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Call to Schedule a Demo
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Remote Guarding
Security Briefs
School & Campus
Tech Feature
New School Year, New School Solutions
The end of summer is approaching quickly, and as students are heading back to school, the national conversation surrounding school security remains at the forefront. Parents, teachers, lawmakers, and administrators are all seeking new methods of keeping students safe. As institutions investigate new or enhanced security systems, the innovative application of existing and emerging technologies could be a simple answer to their looming security questions. Edgeworth Security is working with several school districts to install proactive, state of the art school security systems that feature high-tech cameras with built-in facial recognition and night vision. These systems not only record incidences but also send live feeds to faculty's mobile devices. Beyond installing advanced security systems, Edgeworth's Remote Guarding, a comprehensive combination of security technologies with built-in AI coupled with live-monitoring from highly trained agents, can provide schools with much needed preventative security.
School security is a complex and constantly evolving landscape on both K-12 and college campuses. There are many areas of ingress and egress to cover, too many for only a single security guard or even team of security guards to effectively cover. Remote Guarding overcomes this limitation to provide comprehensive campus coverage. The battle to save lives starts long before the front door. A proactive security solution like Remote Guarding can recognize an impending threat before a dangerous incident occurs. Through the elements of Digital Line Barriers, Smart Cameras, and Voice Down Live Communication combined with years of experience, Edgeworth's Remote Guarding is uniquely positioned to effectively and proactively tackle campus security.
Potential threats can come from either inside or out, and Remote Guarding can assess them in real-time. These potential threats are identified with digital alerts and handled through real-time live monitoring. When authorities responded to reports of an active shooter at Marjory Stoneman Douglas High School in Parkland, Florida on February 14, 2018, they didn't know the feed from the school's security cameras was delayed by approximately 20 minutes.* This delay made the precarious job of the first responders more difficult due to a lack of pertinent information. Edgeworth's state of the art technology provides real-time management of events, free from any delays. Edgeworth's people, processes, and technology, as well as our relationships with law enforcement, mean that first responders have the critical information they need as incidents unfold. This accurate, in-the-moment information helps mitigate chaos and bring incidents to a faster conclusion.
The hope is that there is never a security event at any campus. However, administrators need to be prepared for every possibility. Edgeworth's Remote Guarding can identify and track a perpetrator anywhere on campus. Our highly trained agents can communicate with students and staff, so they know if they need to hunker down or it is safe to evacuate a dangerous area. Beyond active crisis communication, Edgeworth's implementation of panic buttons and door securing mechanisms can isolate, or even neutralize, a potential danger.
Securing campuses has become a necessity in the 21st century. Leveraging decades of experience, Edgeworth can achieve the highest level of safety without making a place of learning look and feel like a prison. Through thoughtful implementation and integration of an Edgeworth-designed security system, the normal happenings of campus life can continue unencumbered, while ensuring that potential threats are prevented where possible and effectively managed where unpreventable.
If you are interested in learning more about how Edgeworth can secure your campus, please contact us for a security consultation.
Edgeworth Helps Bay Area Schools Install Proactive Security Solutions
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The beautiful Ivorian model who have walked the runway of top fashion shows and modeled for top designers in Cote D'voire has been selected as Miss West Africa Cote D'voire. princess broke a 25 year old passionate model is much determined to push her career by taking the crown as this year's event is set to finally happen in Cote D'voire.
she loves anything art and her personality says it all.


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Home Sports Ronaldo Predicts Team Likely To Win World Cup
Ronaldo Predicts Team Likely To Win World Cup
Portuguese forward, Cristiano Ronaldo
Embattled Manchester United star, Cristiano Ronaldo has predicted that Brazil, Argentina or France could emerge winner of the 2022 FIFA World Cup in Qatar.
The Portuguese forward claim the teams he predicted have the biggest chances of winning the World Cup.
He emphasizes however that his team also has enormous chances to win the tournament but momentum needs to be developed from the first game against Ghana.
The Portuguese star confirmed his readiness to take part in the World Cup, indicating that he has already recovered, and feels ready to play in his fullest capacity.
According to Ronaldo, winning the World Cup would be magical, adding that it is what his team will be out for.
As for the teams nominated to take the cup home, Ronaldo said that Brazil, Argentina and France have the best chances, as well as Spain and Germany, not to mention that in UEFA Euro 2016 the Portuguese team was able to surprise and impose ourselves.
The Portuguese national team will play in the FIFA World Cup Qatar 2022 in Group H with the national teams of Ghana, Uruguay and South Korea, starting its campaign by playing against Ghana next Thursday at Stadium 974. (QNA)
See also UEFA Qualifiers For 2022 FIFA World Cup (See Fixtures, Time For Sunday September 5 2021)
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redpajama_set_name: RedPajamaCommonCrawl


If like me, your want a rare book shop to be small and full of mouth watering volumes, and the sort of place you would like to spend hours poking around, then look no further, WychWood Books in Stow-on-the Wold is for you.
It has a cosy, literary atmosphere which is sadly lacking in today's chain store bookshops, where everything is marketed according to a sales formula, and there is nothing personal or unique on offer. Here every book you pick up you'd like to own.
Stow-on-the Wold has had a revival and is no longer just a place where Americans head to for antiques. There are small, unique shops offering all sorts of desirables. Just next door to WychWood Books, is a chocolate shop, Melt, where all the chocolates are made by hand with the darkest cocoa ever from Venezuela.
Munching a chocolate covered ginger, I walked into WychWood Books and fell in love. I wanted to sit down and start thumbing through beautifully illustrated old books. The shop is owned and run by Lucy and Henry Baggott, who were born in Stow and are the children of a local antique dealer who has the shop next door. They specialize in beautiful second-hand and antiquarian books. You can find anything from a copy of the 2004 hit The Kite Runner, by Khaled Hosseini, to a 1701 copy of Camden's Britannia, which is the first topographical and historical study of Britain and their current pride and joy.
The books are displayed meticulously on bespoke shelves with comfortable armchairs nearby, should you wish to delve a little further. Each book is chosen with care and consideration and all are in excellent condition. The stock ranges from early traditional leather-bound tomes to more recent paperbacks, but if you don't know what you are looking for, Henry and Lucy are on hand to guide you through the collection. The brother and sister team can also source absolutely anything, from a sought-after first edition to something long out of print. They take a particular interest in architecture, antiques, illustrated and children's books, and when I was there I was attracted to an appealing hardback copy of Barbar's French Lessons on display. Their range is eclectic and far-reaching so there should be something for everyone.
Pop in and have a scout about or wait until one of their book events, where you can combine book browsing with a glass of wine and the chance to walk about and discover what Stow has on offer these days. I challenge you to find a more delightful rare book shop anywhere!


or to perform any alterations to existing artwork.
We like 3mm bleed if an element of an artwork touches the edge of the page.
Our artroom likes print ready files in PDF format. All artwork is to be 300dpi CMYK with any transparency and fonts flattened. (Compatible with Acrobat 3) to avoid any colour shift in the output.
Any native jobs should be compressed before you send them via email.
For files larger than 10Mb we suggest using Dropbox – Easy to use, free and you can send files up to 100MB.
Post or Courier – We can except CD, DVD or USB.
Don't hesitate to contact us at info@onetooneprinting.com.au if you have any further questions or require information about how to get your files ready to print at the best quality in the least amount of time.


The Massachusetts Caucus of Women Legislators was established in 1975 with a mission to enhance the economic status and equality of women and to encourage and support women in all levels of government.
Women's caucus members at the 2019 "go red for women' day at the state house to raise awareness about women's heart health.
Based on the current legislative session, the Caucus has Senate and House co-chairs. Senator Cindy Friedman and Representative Liz Malia will serve as co-chairs through the end of the 2019-2020 legislative session.
Currently, 28.5% of the Massachusetts legislature is comprised of women. There are 11 female state senators and 46 female state representatives, all of whom are members of the caucus.
governor charlie baker signs an act to establish pay equity into law on monday, august 1, 2016! Watch the video here.
The caucus aims to be a resource for all women in Massachusetts. We have compiled a comprehensive list of various organizations and resources from around the Commonwealth that can assist in matters ranging from health care to business.


Saturday night prime-time hit The Voice will not return to the BBC in 2017 after being bought by ITV, it was announced this weekend.
Given a fall in ratings the current The X Factor series, in which it has consistently lost out to the BBC's Strictly Come Dancing, rumours are circulating about the future of ITV's flagship talent show. The news has led many to wonder if The Voice - also a singing contest - will replace Simon Cowell's hit series, which has been running since 2004.
The show has been broadcast on the BBC since 2012, when it won the rights in a £20million deal, a decision that was criticised by the culture secretary John Whittingdale, who expressed doubts over that use of licence fee payers' money.
Earlier this year, ex-judge on The Voice Rita Ora was "poached" by Simon Cowell and joined ITV as a judge on The X Factor.
X Factor winners – where are they now?


Honestly, Chris is just a real person online. He has one of the most popular blogs for online marketing, social media, etc. If you reach out to him he'll give you his thoughts. He writes and a great blog, and does some video too. If you are entering the social media space/game Chris is definitely one to follow. Check out his book Trust Agents as well. It will open your eyes.


Senior Correspondent Stephanie Yuhl is a historian and professor of history at Holy Cross College in Worcester, MA. She earned her PhD in US history from Duke University and teaches courses on 20th-century United States cultural and social history, women's history, southern history; and public history. She has published articles in the Journal of Southern History and The Public Historian, as well as in several collections of essays. Stephanie is the author of the book, A Golden Haze of Memory: The Making of Historic Charleston (University of North Carolina Press, 2005). This work was awarded both the 2006 Willie Lee Rose Prize from the Southern Association of Women's Historians for the best book published in southern history in 2006 by a woman and the 2006 Historic Preservation Book Prize. She is currently working in a project studying the lives of US women military veterans. You can follow Stephanie on Twitter @StephanieYuhl.


Tonight is all about dude comedies or what I call "buddy-buddy" movies on TV like Old School, Wedding Crashers, & Step Brothers. These were movies I've been meaning to see for a while and they just happened to be airing all in the same night! This coincidence of awesome is my SPOTD.


The pre-study will be the basis for composing a long term strategy for a partnership between NOUSPR and SMH. It will uncover NOUSPRs strengt and weaknesses and examine the method to build a sustainabel organization which is able to improve life for people with a psychiatric diasbility in Rwanda. The main subject in the pre-study will be to uncover and agree on commen values, on organizational analysis, and LFA log frame.


You have been invited to a masquerade party? You wish to share an activity with your children? Follow the instructions below to make authentic carnival masks. Children will love making and wearing this fun accessory, and parents will too.
Whether you are wearing a mask for a party or a carnival, the creative possibilities are endless. You can add plenty of decorations on your mask such as feathers, sequins, ribbons or any other embellishment.


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Roads of the Mid-South & West > Highways of the State of Illinois > Triple Number U.S. Federal Highways of Illinois > U.S. Federal Route 136, Illinois > U.S. Federal Route 136; Mc Lean County, Illinois
U.S. Federal Route 136
Mc Lean County
U.S. Federal Route 136 runs east-west across the far-southern portion on Mc Lean County. For the most part, this route is a straight two-lane highway.
U.S. Rt. 136 passes through the following towns in Mc Lean County.
Heyworth
U.S. Rt. 136 is not multi-plexed in Mc Lean County.
U.S. Rt. 136 intersect the following highways in Mc Lean County.
Interstate 55, at Mc Lean.
U.S. Rt. 51, at Heyworth.
Interstate 74, near Le Roy.
U.S. Rt. 150, near Le Roy.
Illinois State Route 54, near Bellflower.
EB U.S. Rt. 136 at the Mc Lean/Logan County Line.
EB U.S. Rt. 136 west of Mc Lean.
A EB guide marker.
A street sign in Mc Lean.
EB U.S. Rt. 136 at the UPRR crossing in Mc Lean.
EB U.S. Rt. 136 near I-55 in Mc Lean.
A BGS on NB I-55.
A BGS on SB I-55.
A mileage chart on EB U.S. Rt. 136.
EB U.S. Rt. 136 west of Heyworth.
A BGS on NB U.S. Rt. 51.
WB U.S. Rt. 136 west of I-74.
A BGS on EB I-74.
EB U.S. Rt. 136 near the Champaign/Mc Lean County Line.
WB U.S. Rt. 136 at the Champaign/Mc Lean County Line.


I just received a message from our team to say that they have had a really enjoyable day out "in the bush", relaxing and seeing all sorts of wild critters. They have had dinner and are starting to make their preparations to begin their travels home tomorrow.
Please pray for on-time flights, good connections and friendly border officials!


text:
from __future__ import unicode_literals

from django.db import models
from django.utils import timezone

from taggit.managers import TaggableManager

class Feedback(models.Model):
    fid = models.CharField(max_length=50)
    creation_date = models.DateTimeField(
        default=timezone.now,
        blank=True
    )
    question_asked = models.TextField()
    message = models.TextField(blank=True)
    tags = TaggableManager(blank=True)

redpajama_set_name: RedPajamaGithub


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Edward Norton Lorenz (West Haven (Connecticut), 23 mei 1917 – Cambridge (Massachusetts), 16 april 2008) was een Amerikaans wiskundige en meteoroloog. Hij was onder meer hoogleraar meteorologie aan het MIT.

Lorenz was van huis uit wiskundige; hij bestudeerde deze wetenschap aan Dartmouth College en de Harvard-universiteit. Zijn carrière in de meteorologie begon in de Tweede Wereldoorlog, toen hij weersvoorspeller was voor het US Army Air Corps. Hij studeerde vervolgens meteorologie aan het Massachusetts Institute of Technology (MIT), promoveerde er en werd er vervolgens hoogleraar. Ook na zijn pensionering in 1987 bleef Lorenz actief in het onderzoek naar de atmosfeer.

In een poging het weer te voorspellen ontdekte hij in zijn computermodel dat door een minieme afwijking zeer afwijkende resultaten verkregen konden worden. Deze gevoelige afhankelijkheid van startcondities werd bekend als het vlindereffect. Hiermee legde hij de basis voor zijn werk Deterministic Nonperiodic Flow, een standaardwerk in de chaostheorie. Ook de Lorenz-aantrekker is naar Lorenz genoemd. Het is een van de bekendste voorbeelden van een vreemde aantrekker (strange attractor).

Op 12 mei 2004 ontving Edward Lorenz de Gouden Lomonosov-medaille en de twaalfde Buys Ballotmedaille. Hij kreeg de prijs voor zijn bijdrage aan de wetenschap op het gebied van weer- en klimaatvoorspellingen.

Edward Lorenz overleed op 90-jarige leeftijd in zijn woning in Cambridge.

Werk
De berekeningen waarmee numerieke weersverwachtingen worden verkregen, zijn deterministisch van aard: uit de toestand van de aardatmosfeer op een bepaald ogenblik en een wiskundig model voor de ontwikkeling in de tijd van die toestand verkrijgt men een berekende toestand voor een willekeurig tijdstip in de toekomst. In de sterrenkunde levert deze werkwijze vrijwel perfecte toekomstverwachtingen op, soms voor zeer lange tijd vooruit. Voor systemen die bestaan uit zeer veel deeltjes, zoals de atmosfeer, is de situatie minder gunstig: men verkrijgt, ook voor de lange termijn, wel rekenresultaten, maar die zijn slechts binnen een beperkte 'voorspelhorizon' bruikbaar als verwachtingen en ook binnen de voorspelhorizon worden geen perfecte verwachtingen verkregen. Laplace noemde reeds de oorzaak hiervan: alleen een superieure geest (niet de mens !) zal de uitgangstoestand voor zo'n systeem zo goed kunnen bepalen en de betreffende wetten zo goed kennen dat de veranderingen in de toestand voor lange tijd vooruit zeer goed voorspeld kunnen worden.

Lorenz ontdekte door een toeval een categorie van fysische systemen waarbij de mogelijkheden voor goede verwachtingen door berekening nog door een bijzondere oorzaak beperkt worden. Hij onderzocht omstreeks 1960 op het Massachusetts Institute of Technology de mogelijkheden om met behulp van eenvoudige atmosfeermodellen statistische verwachtingsmethoden te ontwikkelen. Toen hij bij het herhalen van een berekening de invoergegevens afrondde tot drie cijfers achter de komma in plaats van tot zes cijfers, ontdekte hij dat het resultaat van de berekening nu sterk afweek van het oorspronkelijke resultaat. Kennelijk was er sprake van een bijzondere gevoeligheid van de rekenresultaten voor kleine verschillen in de begintoestand.

Louis Pasteur heeft opgemerkt dat het toeval vaak te hulp komt aan hen die daarop het best zijn voorbereid. Dit was hier het geval. Als begaafd wiskundige kon Lorenz zelf het onderzoek naar de oorzaak van de 'bijzondere gevoeligheid' met succes ter hand nemen. Hij zag spoedig in dat de bijzondere gevoeligheid moest worden toegeschreven aan de niet-lineaire betrekkingen die voorkwamen in het vergelijkingenstelsel waarvan hij de eigenschappen onderzocht. Een van zijn leermeesters was -toevallig- G.D. Birkhoff (1884-1944) die in het voetspoor van Henri Poincaré (1854-1912) veel onderzoek had verricht op het gebied van de niet-lineaire vergelijkingen. Poincaré had zelfs reeds omstreeks 1880 aan de hand van een voorbeeld op de mogelijkheid van de 'bijzondere gevoeligheid' gewezen. Daaraan was weinig aandacht besteed zodat Lorenz dit verschijnsel moest herontdekken.

Atmosfeer bijzonder gevoelig voor kleine verstoringen
De atmosfeer behoort tot de categorie van systemen met deze bijzondere gevoeligheid. Lorenz en de onderzoekers die zijn werk voortzetten zijn tot de conclusie gekomen dat voor berekende weersverwachtingen de voorspelhorizon ongeveer overeenkomt met de levensduur van de weersystemen op de gematigde breedte, die één à twee weken bedraagt. Voor verwachtingen met een langere termijn is een zo grote dichtheid van het waarnemingsnetwerk en een zo gedetailleerde kennis van de atmosferische fysica nodig dat die niet te realiseren zijn, over welke hulpmiddelen men in de toekomst ook zal beschikken. (We merken hierbij op dat het gaat om gedetailleerde weersverwachtingen. Voor grootheden als een gemiddelde temperatuur zijn de perspectieven voor verwachtingen op langere termijn gunstiger, wegens de invloed van langzaam veranderende randvoorwaarden, zoals de zeewatertemperatuur).

Het werk van Lorenz had belangrijke gevolgen voor de verdere ontwikkeling van de numerieke verwachtingsmethoden. Als gevolg van het werk van Lorenz wordt de toenemende rekencapaciteit van de computers niet langer meer vooral gebruikt voor pogingen om de verwachtingstermijn te verlengen, maar meer voor het verbeteren van de kwaliteit van de verwachtingen binnen de voorspelhorizon. Modellen die slechts een beperkt gebied beslaan zijn dan zeer nuttig naast de grootschalige modellen. Voorts ging men systematisch aandacht besteden aan verwachtingen omtrent de mate van de onnauwkeurigheid waarmee weersverwachtingen behept zijn. Hiertoe ontwikkelde men de zogenaamde ensemble methode, een werkwijze die zeer veel rekencapaciteit vereist. (In de meteorologie worden steeds de krachtigste computers gebruikt die verkrijgbaar zijn).

De bekendheid van Lorenz buiten de meteorologie
Onafhankelijk van Lorenz, en enkele jaren later, werd door wiskundigen en natuurkundigen de bijzondere gevoeligheid voor de begincondities bij berekeningen aan sommige deterministische fysische systemen ook ontdekt, het eerst bij turbulente vloeistofstromen. Toen men kennisnam van het overeenkomstige eerdere werk van Lorenz erkende men deze als een belangrijke pionier. Tot de bekendheid van Lorenz buiten de meteorologische wereld heeft bijgedragen dat hij aantoonde dat de bijzondere gevoeligheid reeds kan voorkomen bij betrekkelijk eenvoudige systemen. Hij beschreef de eigenschappen van een vergelijkingenstelsel met slechts drie veranderlijken. Dit voorbeeld kreeg grote bekendheid omdat de rekenresultaten dan in tekening gebracht kunnen worden. Dit maakte publieksvoorlichting mogelijk over het wiskundige onderzoek aan niet-lineaire dynamische systemen, dat een hoge moeilijkheidsgraad heeft. Zo maakt men bij veel-deeltjes systemen gebruik van abstracte 'toestandsruimten' met soms miljoenen dimensies.

In de toestandsruimte wordt de toestand van het systeem weergegeven door één punt zodat de toestand in de loop der tijd een lijn beschrijft. Bij het eenvoudige systeem van Lorenz bleek een projectie van de baan in een tekenvlak een vlindervorm te bezitten waarmee belangrijke eigenschappen van systemen met bijzondere gevoeligheid duidelijk gemaakt kunnen worden.

De biologische vlinder van Lorenz, een fabeldier
Naast de hierboven behandelde wiskundige vlinder van Lorenz ontstond in 1972 een 'biologische' vlinder van Lorenz. Lorenz hield in dat jaar een korte voordracht voor een gezelschap van financiers van wetenschappelijk onderzoek. Hij legde er de nadruk op dat in de atmosfeer kleine storingen soms snel kunnen uitgroeien tot belangrijke veranderingen in de weersituatie en dat het onderzoek naar de omstandigheden waaronder dat volgens de nieuwere inzichten kan plaatsvinden kosten met zich mee zou brengen. Door de organisator van de bijeenkomst werd voor de voordracht als titel bedacht de vraag: "Predictability: Does the Flap of a Butterfly's Wings in Brazil Set Off a Tornado in Texas ?" De tekst van de voordracht werd niet gepubliceerd en de 'vlinder' ging als het vlindereffect een eigen leven leiden. Zo heeft men aan Lorenz wel de mening toegeschreven dat deze vraag bevestigend beantwoord moest worden.

In 1993 heeft Lorenz de tekst van de voordracht opgenomen in zijn autobiografisch getinte boek 'The Essence of Chaos'. Daaruit blijkt dat de vlinder een 'fabeldier' is, een metafoor waarmee men wilde benadrukken dat in de atmosfeer kleine storingen, die een kleine verandering brengen in de toestand op een bepaald ogenblik, moeilijk voorspelbare gevolgen kunnen hebben voor het weersverloop. We kunnen denken aan de precieze plaats waar een tornado of een nieuwe depressie zal ontstaan.

In navolging van de Amerikaanse wiskundige Yorke spreekt men bij onregelmatig gedrag van deterministische systemen wel van 'deterministische chaos'. Daarmee werd de betekenis van het begrip chaos uitgebreid. Chaos betekende voorheen het ontbreken van iedere ordening, terwijl bij deterministisch chaotische systemen karakteristieke structuren kunnen optreden. Een voorbeeld van dergelijke structuur in chaos zijn de verschillende circulatiesystemen in de atmosfeer en de structuren in de bewolking.

Toegepaste wetenschap
Het uitgeven van weersverwachtingen heeft geleidelijk aan steeds meer een wetenschappelijk karakter gekregen. Pas nu de weersverwachtingen door middel van de ensemblemethode van een onzekerheidsmarge worden voorzien en er door het moderne onderzoek naar de eigenschappen van de niet-lineaire dynamische systemen voor de wisselvalligheid van het weer een theoretische verklaring gevonden is, kunnen de meteorologen zich met recht verweren tegen de opvatting van degenen die in het verleden het uitgeven van weersverwachtingen niet als een tak van wetenschap beschouwden, maar als een 'techniek' met veel subjectieve elementen en met slechts een beperkte wetenschappelijke achtergrond.
Vooral dankzij Lorenz kan de operationele meteorologie nu als 'toegepaste wetenschap' worden beschouwd, wat reeds een hartenwens was van Buys Ballot, een reden om Lorenz in 2004 de Buys Ballot medaille uit te reiken.

Externe link
 Homepage E.N. Lorenz

Amerikaans hoogleraar
Amerikaans wiskundige
Amerikaans meteoroloog
Gouden Lomonosov-medaille
20e-eeuws wiskundige

redpajama_set_name: RedPajamaWikipedia


text:
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace JhinBot.Services
{
    class WelcomeConversationService
    {
    }
}


Rutva Solanki will begin second grade at Trailwood as a Junior Olympic Stacking medalist. Solanki is a member of the Trailwood Stacking Club and learned to stack in physical education classes.
Solanki placed second this summer at the World Sport Stacking Association Junior Olympics in his age division.
"This is definitely a unique and well-earned recognition," Kathy Zink, PE teacher said.
Speed stacking involves stacking 9 or 12 specially designed cups in pre-determined sequences. Players compete against the clock or another player. The sport is included in the elementary PE curriculum and can be played as an individual or team sport.
Solanki participated in the Shawnee Mission districtwide tournament and advanced to participate in the Central Region Tournament in Wichita last May. This was a sanctioned tournament that follows protocol established by the World Sport Stacking Association (WSSA). If a competitor qualifies for the finals in a sanctioned tournament, he or she receives an invitation to the Junior Olympics. Solanki's family accepted the invitation and signed him up for the Junior Olympics hosted in Des Moines in July.


10-Gigawatt Mirror Power Sources could be used to convert seawater into fresh water to turn the deserts into forest, agriculture land, or thriving communities as shown below.
Key Milestones are start design in 2023, manufacture in 2024, operate and test in 2025, and Sell in 2026.
The 10-Gigawatt Mirror Power Plants could also be used for Energy Parks for heavy industrial and manufacturing.
Key Milestones are start design in 2024, construct in 2025, install in 2026, and operate in 2027.
10 Gigawatt Mirror Power Plants would use 2 kilograms of mirror matter. The Mirror Power plant will generate electricity without producing pollution. Off peak power will be used to produce oxygen for commercial applications and hydrogen for motor vehicles and two new sources of income.


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{April 1, 2014} {Cover Reveals and Giveaway} Crows Row and Scare Crow by Julie Hockley
Crows Row (Crows Row #1)
(Re-edited & new content!)
Release Date: April 11th 2014
For college student Emily Sheppard, the thought of spending a summer alone in New York is much more preferable than spending it in France with her parents.
Just completing her freshman year at Callister University, Emily faces a quiet summer in the city slums, supporting herself by working at the campus library.
During one of her jogs through the nearby cemetery while visiting her brother Bill's grave, Emily witnesses a brutal killing—and then she blacks out. When Emily regains consciousness, she realizes she's been kidnapped by a young crime boss and his gang.
She is hurled into a secret underworld, wondering why she is still alive and for how long.
Held captive in rural Vermont, she tries to make sense of her situation and what it means. While uncovering secrets about her brother and his untimely death, Emily falls in love with her very rich and very dangerous captor, twenty- six-year-old Cameron. She understands it's a forbidden love and one that won't allow her to return to her previous life.
But love may not be enough to save Emily when no one even knows she is missing.
Scare Crow
(Crows Row #2)
Nineteen-year-old Emily Sheppard is losing her sanity.
Ever since her mob king boyfriend, Cameron Hillard, abandoned her for her own good, Emmy has been attempting to move on with her charmed college student life as if nothing happened. Now rejected from the underworld and left grieving over Cameron's alleged death, Emmy realizes she belongs nowhere. Worse yet, she is now keeping a dangerous secret.
After just a short time with Emily, Cameron has lost control over his world.
As he miserably attempts to return to what is left of his life and unravel the mess he has made of the underworld, Emily's hate turns to desperation. She needs to kill the kingpins responsible for Cameron's death before they come looking for her. As Cameron secretly observes Emily, he has no idea of the danger he has placed her in—or that it may already be too late for him to save her.
Scare Crow is a tale of revenge, terror, and love as Emmy and Cameron embark on separate journeys to face enemies, correct past mistakes, and………….. find their way to their destinies.
A former germaphobe and clean-freak turned mother of two, Julie collects enough tears and snot in a month to recreate Slimer Monster from Ghostbusters. Other than playing devoted wife and mama, Julie is the funniest person in the room (according to the 3 year-old and 2 year-old in said room) and can build the most awesome Lego rocket ship you've ever set your eyes on (according to her). Oh, and she has a full time career and has also written a bestselling novel. Superhero, or just downright insane?
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ABookVacation @ 5:00 am [filed under Cover Reveals, giveaways tagged Awesomesause, Cameron, Crow's Row, death, Emily Sheppard, Julie Hockley, Kidnapping, Mob Boss, MUST READ, Perfect, romance, Scare Crow Comments Off on {Cover Reveals and Giveaway} Crows Row and Scare Crow by Julie Hockley