SACRAMENTO, Calif. — DeMarcus Cousins was more concerned with Sacramento’s defensive deficiencies than he was pleased by another big offensive night.Cousins scored nine of his season-high 39 points in overtime in his return from a stomach ailment, and the Kings rallied after blowing a lead late in regulation to hand the New York Knicks their seventh straight loss, 135-129 on Dec. 27.“We have to get back to being the real Kings,” Cousins said. “That’s wanting to defend at a high level, taking pride in actually playing defense. We can’t be a team that comes out every night and tries to outscore people. That’s not us.”Rudy Gay scored 29 points and Darren Collison added 27 points, 10 assists and a tiebreaking 3-pointer late in overtime for the slumping Kings.Sacramento had lost seven of its previous eight games, including four of five under interim coach Tyrone Corbin. But a matchup with the NBA’s second-worst team helped reverse that slide after the Kings blew a 14-point, fourth-quarter lead.“We’ve been struggling to find a way to win,” Collison said. “When you struggle so much, you really don’t know how to win. It’s just good to get a win under our belt right now so we understand this is how we need to play.”Carmelo Anthony scored 36 points for the short-handed Knicks, who dressed only nine players in losing for the 17th time in 18 games.Forward Quincy Acy was suspended for a flagrant foul against Washington’s John Wall on Dec. 25. Forward Amare Stoudemire (right knee) and guard J.R. Smith (partially torn left plantar fascia) were held out with injuries. New York is already without forward Andrea Bargnani (strained right calf) and guard Iman Shumpert (left shoulder).“We stayed committed to each other as teammates no matter what the circumstances were,” coach Derek Fisher said. “They kept fighting out there. You have to have that in order to give yourself a chance to win.”New York fought back to tie the game in the final minute of regulation. Cole Aldrich converted a three-point play with 38 seconds left to make it 117-115 and Tim Hardaway Jr. scored on a fast break following a turnover by Cousins to tie the game.Anthony then stole the ball from Gay with a second left to force overtime.The Kings took the lead for good on a corner 3-pointer from Collison with 1:22 to play. A dunk by Cousins extended it to five and Collison’s fast-break layup sealed it with 39 seconds remaining.“He kind of fuels the whole engine,” Corbin said of Collison. “When he goes, that picks up the pace for us. I thought he did a great job leading us tonight.”The Kings once again showed they are a completely different team with Cousins on the floor than when he is out injured. A night after Cousins sat with an illness in a loss to Phoenix, he got off to a fast start against the Knicks. He scored 15 points in the first seven minutes, including an emphatic dunk over Samuel Dalembert and a rare 3-pointer.The Kings improved to 11-8 with Cousins on the floor. Sacramento has lost nine of 11 without Cousins, who missed 10 games with viral meningitis. The struggles during that stretch contributed to the decision to fire coach Michael Malone last month.(JOSH DUBOW, AP Sports Writer)TweetPinShare0 Shares
Facebook Twitter Google+LinkedInPinterestWhatsApp Facebook Twitter Google+LinkedInPinterestWhatsAppThe PDM is calling for the electorate to be sharp, and to not be duped by the catchy phrases of the PNP Administration; PDM House Members pulled no punches on Monday when they labeled as bogus some of the milestones recently touted by the Rufus Ewing led government. A former Health Minister and Opposition appointed member, Clarence Selver said when it comes to the InterHealth Canada deal, the Premier cannot be trusted. “And if you look at that you will see where the Premier declares that he has an interest with InterhealthCanada; he has an interest so when the InterhealthCanada contract is up for review he conveniently takes over that from his former minister for Health; Porsha (Smith, Minister) so that he can keep an eye on things.” It is true, the Premier has declared that he is compensated by the Hospitals and recent testimony given in the SIPT trials also exposed that Dr. Rufus Ewing was a part of the negotiations of the TCI Hospitals at their inception. Selver said the deal is just too expensive. “The bulk of government expenditure, over 20 odd percent; so every dollar government raises, 20 cents out of that dollar gatta go towards maintaining the hospitals cost. That being the case there were two audits supposed to have been done; a clinical audit which looks at the quality of healthcare that the hospital provided and whether it was up to par and other things, as well as the financial audit, how much money they received, what they spent money on and whether we are getting value for money.” Related Items:
Ed Lenderman, January 1, 2019 00:00 00:00 spaceplay / pause qunload | stop ffullscreenshift + ←→slower / faster ↑↓volume mmute ←→seek . seek to previous 12… 6 seek to 10%, 20% … 60% XColor SettingsAaAaAaAaTextBackgroundOpacity SettingsTextOpaqueSemi-TransparentBackgroundSemi-TransparentOpaqueTransparentFont SettingsSize||TypeSerif MonospaceSerifSans Serif MonospaceSans SerifCasualCursiveSmallCapsResetSave SettingsSAN DIEGO (KUSI) – A winter bike ride of 2426-miles to Jacksonville, Florida would be difficult enough, even with a support team. But this is a strictly solo journey: No team, no trailing van. More on that aspect in a moment.Because there was plenty of send-off support for Thomas Pitman in the early morning hours of New Year’s Day at the trip’s starting point, Imperial Beach.Family, friends, CalFire collegues, Pitman’s girlfriend. And most importantly, Ashley Iverson, widow of local CalFire Firefighter Corey Iverson. Iverson was killed in the in the devastating Thomas Fire in Ventura County in December of 2017.Ashley then started a foundation in his name. The Iverson Foundation for Active Awareness raises awareness of First Responders’ mental health issues, including PTSD. Iverson and Pitman became buddies when they were part of a Heli-Attack Team in Riverside.Pitman, an avid cyclist thought it was only fitting that he honor his friend by raising awareness of the Foundation and it’s mission, by riding across the country. “Thee community supports us tremendously,” he told me, “but that’s kinda where it stops, so we’re trying to raise awareness to continue that support.”He also hopes to raise a like money amount based on the mileage.As for the aforementioned difficulty of a solo ride, which the public can follow on the Foundation’s Facebook page: “Part of my goal is to suffer metaphorically with people who suffer from PTSD. They struggle everyday, so for me to struggle along the ride I thought would be a great idea.And then, Thomas Pittman was off on his month-long ride, appropriately titled, “Ride Into The Light.” Updated: 9:43 AM Ed Lenderman Posted: January 1, 2019 Cross country ride honors fallen firefighter Categories: Local San Diego News FacebookTwitter
In this new effort, the researchers sought to extend prior research done by Thomas Ebbesen and colleagues in 1998 where it was discovered that holes, made in a metal sheet that were smaller than the wavelength of light shone on it, allowed more light to pass through than expected—a property that has come to be known as extraordinary optical transmission. Subsequent research found the principle did not apply to sound waves due to rigid parts of the barrier reflecting back most of the applied sound. The researchers on this new team suspected that altering certain aspects of the barrier might allow for the property to hold for sound after all.They began by drilling several holes (10 millimeters in diameter) in a 5-millimeter -thick piece of metal. Next, they placed a speaker on one side of the “wall” and a microphone on the other. With just the holes, they found the wall blocked sound almost as effectively as if there were no holes drilled in it. Next, they covered one side of the wall with a thin tensioned membrane (plastic wrap). After playing the sound again, the researchers discovered that the addition of the membrane allowed much more sound to pass through the wall—on average 80 percent more—almost as if the wall weren’t there at all.The membrane, the team explains, allows for “zero resistance” as the sound encounters the holes. At the resonance frequency of the membrane (1200 hertz), air moved in the holes as if it had no mass at all. That in turn allowed sound waves to move through very quickly. The sound in the holes was actually concentrated as it passed through, suggesting that the technique might be used as a way to magnify small signals. One application of this discovery could be walls that serve as security barriers. More information: Giant Acoustic Concentration by Extraordinary Transmission in Zero-Mass Metamaterials, Phys. Rev. Lett. 110, 244302 (2013) prl.aps.org/abstract/PRL/v110/i24/e244302AbstractWe demonstrate 97%, 89%, and 76% transmission of sound amplitude in air through walls perforated with subwavelength holes of areal coverage fractions 0.10, 0.03, and 0.01, respectively, producing 94-, 950-, and 5700-fold intensity enhancements therein. This remarkable level of extraordinary acoustic transmission is achieved with thin tensioned circular membranes, making the mass of the air in the holes effectively vanish. Imaging the pressure field confirms incident-angle independent transmission, thus realizing a bona fide invisible wall. Applications include high-resolution acoustic sensing. New experiment helps explain extraordinary optical transmission Journal information: Physical Review Letters Citation: Researchers discover way to allow 80 percent of sound to pass through walls (2013, June 21) retrieved 18 August 2019 from https://phys.org/news/2013-06-percent-walls.html © 2013 Phys.org Explore further (Phys.org) —A team of researchers in Korea has discovered a way to allow sound to pass through walls almost as if they were not there at all. As the group describes in their paper published in the journal Physical Review Letters, the technique involves drilling very small holes in a wall and then tightly covering them with a thin sheet of plastic. Credit: Oula Lehtinen/Wikipedia 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.
November 30, 2015 Growing a business sometimes requires thinking outside the box. Free Webinar | Sept. 9: The Entrepreneur’s Playbook for Going Global Imagine a world where your Internet connection comes from a light source. And in that world, your Internet connection is as much as 100 times faster than current wi-fi data transmission.That future isn’t imaginary. It’s coming. Tartu, Estonia-based startup Velmenni has unveiled the prototype for an LED light bulb called Jugnu which is capable of transmitting a data signal. The startup is currently working to build an Android app to capture the data sent through light, according to the company website.Another startup working in the space, ByteLight, is using the power of LED light bulbs to transmit data combined with location sensor technology to track the location of shoppers in retail stores. If a store knows exactly what you are looking at when you are in a store, it can push coupons and content to your smartphone relevant to what you are looking at in real time. Related: Google Just Got a Patent for Adding Holograms to a Google-Glass-Type HeadsetWhile li-fi, or “visible light communication,” is still largely the purview of university researchers and a small selection of high-tech, futuristic startups, the industry is expected to grow significantly over the next five years. Currently a $327.8 million industry, the visible light communication market is expected to be worth more than $8.5 billion by 2020, according to an estimate from the Indian market-research firm Markets and Markets.Li-fi may sound like wild, mind-boggling, futuristic technology, but it also has the potential to solve very real, everyday problems.As more and more people all over the globe come online, the radio waves that currently transmit data are becoming overwhelmed. When radio waves become overloaded, data transmission becomes slow. Painfully slow. Have you ever tried to get online at an airport?Not only are we bringing more and more people in the world online, but people who are already online are demanding ever more data transmission. Consumers expect to be able to watch videos on their mobile devices. And the Internet of Things movement is embedding wireless connectivity to devices and gadgets that haven’t previously used Internet, like your refrigerator, car and coffee pot.Related: The Future of the Internet of Things Will Be ‘Notification Hell’ Before It Gets BetterThere are exponentially more sources of light than there are radio waves, and therefore, there is potential for exponentially more data to be transferred through li-fi than with the wi-fi we are currently using.“We have 1.4 million expensively deployed, inefficient radio-cellular base stations. And multiply that by 10,000, then you end up at 14 billion. Fourteen billion is the number of light bulbs installed already,” says Harald Haas, a professor of Mobile Communications at the University of Edinburgh in the United Kingdom, who is credited with inventing the idea of li-fi. His TED talk introducing the technology from 2011 has received more than 2 million views.In addition to providing greater access to data connectivity, li-fi is more secure than radio connectivity, says Haas. Light waves do not transmit through walls. Therefore, if sensitive data is transmitted via li-fi, it will not travel beyond the room where the light radiates.Haas serves as the Chief Scientific Officer at the United Kingdom-based startup PureLifi, where he is overseeing the development of li-fi data transmission products. For parts of the world where the infrastructure to support LED light bulbs does not exist, Haas has just in September unveiled technology that would allow the transmission of data through solar-powered energy cells.To be sure, the solar cells that transmit data Haas demoed were early-stage prototypes. But he also says he does expect to be able to bring these technologies to market in the next two to three years.“We hope we will be able to contribute to closing the digital divide, and also contribute to connecting all these billions of devices to the Internet. And all of this without causing a massive explosion of energy consumption — because of the solar cells, quite the opposite,” says Haas.Related: For the First Time Ever, NASA Astronauts Eat Vegetables Grown in Space Register Now » 4 min read