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ALL GUILTY PLEAS IN THE JUNE 14 2016 OCEAN VIEW BAR ROBBERY

first_imgFacebook Twitter Google+LinkedInPinterestWhatsAppThree children and a boy barely an adult could spend time in jail for a cruel robbery in Grand Turk, where a barmaid was struck in her head with a baseball bat and money was stolen.  If our juvenile center never before had long term tenants, it seems poised to now get some.  Sadly, Police today report that a 14 year old, two 17 year olds and an 18 year old all say they are guilty of the incident from June 14, 2016 when shortly after midnight, the four entered the Ocean View Bar on West Road in Grand Turk and robbed it, but not before violently attacking the female attendant.  She was struck in her head and about her arms with a bat by these boys, who now offer no challenge on the crime and have to see what a judge says about the time they will spend in prison.  The four – including Jerry Dossou and Tashawn Higgs, both 17 and Brian Blenman, 18 – were arrested and charged four days after the armed robbery, where Police say they dressed the part – all in black and took the cash register earnings and the woman’s handbag before running off.  The four will be sentenced on October 7, 2016. Facebook Twitter Google+LinkedInPinterestWhatsApp Related Items:4 boys rob bar in Grand Turk, Ocean View bar robbery, woman violently attacked in Grand Turk bar robberylast_img read more

GRAMMYConnect Presents 6 Degrees From Brandi Carlile

first_imgNews GRAMMYConnect Presents: 6 Degrees From Brandi Carlile 6 Degrees From Brandi Carlile With GRAMMYConnect grammyconnect-presents-6-degrees-brandi-carlile We put the seven-time GRAMMY nominee together with GRAMMYconnect.com for an IBM Watson-fueled exploration of the talented and powerful people who contributed to her careerthe GRAMMYsGRAMMYs Feb 5, 2019 – 11:36 am Over the course of their careers, GRAMMY-nominated artists intersect with hundreds—maybe thousands—of fellow musicians, producers, and other industry professionals. Many have a chance to work with entertainers outside the music industry, or even a politician or two.Given a typical GRAMMY-nominated artist’s far-reaching network, we thought it would be fun to explore a few of these connections with folk-rock singer/songwriter Brandi Carlile, who is nominated for six GRAMMYs this year. To help facilitate the conversation, we used GRAMMYconnect.com, our AI-powered site developed in partnership with IBM.”It was really cool to kinda stroll dowm memory lane and see so many of the people that have touched my live over the years,” says Carlile. “I even came across a few connections I didn’t know I had.”One of those hidden connections was with none other than Amy Schumer, the comedienne, actress, and activist who shares a passion for many of the same causes as Carlile. Turns out Schumer and Carlile were born on the same exact day: June 1, 1981. “I think it’s quite a compliment to share a birthday with somebody that exciting and funny, and of that depth,” says Carlile. The two actually met one time at a hotel swimming pool, when Brandi’s wife managed to get a laugh out of Schumer. “She made the funniest woman in America laugh.”Exclusive: Brandi Carlile On ‘By The Way, I Forgive You’ & “The Joke”That’s not the only surprising link GRAMMYConnect found to Carlile: The Washington-born singer also has deep ties to former President Barack Obama. Obama has included a few of Carlile’s songs on the favorites list he posts every year. Not only that, but he wrote the foreword to Cover Stories, Carlile’s 2017 album to benefit children of war.“I’ve got a lot of connection points with Barack Obama over the last eight to 10 years,” says Carlile. “There are so many ways he’s impacted my life… I think the most potent connection I have to him is that I proposed to my wife on the day that he came out as the first American president in support of marriage equality.”And here’s one that many of you probably missed: Brandi is connected to Bradley Cooper and Lady Gaga, due to her cameo in A Star is Born. In the scene, Cooper’s character, Jackson Maine, participates in a GRAMMY Awards tribute to Roy Orbison. Brandi plays herself, and takes the lead on vocals in the scene.  We also explored Carlile’s connections to Dolly Parton, who will be honored as the 2019 MusicCares Person of the Year at the L.A. Convention Center two nights before the 61st Annual GRAMMY Awards. Click Dolly’s name to find out how the two are connected! And while you’re at it, find out how Carlile connects to GRAMMY winners Pearl Jam, Elton John, Kacey Musgraves and Maren Morris.To explore more of Brandi’s connections, or the connections of more than 19,000 GRAMMY-nominated artists through the years, go to GRAMMYconnect.com. Then, be sure to watch the 61st GRAMMY Awards on Sunday, Feb. 10 on CBS.Read more Facebook Twitter Email last_img read more

Tapatalk wants to help your Google communities live on

first_img1:15 Now playing: Watch this: Comment Google+ communities can migrate to Tapatalk for free. Tapatalk Tapatalk’s forum app is offering a new home for soon to be platform-less Google+ communities. The company announced Wednesday that moderators and owners of communities can migrate their data to Tapatalk for free.Moderators or owners of Google+ communities can fill out a form to request a migration to Tapatalk, the company said in a release Wednesday. Users will see a preview of what their community will look like in Tapatalk Groups. Tapatalk can move all the content after being given moderator access and doesn’t need any of your backup files. After the migration, community members can log in to Tapatalk with Google Sign In. “We believe in the value of online communities and are committed to ensuring members of Google+ communities can continue to engage on the topics they are passionate about,” Winter Wong, CEO of Tapatalk, said in the press release. “We’re proud to enable this transition and support these communities with end-to-end migration services and a host of new added benefits that are proven to help online forums thrive.”Google announced the decision to shutter its social network Google+ last October after a massive data breach. Google said that between 2015 and March 2018, up to 500,000 users’ personal data was exposed. The company planned to sunset the network in August 2019.Two months later the company moved up the shutdown date to April 2019 after a bug affected more than 50 million users.  Here’s how to use Google’s Password Checkup tool 1 Tags Software Share your voicelast_img read more

ATM Fees Among The Highest In Houston

first_imgPublicDomainPictures.net Listen To embed this piece of audio in your site, please use this code: Sharecenter_img X ATM fees have gone up across the county for the past 14 years.In Houston, bank customers are paying on average $5.18 when they’re using other banks’ machines – the third-most nationwide.A survey by Bankrate.com looked at the 10 largest banks in 25 metro areas.Greg McBride, the company’s chief financial officer, said the bank that owns the ATM usually charges around $3.The issue is with what your own bank charges on top of that.“(In) many other parts of the country, we actually saw more accounts and more banks that were allowing their own customers to go outside the network for free,” he said. “You’d still pay the ATM owner but at least you wouldn’t pay your own bank. In Houston, that wasn’t the case.”To avoid costly charges, he said, you should only get cash at your own bank’s ATM or find out if your bank is part of a network that lets you access other machines for free. 00:00 /00:54last_img read more

Mach c Scientists observe sound traveling faster than the speed of light

first_img This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. Explore further For the first time, scientists have experimentally demonstrated that sound pulses can travel at velocities faster than the speed of light, c. William Robertson’s team from Middle Tennessee State University also showed that the group velocity of sound waves can become infinite, and even negative. To rephase the spectral components, the sound waves were sent through an asymmetric loop filter on a waveguide of PVC pipe, about 8 m long. The 0.65-meter loop split the sound waves into two unequal path lengths, resulting in destructive interference and standing wave resonances that together created transmission dips at regular frequencies. Due to anomalous dispersion (which changes the wave speed), sound pulses traveling through the loop filter arrived at the exit sooner than pulses traveling straight through the PVC. With this experiment, the group velocity could actually reach an infinitely small amount of time, although the individual spectral components still travel at the speed of sound. “We also achieved what is known as a ‘negative group velocity,’ a situation in which the peak of the output pulse exits the filter before the peak of the input pulse has reached the beginning of the filter,” explained Robertson. “Using the definition for speed as being equal to distance divided by time, we measured a negative time and thus realized a negative velocity.”It might not seem that a negative velocity would exceed the speed of light, but in this case, Robertson said, the speed of the pulse is actually much faster than c. “Consider the pulse speed in a slightly less dramatic case,” Robertson said. “Say the peak of the output pulse exits the filter at exactly the same time as the input pulse reaches the beginning. In this less dramatic case, the transit time is zero and the speed (distance divided by zero) is infinite. So we were beyond infinite! (‘To infinity and beyond,’ to steal a line from Toy Story.) In our experiment, we measured a negative transit time corresponding to a negative group velocity of -52 m/s.”Although such results may at first appear to violate special relativity (Einstein’s law that no material object can exceed the speed of light), the actual significance of these experiments is a little different. These types of superluminal phenomena, Robertson et al. explain, violate neither causality nor special relativity, nor do they enable information to travel faster than c. In fact, theoretical work had predicted that the superluminal speed of the group velocity of sound waves should exist.“The key to understanding this seeming paradox is that no wave energy exceeded the speed of light,” said Robertson. “Because we were passing the pulse through a filter, the sped-up pulse was much smaller (by more than a factor of 10) than the input pulse. Essentially, the pulse that made it through the filter was an exact (but smaller) replica of the input pulse. This replica is carved from the leading edge of the input pulse. At all times, the net energy of the wave crossing the filter region was equal to, or less than, the energy that would have arrived if the input pulse had been traveling in a straight pipe instead of through the filter.”Is this phenomenon simply the result of a clever set-up, or can it actually occur in the real world? According to the scientists, the interference that occurs in the loop filter is directly analogous to the “comb filtering” effect in architectural acoustics, where sound interference occurs between sound directly from a source and that reflected by a hard surface.“The superluminal acoustic effect we have described is likely a ubiquitous but imperceptible phenomenon in the everyday world,” the scientists conclude.Citation: Robertson, W., Pappafotis, J., Flannigan, P., Cathey, J., Cathey, B., and Klaus, C. “Sound beyond the speed of light: Measurement of negative group velocity in an acoustic loop filter.” Applied Physics Letters 90, 014102 (2007).By Lisa Zyga, Copyright 2006 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. Citation: ‘Mach c’? Scientists observe sound traveling faster than the speed of light (2007, January 17) retrieved 18 August 2019 from https://phys.org/news/2007-01-mach-scientists-faster.htmlcenter_img The ‘pulse’ of a volcano can be used to predict its next eruption In this schematic of the acoustical test system, the scientists could create superluminal group velocity of sound waves, as well as negative group velocity. In the latter case, the peak of the output pulse traveling through the loop filter exited the filter before the peak of the input pulse had reached the beginning of the filter. Image credit: Bill Robertson, et al. Past experiments have demonstrated that the group velocities of other materials’ components—such as optical, microwave, and electrical pulses—can exceed the speed of light. But while the individual spectral components of these pulses have velocities very close to c, the components of sound waves are almost six orders of magnitude slower than light (compare 340 m/s to 300,000,000 m/s).“All of the interest in fast (and slow) wave velocity for all types of waves (optical, electrical, and acoustic) was initially to gain a fundamental understanding of the characteristics of wave propagation,” Robertson told PhysOrg.com. “Phase manipulation can change the phase relationship between these materials’ components. Using sound to create a group velocity that exceeds the speed of light is significant here because it dramatically illustrates this point, due to the large difference between the speeds of sound and light.”The experiment was conducted by two undergrads, an area high school teacher and two high school students, who received funding by an NSF STEP (Science, technology, engineering, math Talent Enhancement Program) grant. The grant aims to increase recruitment and retention of students to these subjects.In their experiment, the researchers achieved superluminal sound velocity by rephasing the spectral components of the sound pulses, which later recombine to form an identical-looking part of the pulse much further along within the pulse. So it’s not the actual sound waves that exceed c, but the waves’ “group velocity,” or the “length of the sample divided by the time taken for the peak of a pulse to traverse the sample.” “The sound-faster-than-light result will not be a surprise to the folks who work closely in this area because they recognize that the group velocity (the velocity that the peak of a pulse moves) is not merely connected to the velocity of all of the frequencies that superpose to create that pulse,” explained Robertson, “but rather to the manner in which a material or a filter changes the phase relationship between these components. By appropriate phase manipulation (rephasing) the group velocity can be increased or decreased.”last_img read more