged accomplices, Ernest Wallace Jr. and Carlos Ortiz, from North Attleboro, Mass., to Boston, where they picked up Odin Lloyd prior to the 27-year-old's murder.
Jurors had already been shown surveillance video that included the former New England Patriots tight end stopping to get gasoline on the way to Boston as well as video showing the Altima pulling up outside Lloyd's home early the morning of June 17, 2013.
Lloyd's sister, Shaquilla Thibou, identified him in the second video getting into the rear seat on the passenger side of the Nissan.
* Ortiz's fingerprints were found on the inside door handle on the rear, driver's side door.
* Wallace's prints were found on the inside of the driver's window, the driver's side seat belt latch, the front passenger inside door handle and the rear passenger door window.
* Lloyd's prints were found on the inside door handle on the rear, passenger side door.
* Hernandez's prints were found on the inside driver's side door handle.
Sultan pounced on the testimony that Hernandez's fingerprints were inside the driver's door of the Altima.
A detailed look at the multiple criminal charges against Aaron Hernandez and the allegations and events that led to them.
"You have absolutely no idea when those prints were left, do you?" Sultan asked.
"You would agree with me that If someone rented a car and then returned that car driving it, you wouldn't be surprised to find that person's fingerprints on the inside driver's door handle, would you?" Sultan asked.
Sultan asked no questions about the presence of the prints of Ortiz, Wallace and Lloyd. But he stressed repeatedly that there is a human element to fingerprint identification – noting, for example, that there is no accepted standard on how many points must line up between two prints for a match to be declared.
Hernandez faces one count of murder and two firearms charges in the slaying of Lloyd, a semi-professional football player who was dating Shaneah Jenkins, the sister of Hernandez's fiancée.
Although prosecutors have not said who they believe fired the fatal shots, they have asserted that Hernandez "orchestrated" the killing. Ortiz and Wallace have also been charged with murder and will be tried separately.
Under a Massachusetts law known as "joint venture," a person can be convicted of murder even if someone else carried out the actual killing. To prove that, prosecutors would have to prove that the person knowingly participated in the killing and did so with intent.
Sports News To Your Inbox!
Sultan also spent time Wednesday eliciting testimony from Mackin that no one fingerprinted a bag – which looked like one that could be used as a shaving kit – that was discovered inside a rented Chevrolet Suburban parked outside Lloyd's home. That vehicle had been rented by Hernandez.
Earlier testimony suggested that Lloyd used the zippered bag to keep supplies he needed to roll marijuana cigarettes.
Sultan suggested that Mackin had testified untruthfully when he failed to acknowledge that in addition to Lloyd's fingerprints he found one belonging to a man named Darryl Hodge in the Suburban. Hodge was a teammate of Lloyd's on the Boston Bandits football team.
And Sultan also asked Mackin about something he did that didn't have to do with fingerprints. He was one of the officers who responded to Enterprise Rent-A-Car after a manager there told investigators she had cleaned out the Altima and thrown a shell casing, a piece of paper, some chewed bubble gum and a Vitamin Water bottle.
The gum and the shell casing were stuck together when they were found. Mackin testified that he put on a pair of gloves and separated the gum from the shell casing.
But Mackin acknowledged he didn't document separating the items in his written report on the case.
"Did you just not consider that important enough to put it in your report, sir?" Sultan asked.
"That I separated it?" Mackin replied.
There was also news outside the jury's presence Wednesday: During a morning break, Judge E. Susan Garsh affirmed an earlier ruling that a man who accused Hernandez of shooting him in Florida in 2013 will not be allowed to tell the jury about the incident.
Alexander Bradley, in a civil lawsuit, accused Hernandez of shooting him in the face after a dispute at a nightclub, but he refused to cooperate with authorities and no criminal charges were filed.
Garsh had earlier ruled that the so-called "prior bad act" evidence could not be introduced.
Prosecutors argued in a new motion that the defense's continual reference to Hernandez and Lloyd as friends – and the implication that the former football star would not shoot a friend – opened the door for Bradley to testify.
Garsh, however, ruled that the defense has not done anything to warrant a change in her earlier ruling.
That trial originally was scheduled to begin May 28, but the judge there indicated recently he would push it back given the anticipated length of the trial in the Lloyd case. No new trial date has been set.


text:
Josh Duggar shares photos of newborn daughter amid scandal, show cancellation
Cox Media Group National Content Desk
Former "19 Kids and Counting" star Josh Duggar, who has been at the center of a sexual misconduct scandal, shared photos on social media Sunday of his newborn daughter.
"Announcing the arrival of Meredith Grace Duggar! 7lbs 14 ozs, 20-1/2in – Anna and Meredith are resting & doing well!" he tweeted Sunday, along with a photo that shows him and his wife, Anna, with the baby. Meredith is the couple's fourth child.
>> RELATED: Duggar family responds to TLC canceling '19 Kids and Counting'
Duggar, 27, made headlines in May after reports surfaced that he had been accused of "inappropriately touching" five girls, including his sisters, when he was a teenager. TLC stopped airing episodes of his family's reality TV series and eventually canceled the show last week.
>> RELATED: Human services might be investigating Duggar family again
"Over these past weeks, TLC has consulted regularly with leading victims' rights and advocacy organizations in the U.S., including RAINN and Darkness to Light, to discuss how to use this moment to address the issue and make a positive impact," the network said in a statement. "Unfortunately, child sexual abuse is not an isolated issue; it affects many children and families around the world. To that end, we are partnering with both organizations on a multi-platform campaign to raise awareness and educate parents and families about the issue. In the first phase of this initiative, TLC will work closely with both groups and with the Duggar family on a one-hour documentary that will include Jill and Jessa and other survivors and families that have been affected by abuse."
>> Read more trending stories
The Duggars released their own statement, saying, "It is our prayer that the painful situation our family went through many years ago can point people toward faith in God and help others who also have lived through similar dark situations to find help, hope and healing, as well."
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text:
Q: Unable to get property 'selectedIndex' of undefined or null reference I am getting the following error in IE 11 when running the following javascript code which allows me to select items from a pop up list box and save them. This works in IE 9 without issues.
function passMultiList(src, selected)
{
    dst = parent.frames['downright'].document.getElementById('chosen');
    var src_array = src.split("_");
    for(g=0; g<src_array.length; g++){
        src_array[g] = document.getElementById(src_array[g]);
        if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}
    }
    for(i=0; i<src_array[0].options.length; i++){
        if(src_array[0].options[i].selected==true){
            var text = src_array[0].options[i].text;
            var value = src_array[0].options[i].value;
            if(src_array.length==1){
                flag = 0;
                for(k=0; k<dst.options.length; k++)
                {
                    if(dst.options[k].value == value)
                    {
                        flag=1;
                    }
                }
                if(flag==0)
                {
                    dst.options[dst.options.length]=new Option(text, value);
                    if(selected == 1)
                    {
                        dst.options[dst.options.length-1].selected=true;
                    }
                }
            } else {
                passList(src_array, 0, text, value, selected);
            }
        }
    }
}

It is raising an error on the following line
if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}

Unable to get property 'selectedIndex' of undefined or null reference
Any help would be appreciated.
UPDATE: Please find the (complete) relevant code below, this includes the changes you guided me to make:
        function passMultiList(src, selected)
{
    dst = parent.frames['downright'].document.getElementById('chosen');
    var src_array = src.split("_");
    for(g=0; g<src_array.length; g++){
        src_array[g] = document.getElementById(src_array[g]);
        if(src_array[g] != undefined) {
            if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}
        }
    }
    var src_pushed = [];
if(src_array[g] != undefined) {
    src_pushed.push(src_array[g]);
            if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}
}
    if(src_array[0] != undefined) {
      for(i=0; i<src_pushed[0].options.length; i++){
        if(src_pushed[0].options[i].selected==true){
            var text = src_pushed[0].options[i].text;
            var value = src_pushed[0].options[i].value;
            if(src_pushed.length==1){
                flag = 0;
                for(k=0; k<dst.options.length; k++)
                {
                    if(dst.options[k].value == value)
                    {
                        flag=1;
                    }
                }
                if(flag==0)
                {
                    dst.options[dst.options.length]=new Option(text, value);
                    if(selected == 1)
                    {
                        dst.options[dst.options.length-1].selected=true;
                    }
                }
            } else {
                passList(src_array, 0, text, value, selected);
            }
        }
      }
   }
}

        function passList(src_array, current, text, value, selected){
            var y = current +1;
            for(j=0; j<src_array[y].options.length; j++){
                if(src_array[y].options[j].selected ==true){
                    var atext = text + " and " + src_array[y].options[j].text;
                    var avalue = value + "_" + src_array[y].options[j].value;
                    if(y == src_array.length-1){
                            flag = 0;
                            for(k=0; k<dst.options.length; k++)
                            {
                                if(dst.options[k].value == avalue)
                                {
                                    flag=1;
                                }
                            }
                            if(flag==0)
                            {
                                dst.options[dst.options.length]=new Option(atext, avalue);
                                if(selected == 1)
                                {
                                    dst.options[dst.options.length-1].selected=true;
                                }

                            }
                    }else{
                        passList(src_array, y, atext, avalue, selected);
                    }
                }
            }
        }

        /*
        function passMultiList(src1, src2, selected)
        {
            dst = parent.frames['downright'].document.getElementById('chosen');

            if(src1.selectedIndex < 0){ alert("Please select a " + src1.name); return;}
            if(src2.selectedIndex < 0){ alert("Please select a " + src2.name); return;}
            for(i=0; i<src1.options.length; i++){

                if(src1.options[i].selected==true){
                    for(j=0; j<src2.options.length; j++){
                        if(src2.options[j].selected==true){
                            var text = src1.options[i].text + "-" + src2.options[j].text;
                            var value = src1.options[i].value + "_" + src2.options[j].value;
                            flag = 0;
                            for(k=0; k<dst.options.length; k++)
                            {
                                if(dst.options[k].value == value)
                                {
                                    flag=1;
                                }
                            }
                            if(flag==0)
                            {
                                dst.options[dst.options.length]=new Option(text, value);
                                if(selected == 1)
                                {
                                    dst.options[dst.options.length-1].selected=true;
                                }
                            }

                        }
                    }
                }
            }
        }
        */

        function passSingleList(srcName, selected)
        {
            src = document.getElementById('single');
            dst = parent.frames['downright'].document.getElementById('chosen');
            if(src.selectedIndex < 0){ alert("Please select a " + srcName); return;}
            for(j=0; j<src.options.length; j++)
            {
                if(src.options[j].selected==true)
                {
                    flag = 0;
                    for(k=0; k<dst.options.length; k++)
                    {
                        if(dst.options[k].value == src.options[j].value)
                        {
                            flag=1;
                            if(selected == 1)
                            {
                                dst.options[k].selected=true;
                            }
                        }
                        else
                        {
                            if(selected == 1)
                            {
                                dst.options[k].selected=false;
                            }
                        }
                    }

                    if(flag==0)
                    {
                        dst.options[dst.options.length]=new Option(src.options[j].text, src.options[j].value);
                        if(selected == 1)
                        {
                            dst.options[dst.options.length-1].selected=true;
                        }
                    }
                }
            }

        }

A: Your source seems to contain parts, which are not selectable in the line:
src_array[g] = document.getElementById(src_array[g]);

to get rid of the problem you could insert the follwing:
src_array[g] = document.getElementById(src_array[g]);

if(src_array[g] != undefined) {
    if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}
}

This will fix your problem IF your problem isn't a wrong src entry.
ofcourse, you would then also need to change your further code - for example you shouldnt go for src_array[0] directly - without checking whether it is undefined or not
update: since i don't know the purpose of your code, i ll try to complete it as far as i can - IMPORTANT: this won't fix the fact that your first element is undefined. Something in your src is wrong OR the element does not exists even though it should.
function passMultiList(src, selected)
{
    dst = parent.frames['downright'].document.getElementById('chosen');
    var src_array = src.split("_");

    for(g=0; g<src_array.length; g++){
        src_array[g] = document.getElementById(src_array[g]);
        if(src_array[g] != undefined) {
            if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}
        }
    }
    if(src_array[0] != undefined) {
      for(i=0; i<src_array[0].options.length; i++){
        if(src_array[0].options[i].selected==true){
            var text = src_array[0].options[i].text;
            var value = src_array[0].options[i].value;
            if(src_array.length==1){
                flag = 0;
                for(k=0; k<dst.options.length; k++)
                {
                    if(dst.options[k].value == value)
                    {
                        flag=1;
                    }
                }
                if(flag==0)
                {
                    dst.options[dst.options.length]=new Option(text, value);
                    if(selected == 1)
                    {
                        dst.options[dst.options.length-1].selected=true;
                    }
                }
            } else {
                passList(src_array, 0, text, value, selected);
            }
        }
      }
   }
}

You could however try to fix this by pushing the correct entries into a new array:
var src_pushed = [];

...
if(src_array[g] != undefined) {
    src_pushed.push(src_array[g]);
            if(src_array[g].selectedIndex < 0){ alert("Please select a " + src_array[g].name); return;}
}

...
 for(i=0; i<src_pushed[0].options.length; i++){

...

A: I finally worked out what was causing the issue:
IE 11 is expecting an id to be passed through whilst older versions of IE didn't require this.
To fix this I changed:
<option value="{entity_id}"><xsl:value-of select="name"/></option>

To
<option **id="src_array[g]"** value="{entity_id}"><xsl:value-of select="name"/></option>

redpajama_set_name: RedPajamaStackExchange


text:
Taragotul este denumirea a două instrumente de suflat din lemn distincte: un vechi instrument maghiar (cu ancie dublă și lipsit de clape, folosit pentru a emite semnale de luptă) și un altul, inventat în jurul anului 1900 pentru a suplini vechiul instrument (construit pe modelul saxofonului sopran – deci cu ancie simplă), evident instrumentul care a stat și la baza folclorului românesc.

În România, taragotul este foarte popular în majoritatea regiunilor, în special în zona Banatului și a Transilvaniei. El a fost adus din Ungaria în anii 1920.

Primul taragotist român a fost Nicolae Luță Ioviță, originar din Banat. Unul dintre cei mai apreciați taragotiști este românul Dumitru Fărcaș. Pera Bulz, taragotist din Vața de Jos (Taraful de la Vața) are distincția "Tezaur Viu" oferită de UNESCO în 2014 pentru întreaga sa carieră muzicală. Alți artiști care și-au dedicat viața taragotului, au fost celebrul Nelu Stângă (d. 1997), Ionel Coza (ambii colegi cu Pera Bulz la ansamblul folcloric Doina Crișului din Brad), Luca Novac (Banat), frații Iosif și Cosmin Golban din Chisoda (Banat).

Fabrica din Ungaria care producea taragoturi a fost ulterior închisă, dar prin anii '80 a fost deschisă o altă fabrică în București. Nici aceasta nu a funcționat prea mult și mai târziu a fost închisă.

Taragot

redpajama_set_name: RedPajamaWikipedia


text:
Samir Handanović, född 14 juli 1984 i Ljubljana, Jugoslavien, är en slovensk fotbollsmålvakt som spelar för Inter i Serie A.

Klubbkarriär
Under säsongen 2010/2011 i Serie A räddade han totalt sex straffar, vilket gav han ett delat ligarekord. Han spelade mellan 2004 och 2012 för Udinese, vilka han i augusti 2011 skrev på ett nytt femårskontrakt med. Den 4 juli 2012 blev han klar för Inter i Serie A. Övergången om Handanovič gick på 11 miljoner euro.

Landslagskarriär
Handanovič spelade 81 landskamper för Slovenien. Han gjorde sin debut den 17 november 2004 i en match mot Slovakien. Han spelade även för Slovenien i världsmästerskapet i fotboll 2010.

Privatliv
Hans föräldrar är av bosnisk härkomst. Hans äldre kusin, Jasmin Handanovič spelar för Maribor i Prva Liga. De har båda spelat som målvakt i det slovenska landslaget. Handanovič är i en långvarig relation med den tidigare KK Olimpija cheerleadern Zoja, som han har sonen Alen med, född den 19 januari 2011.

Referenser

Spelarprofil – NZS

Noter

Slovenska fotbollsmålvakter
Slovenska landslagsspelare i fotboll
Italienska mästare i fotboll
Spelare i NK Domžale
Spelare i NK Zagorje
Spelare i Udinese Calcio
Spelare i Treviso FBC 1993
Fotbollsspelare i SS Lazio
Spelare i Rimini Calcio
Spelare i FC Internazionale Milano
Spelare i Prva slovenska nogometna liga
Spelare i Serie A
Spelare i Serie B
Spelare i VM i fotboll 2010
Födda 1984
Levande personer
Män
Personer från Ljubljana
Slovenska idrottare under 2000-talet