Facebook Twitter Google+LinkedInPinterestWhatsApp Facebook Twitter Google+LinkedInPinterestWhatsAppBahamas, May 18th 2017: Police are currently questioning former BAIC Chairman and Former Deputy Speaker of the HOA, Dion Smith. Reports say Smith was arrested after his return into the country. His arrest comes after investigations commenced into alleged theft at the corporation and arrests of some nine employees earlier this week.Police say CCTV footage showed the employees removing computers and documents from BAIC offices the day after elections. BAIC, Bahamas Agricultural and Industrial Corporation, oversees business development in farming and creative industries in The Bahamas, while offering funding for projects within the sector and expertise guidance.#DionSmitharrested#BAICemployeesarrested Related Items:#BAICemployeesarrested, #DionSmitharrested
Facebook Twitter Google+LinkedInPinterestWhatsAppTurks and Caicos, Grand Turk, July 13th 2017: A fire at a residence right now in Grand Turk, and the family is reportedly losing everything.The fire in North Backsalina has been burning about 45 minutes now and the owners are just watching as all goes up in flames.The Capital Island still has no domestic fire unit. The airport fire team, we are told is unable to come to the rescue as there are flights on the ground.The fire is devouring the Missick family house; which is just across the street from the home of the area’s MP and the country’s Health Minister, Edwin Astwood. Everyone is safe.#MagneticMediaNews#NoFireUnitInGrandTurkToBlameForFamilyHomeGone Related Items: Facebook Twitter Google+LinkedInPinterestWhatsApp
Marek Hamsik has penned down an emotional open letter to Napoli fans after joining Dalian Yifang stating “I’ll love this city forever.”Napoli confirmed on Thursday that Hamsik was on his way to Dalian Yifang, and the midfielder did not hold his emotions back in a long Instagram post cited on Football Italia.Hamsik joined the Naples side in 2017, where scored 121 goals in 520 games for the Serie A side. He went on to win the Coppa Italia twice.He is the club’s all-time leading goalscorer and record appearance holder.“I have to apologize to you” Azzurri fans, “began the departing Partenopei captain.“I wanted, hoped and dreamed of saying goodbye to you. A big lap around the field, embraced by your applause.“You’re always supported and loved me unconditionally, in both I’ll always be grateful.“I’ve tattooed Naples on my skin, as well as our first victory in the Italian Cup after 25 years. It’s impossible to forget that game.“It’s impossible to forget that moment when I beat Bruscolotti’s record or when I broke the Azzurri’s record goal, Diego Armando Maradona.Top 5 Serie A players to watch for next weekend’s activity Tomás Pavel Ibarra Meda – September 11, 2019 With the international activity cooling down for the next month, we go back to the Top 5 players to watch in Serie A next…“That makes me extremely proud. Here in Naples, my three children were born, Neapolitans in every way.“I’d like to thank everyone: the President who gave me the possibility of staying here for 12 years and accepting my willingness to try a new experience; all the Coaches who trained me, to whom I owe my growth as a player and as a man; all the medical and technical staff and everyone else at SSC Naples; my friends who I’ll miss, but I know they’ll never leave me because they’re part of my family.“As soon as it’s possible, I hope you’ll be one of the best at the San Paolo.“I love you all and I’ll love this city forever. THANK YOU FROM MY HEART to the rest of the season: I hope you can win the Europa League! “
Posted: July 16, 2018 KUSI Sports, 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 SettingsThe stars will be out and about at Del Mar on Wednesday as the 79th Opening Day promises to bring some of the best horses in the country to the track.But as Rick Willis shows us, none will be bigger than 2018 Triple Crown winner Justify. Categories: All Sports Report, Local San Diego News, Sports Tags: DMTC 2018 FacebookTwitter July 16, 2018 Triple Crown winner Justify gallops his way to Del Mar KUSI Sports Updated: 7:11 PM
Dan Cohen AUTHOR During a rare visit to the Pentagon, President Obama on Monday reiterated his threat to veto the fiscal 2016 defense authorization bill because it relies on a budget framework that would shortchange the nation’s future by restraining spending on non-military aspects of national security such as education and research.“We’re not going to eat our seed corn,” Obama said, reported CQ.The military has the best troops in the world in part because “we’ve got a strong economy and we’ve got a well-educated population and we’ve got an incredible research operation and universities,” the president said. “We shortchange those, we’re going to be less secure,” he said.The defense authorization bill adopts the GOP budget framework, which adds $38 billion to DOD’s war account to sidestep the statutory spending caps. The GOP budget, however, forces non-defense spending to stick to the caps. “Part of our national security is making sure that we have a strong economy and that we continue to make investments in things we need like education and research,” Obama said.Separately, staff for the House and Senate Armed Services committees are continuing to work out differences in the two versions of the authorization bill. Committee leaders soon will tackle major areas of disagreement, including acquisition reform. Defense budget expert Mackenzie Eaglen told the Hill that acquisition reform is the “biggest sticking point” between the two bills. One key difference is language in the Senate version shifting more decision-making authority from the defense secretary to the military services, a change opposed by the administration that could draw a veto from the president, according to Eaglen, resident fellow at the American Enterprise Institute.“This is the only provision that could sway a decision by the president to veto it if he were not planning to do so already. If it stays, it is a near certainty it will garner a veto,” she said.
Originally published July 10, 12 p.m. PT. Tags That’s a big leap in a single lifetime, and to mark just how far we’ve come in refining our view of the universe, NASA shared the above video visualization created with its data by science outreach project System Sounds. It shows when and where in the night sky all the known exoplanets were discovered. Note how quickly the pace of the finds picks up once Kepler starts making its contribution in 2010. Kepler went to sleep permanently in 2018, but its legacy has been picked up by other observatories like the Transiting Exoplanet Survey Satellite (TESS), which has already found over 700 new planet candidates in its first year in space.Next up, the European Characterizing Exoplanets Satellite (CHEOPS) is set to launch by the end of the year and NASA’s James Webb Space Telescope is set to blast off in 2021. Both space telescopes will be able to do more than just spot exoplanets — they could help determine if conditions exist to support life upon their surfaces. Share your voice Requiem for Kepler? NASA’s pioneering planet-finder (pictures) 3 26 Photos Best places in space to search for alien life Comments NASA Space Sci-Tech It seems crazy now, but it wasn’t long ago we had no hard evidence of planets existing outside our solar system. Known as “exoplanets,” the first definitive discovery of one didn’t come until 1992. For many years after that, a trickle of distant worlds were added to the known exoplanet catalog. Only in the last decade, with the help of the recently retired Kepler Space Telescope, has the pace of discovery really increased exponentially. In June, the 4,000th exoplanet was confirmed. 30 Photos
Losliya in Bigg Boss Tamil 3.PR HandoutLosliya Mariyanesan has become the sweetheart of youths in Tamil Nadu after entering the Bigg Boss Tamil 3 house. With her charming smile and humble behaviour, the Sri Lankan TV anchor has impressed the audience.Indeed, in a matter of weeks, Losliya has got an army of fans and dedicated fan pages on social media sites. Every single aspect of her life has drawn the attention of the viewers, but a strange rumour, which is doing rounds online from the last few days, about her marriage has come as a big shock to the fans.Speculations claim that Losliya had hidden the truth and entered the Tamil reality show. An apparent wedding snap gave credence to the rumours and it was said that her relationship ended with a divorce.However, her friends have now cleared the rumours about Losliya’s wedding. Speaking to a website, her friends have lambasted the speculations. “We have been doing since her childhood and we are not aware of her wedding,” a friend of her told the website while adding that they laughed it off upon hearing it.They claim that she has not changed a bit in the show and not faking her character to win the hearts of the audience in Bigg Boss Tamil. According to them, she is a jovial person and a clean-person at heart.Losliya Mariyanesan is a Tamilian from Sri Lanka. She is a TV anchor by profession.
Zahidur Rahman. File photoBNP MP-elect from Thakurgaon-3 constituency, Zahidur Rahman is to be sworn in on Thursday.He sent a letter to Shirin Sharmin Chaudhury, speaker of Jatiya Sangsad, expressing his interest to take the oath as a member of parliament.The personal secretary of the speaker, MA Kamal Billah, confirmed the matter to Prothom Alo. The parliament secretariat has scheduled the oath ceremony at noon.
TSP solutions obtained by the amoeba-based computing system for 4, 5, 6, 7, and 8 cities. Credit: Zhu et al. ©2018 Royal Society Open Science Researchers have demonstrated that an amoeba—a single-celled organism consisting mostly of gelatinous protoplasm—has unique computing abilities that may one day offer a competitive alternative to the methods used by conventional computers. 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. Journal information: Royal Society Open Science More information: Liping Zhu, Song-Ju Kim, Masahiko Hara, and Masashi Aono. “Remarkable problem-solving ability of unicellular amoeboid organism and its mechanism.” Royal Society Open Science. royalsocietypublishing.org/doi/10.1098/rsos.180396 Citation: Amoeba finds approximate solutions to NP-hard problem in linear time (2018, December 20) retrieved 18 August 2019 from https://phys.org/news/2018-12-amoeba-approximate-solutions-np-hard-problem.html Health department says amoeba kills swimmer in Oklahoma lake In order to guide the amoeba toward an optimal or nearly optimal solution, the key lies in controlling the light. To do this, the researchers use a neural network model in which every six seconds the system updates which channels are illuminated. The model incorporates information about the distance between each pair of cities, as well as feedback from the amoeba’s current position in the channels. The model ensures that the amoeba finds a valid solution to the TSP in a few ways. For example, once the amoeba has occupied a certain fraction of a particular channel, say A3, then channels A1, A2, and all other “A” channels are illuminated in order to prohibit city A from being visited twice. Also, B3, C3, D3, and all other “3” channels are illuminated to prohibit simultaneous visits to multiple cities. The model accounts for the distances between cities by making it easier to illuminate channels that represent cities with longer distances than with shorter distances. For instance, say the amoeba occupies channel B2, and has begun to encroach into channels C3 and D3 in equal amounts, and the distance between cities B and C is 100 while the distance between cities B and D is 50. The longer distance between B and C eventually causes the system to illuminate channel C3, causing the amoeba to retreat from that channel but allowing it to continue moving into D3. Overall, modeling the TSP with an amoeba harnesses the amoeba’s natural tendency to seek out a stable equilibrium. As channels representing shorter routes are less likely to be illuminated, the amoeba may spread out in those channels and continue to explore other non-illuminated channels in order to maximize its surface area on the agar plate.The researchers also developed a computer simulation called AmoebaTSP that mimics some of the main features of how the amoeba addresses the problem, including the continuous movement of gel as it is supplied at a constant rate and withdrawn from various channels. “In our stellate chip for solving the n-city TSP, the total area of the body of the amoeba becomes n when the amoeba finally finds an approximate solution,” Aono told Phys.org. “There seems to be a ‘law’ that the amoeba supplies its gelatinous resource to expand in the non-illuminated channels at a constant rate, say, x. This law would be kept even when some resources bounce back from illuminated channels. Then the time required to expand the body area n to represent the solution becomes n/x. This mechanism would be the origin of the linear time, and it was reproduced by our computer simulation model. “But still, the mechanism by which how the amoeba maintains the quality of the approximate solution, that is, the short route length, remains a mystery. It seems that spatially and temporally correlated movements of the branched parts of the amoeba located at distant channels are the key. Each of these branches is oscillating its volume with some temporal ‘memory’ on illuminated experiences. Groups of the branches perform synchronization and desynchronization for sharing information even though they are spatially distant.”In the future, the researchers plan to further improve the amoeba’s computing abilities.”We will investigate further how these complex spatiotemporal oscillatory dynamics enhance the computational performance in finding higher-quality solutions in shorter time,” said coauthor Song-Ju Kim at Keio University. “If it could be clarified, the knowledge will contribute to create novel analogue computers that exploit the spatiotemporal dynamics of electric current in its circuit.”Of course, running some other algorithms on traditional digital computers for linear time, we can derive approximate solutions to TSP. On the other hand, when running our simulation models (AmoebaTSP or its developed versions) on the traditional computers as we did in this study, the analogue and parallel spatiotemporal dynamics require nonlinear time for simulating them as digital and serial processes. So we are trying to obtain much higher-quality solutions than those derived from the traditional ones by running our models on the analogue computers for linear time or shorter.”The researchers also expect that, by fabricating a larger chip, the amoeba will be able to solve TSP problems with hundreds of cities, although this would require tens of thousands of channels. In order to maximize its nutrient absorption, the amoeba tries to expand inside the chip to come in contact with as much agar as possible. However, the amoeba does not like light. Since each channel can be selectively illuminated by light, it’s possible to force the amoeba to retreat from the illuminated channels. In order to model the TSP, each channel in the stellate chip represents an ordered city in the salesman’s route. For example, in the case with four cities labeled A-D, if the amoeba occupies channels A4, B2, C1, and D3, then the corresponding solution to the TSP is C, B, D, A, C. Explore further © 2018 Science X Network The researchers, led by Masashi Aono at Keio University, assigned an amoeba to solve the Traveling Salesman Problem (TSP). The TSP is an optimization problem in which the goal is to find the shortest route between several cities, so that each city is visited exactly once, and the start and end points are the same. The problem is NP-hard, meaning that as the number of cities increases, the time needed for a computer to solve it grows exponentially. The complexity is due to the large number of possible solutions. For example, for four cities, there are only three possible routes. But for eight cities, the number of possible routes increases to 2520.In the new study, the researchers found that an amoeba can find reasonable (nearly optimal) solutions to the TSP in an amount of time that grows only linearly as the number of cities increases from four to eight. Although conventional computers can also find approximate solutions in linear time, the amoeba’s approach is completely different than traditional algorithms. As the scientists explain, the amoeba explores the solution space by continuously redistributing the gel in its amorphous body at a constant rate, as well as by processing optical feedback in parallel instead of serially.Although a conventional computer can still solve the TSP much faster than an amoeba, especially for small problem sizes, the new results are intriguing and may lead to the development of novel analogue computers that derive approximate solutions of computationally complex problems of much larger sizes in linear time. How it worksThe particular type of amoeba that the scientists used was a plasmodium or “true slime mold,” which weighs about 12 mg and consumes oat flakes. This amoeba continually deforms its amorphous body by repeatedly supplying and withdrawing gel at a velocity of about 1 mm/second to create pseudopod-like appendages. In their experiments, the researchers placed the amoeba in the center of a stellate chip, which is a round plate with 64 narrow channels projecting outwards, and then placed the chip on top of an agar plate. The amoeba is confined within the chip, but can still move into the 64 channels.
Recently the capital was gripped by, 3 Sakina Manzil, showcased as a part of Desires Unlimited’s first vintage theatre festival – Epoch.Power-packed performances by Puneet Sikka and Tarun Singhal who essayed the role of Shashi and Comrade Shashi left the audience spellbound. The 100-minute play revolves the love story of these two characters set in the back drop of the Bombay dock explosion. Each of them alternately remembers the time they spent together and the fateful day – 14 April 1944- that drew them apart and tore the city they lived in. Also Read – ‘Playing Jojo was emotionally exhausting’The play – 3, Sakina Manzil – has been written by Ramu Ramanathan, and was directed by Deepak Dhamija is set in pre-independence juxtaposed with the world being ravaged by World War II, and gradual establishment of the Hindi film industry. There are references to how Dev Anand had come as a fresher in the industry and by the end of the play , Comrade Shashi tells the audience how he had emerged as a successful hero. Amidst all this turmoil begins a beautiful love story between the protagonists. As Comrade Shashi walks in for a job at 3 Sakina Manzil, he immediately falls in love with his namesake. It is love-at-first-sight for her as well. Also Read – Leslie doing new comedy special with NetflixTarun’s performance as Comrade Shashi is etched well. He is able to bring about the transition in the character beautifully as the older Comrade Shashi reminisces his interaction as a young man with his love – Shashi (also his employers daughter). His co-actor Puneet too justifies her role as she transforms from the young Shashi expressing her love moving to the older one as she recalls the tragedy of the explosion and losing her love.The plot is subtly designed to take you back in time and revisit the tale of these lover’s lives simultaneously revealing the horrendous explosion. On the fateful day of their expected meeting 14 April 1944, Bombay habour is ripped by a huge explosion. The Bombay Dock Explosion left the citizens in shock and created chaos and devastation, simultaneously being responsible for separation of the two silent lovers. Separated by destiny, the two lead different lives as they set forth in life after the accident, only to meet again after five decades and recount their versions of the love story.