A team of researchers at the University of Tokyo is in the development stage of presenting an important addition to games like Second Life. The project has not released the details of the work, but Nikkei dot net and Digital World Tokyo have unearthed some fascinating details of the innovation research in progress. The virtual reality prototype allows players to walk around the game environment like explorers examining the various on screen environments. The prototype is a waist mounted camera and a companion specially designed carpet that has fixed points of reference assigned and calibrated for movement in the real world. The apparatus interprets these real world movements into the virtual world either through a headset or big screen display. While neither sources cited which lab or department at the University of Tokyo is working on this almost limitless innovation, there are some likely leaders in the area. An interview by University of Tokyo students with Professor Hirose, Michitaka in 2004 explained the future of “expanded virtual reality,” as it extends to space and time. Professor Hirose, Michitaka is head of the Intelligent Cooperative Systems lab. He explained how going back to the 1990s the virtual world was contained in a box–the computer. His work and others have extended the virtual world to include wearable computers being researched by Ms. Ueoka and virtual experience in ordinary places by Mr. Yamashita. The limitless bounds of virtual reality is the focus of Professor Hirose, Michitaka´s lab.The professor characterized the two schools of virtual reality research. The first is devoted to developing wearable head gear and mobile apparatus The other is devoted to exploring the five senses of human beings. He pointed out that beneath the two there may lay an inner connection. In previous public exhibitions the professor and his collaborators have introduced the CABIN that allowed visitors to step into the huge screens of the display. In addition, another Mayan Civilization display allowed visitors to view a virtual space of information technology and content. The professor is cognizant of the importance of reaching the public at large for promoting the future of virtual reality.In other projects, his team has endeavored to create a 21st century time machine. The Lifelog Project was initially developed to create an oral history of human actions, but has expanded to the ability to predict future actions based upon simulations that can be run through the computer. It is a small wearable device that records human interaction. The complexities of this work defy imagination, but appear to be just another day in the lab for the professor. In a quote from the interview, the professor stated that “the real world is becoming virtualized… and the world of information is free to move forward or backward.” His concern for the future is that while some view the freedom to be a dangerous, “if we free up our imagination, we can develop many interesting things from here.” For further reading on the subject, please see: www.rcast.u-tokyo.ac.jp/en/res … iles/002/pdf/001.pdf Citation: University of Tokyo Expands Second Life Type Games (2007, November 7) retrieved 18 August 2019 from https://phys.org/news/2007-11-university-tokyo-life-games.html Second Life Display. Credit: Digital World Tokyo A team of undisclosed researchers at the University of Tokyo have a prototype in development that will bring the public one step closer to entering the Virtual World. Explore further Researcher studies how individuals use technology to engage with their cultures 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.
Citation: Could solar wind power Earth? (2010, October 4) retrieved 18 August 2019 from https://phys.org/news/2010-10-solar-power-earth.html © 2010 PhysOrg.com IKAROS unfurls first ever solar sail in space (PhysOrg.com) — As we strive to find sources of alternative energy, a number of researchers continue to look to what we consider the ultimate in renewable energy — the sun. However, on earth creating efficient solar panels remains a challenge. While solar cells have been increasing in efficiency, and while new advances are made in solar technology on earth, there are some looking to harvest solar energy a little bit closer to the source by harvesting energy from the solar wind. The solar wind is a stream of charged particles that heads outward from the sun’s upper atmosphere. They move outward toward Earth and the rest of the planets, and provide the potential to power to the entire Earth, according to some researchers. And, even though we refer to the solar wind as “wind”, it wouldn’t provide energy in the way we see wind turbines act here on earth. Instead, energy from the solar wind would be collected by a gigantic sail deployed in space, between the sun and Earth. One proposal has been offered by scientists at Washington State University. Discovery News reports on the specs of a massive solar sail — and its potential:According to the team’s calculations, 300 meters (984 feet) of copper wire, attached to a two-meter-wide (6.6-foot-wide) receiver and a 10-meter (32.8-foot) sail, would generate enough power for 1,000 homes.A satellite with a 1,000-meter (3,280-foot) cable and a sail 8,400 kilometers (5,220 miles) across, placed at roughly the same orbit, would generate one billion billion gigawatts of power.The real challenge is how to get all that energy back to Earth in order to power the planet. One idea is to use a concentrated laser beam to send the energy back to Earth. Unfortunately, there would be millions of miles between satellite and its earthly target, making it difficult for the laser beam to reach the planet without widening and losing energy. While it is likely that the solar sail could be built and deployed with current technology, beaming the energy it harvests from the solar wind will take a little more time to figure out. Until then, we will have to be content with solar cells on Earth. More information: — Eric Bland, “Solar Or Wind Power? Why Not Both?” Discovery News (September 29, 2010). Available online: news.discovery.com/tech/solar- … nd-energy-power.html– Brooks L. Harrop and Dirk Schulze-Makuch, “The Solar Wind Power Satellite as an alternative to a traditional Dyson Sphere and its implications for remote detection,” International Journal of Astrobiology (2010). Available online: journals.cambridge.org/action/ … Id=S1473550410000066 Image source: plus.maths.org Explore further 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 New US military satellite launched into space More information: www.vivisat.com/?page_id=10 (Phys.org) — A company that aims to sell satellite protective services is eagerly stating its business case to geosynchronous satellite operators that can benefit from its approach toward orbit mission extension. ViviSat intends to help these operators to add years to the revenue-producing life of a satellite. Having to mind one’s orbit assets is a concern that the company believes will draw new customers. The company’s CEO, Major General, U.S.A.F. [Ret.] Craig Weston, said that ViviSat was in negotiations with potential customers and that market conditions for such services were strong. Weston is the head of U.S. Space; he has spent a large part of his career operating communications, infra-red warning, and reconnaissance satellites. The MEV uses a space-ready docking system and integrated proximity sensors to rendezvous with the host satellite. ViviSat’s MEV does not add fuel or remove any materials on the satellite itself, however, but the company notes this is an advantage, not limitation. For customers in need of an MEV that would be less intrusive, its vehicle allows satellite operations to continue uninterrupted even with the MEV attached. “Satellites were designed to not be tampered with, and this is a passive approach, which is appealing to operators,” said Edward Horowitz, company chairman of the board. Horowitz is co founder of U.S. Space and former CEO of SES Americom.Two entities, U.S. Space and ATK Space Systems, created ViviSat, which was announced last year. U.S. Space takes care of business and mission management. ATK is the prime contractor, responsible for the manufacture and delivery of the spacecraft, launch and ground segments. (ATK manufactured reusable solid rocket motors for NASA’s space shuttles.)Geostationary satellites perform continuous monitoring of a specific region. ViviSat’s confidence in serving a market need is supported by the fact that, “If you just look at the commercial market, there are 350 to 360 satellites in geostationary orbit,” said Horowitz in SPACE.com, of which about 25 each year reach the end of their fuel life. He said that out of those 25, “we figure 10 are good target customers for this.” The company sees its market opportunities lie in both commercial and government spacecraft.Horowitz said, “We’re ready to sell, we’re ready to build, we’re ready to deliver.” The company has been designing a space vehicle that can adjust an older satellite’s orbit, rescue fully fueled satellites that may have launched into the wrong location, or move a satellite into a different orbit for a completely new purpose. ViviSat’s device is a Mission Extension Vehicle (MEV) with the purpose of safely connecting to an orbiting satellite to provide supplemental and propulsive capabilities. 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. Citation: ViviSat space vehicles will keep satellites on track (2012, May 16) retrieved 18 August 2019 from https://phys.org/news/2012-05-vivisat-space-vehicles-satellites-track.html © 2012 Phys.Org
Satellite battery could put Nittany Lion paw print in space City Labs requested defense contractor Lockheed Martin to test their batteries, which were confirmed to operate as specified and to be resistant to extreme temperatures (-50°C to +150°C), and extreme vibration and altitude. The power cell generates electricity using a layer of the radioactive-element tritium, mounted onto a semiconductor. The City Labs’ battery produces nanowatts of power; it is not strong enough to power a cell phone or laptop. This is a low-power battery that can run micro-electronics, anywhere that is hard, dangerous or expensive to reach. Applications include implants such as pacemakers as well as devices in industry (sensors on deep-water oil drills) and defense. This is further described as a commercially-viable “betavoltaic” power source, meaning it’s powered by a radioactive element. Whereas normal batteries are powered by chemical processes, the NanoTritium is powered by physical processes of the benign radioisotope, tritium. The makers point out that tritium is already used in exit signs and divers’ watches. Peter Cabauy and Denset Serralta founded the company in 2005; Cabauy has a PhD in applied physics. Larry Olsen, who also has a PhD in physics, later joined the business. He is known for his work in the 1970s on betavoltaic batteries. He helped to create a betavoltaic power source strong enough to power pacemakers. Olsen is the City Labs director of research. Others on the staff have similarly strong backgrounds in engineering and science. The company was awarded an Air Force contract of nearly $1 million for a higher-power, customized battery, and has been fueled by private investors as well. In a historical review paper about the betavoltaic battery, Olsen, Serralta and Cabauy noted that numerous research groups have continued attempts to commercialize a betavoltaic that is both reliable and safe. Dr. Olsen had published a betavoltaic review suggesting tritium as a safe alternative to other radioisotopes. Independently, City Labs also concluded that tritium could be an excellent candidate for use within a betavoltaic battery design. Available commercially, the device is expected to be valued in the “couple thousand dollar range” at first, Cabauy said, but in time as the company produces more the price may become less. The battery is currently available in “engineering” quantities, according to the company, up to 1,000 a year, and is assembled in the company’s lab. Explore further (Phys.org) — Florida-based City Labs says it has created an adult’s thumb-sized, battery, NanoTritium, that can last 20 years or more in the most extreme conditions, such as extreme temperature and vibrations. © 2012 Phys.Org More information: www.citylabs.net/content/BetavoltaicHistory.pdf Citation: NanoTritium battery is good for twenty years (or more) (2012, August 18) retrieved 18 August 2019 from https://phys.org/news/2012-08-nanotritium-battery-good-twenty-years.html 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.
He began with making a right hand, designed in Blender and printed on a 3-D Touch. After several iterations, he added a shoulder, head, brain, and voice command. He shared details on Thingiverse, a site where one can share digital designs. Like Langevin, the site’s team like to support others in making things.”The body parts can be printed, but you’ll have to add mechanical and electronic components such as cables, servos, and Arduinos to make the machine work,” he said. Some of his guideposts for enthusiasts, for example, are suggestions about replacing printed screw threads with linear actuators, for better accuracy and strength. “But I try to manage my wallet for this project,” he said, “and I know a lot of you are in the same kind of position. So if you’ve got a thick wallet, you can replace those parts fairly easily. I have made the space for it and added attachment holes for to be adaptive.”He said that “working as a sculptor modelmaker for Factices Ateliers, in the real physical world, this is my contribution to the OpenSource 3-D world.” More information: inmoov.blogspot.com/ www.thingiverse.com/thing:17773 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. (Phys.org)—Gael Langevin, a French sculptor and model maker, has a project that he would be happy to share with others with similar enthusiasm for putting their imaginations to work in 3-D printing. Since last year he has been busy with the design and painstaking engineering of a humanlike robot called InMoov. It is designed to be a robot that one can 3-D print and animate following the maker’s instructions. He told the world on his blog that he had to redesign and print a few times before he finally got InMoov the way he wanted to. “My second design was too large to stay in a human size range.”Presently, he has succeeded in making a human-like robot with head and torso and movable hands who can respond to voice commands. The robot is not cuddly, cute, or at all huggable. Physically, it may veer, for some viewers, toward an Uncanny Valley. Nonetheless, making it cute does not seem to be his point, but rather to show what 3-D printing with off-the-shelf materials can do and to help others to do the same. Citation: Open source 3-D printed robot extends hand to DIY fans (w/ video) (2013, January 23) retrieved 18 August 2019 from https://phys.org/news/2013-01-source-d-robot-diy-fans.html Explore further Kondo Robot releases a hexapod robot kit (w/ video) The list of electronics components includes Arduino uno x2; MG995 / HK2598 servos x12; Hitec HS805BB servos x8; -0.8mm nylon thread (fishing line); miscellaneous bolts; 3 kg natural ABS filament (various colors) and 6V 44A batteries and charger. © 2013 Phys.org
Citation: Macroscopic quantum phenomena discovered in ice (2015, July 21) retrieved 18 August 2019 from https://phys.org/news/2015-07-macroscopic-quantum-phenomena-ice.html © 2015 Phys.org Explore further The researchers’ experiments revealed a minimum in the imaginary part of the dielectric constant near 20 K (shown here). This finding suggests that there is an increase in the movement of charges below 20 K, which is thought to be due to correlated proton tunneling. Credit: Yen and Gao. ©2015 American Chemical Society Although quantum tunneling occurs due to the wave-like nature of particles at the quantum scale, and is not possible at the macroscopic level, here the scientists demonstrate that the total combined effects of quantum tunneling can be witnessed and measured at the macroscopic level. The macroscopic evidence for the quantum phenomena comes from measuring the dielectric properties of ice. As a dielectric material, ice is an electrical insulator, but in the presence of an electric field the molecules become polarized so that they align themselves with the electric field. The scientists, Fei Yen at the Chinese Academy of Sciences and Tian Gao at Shanghai University of Electric Power, have published a paper on the anomaly in ice in a recent issue of The Journal of Physical Chemistry Letters. Ice rulesAs the scientists explain, when water freezes, the oxygen atoms in the ice become ordered into a puckered hexagonal-like lattice. The hydrogen atoms, on the other hand, remain quite disordered. This freezing process is governed by the two “ice rules,” which state that only one hydrogen atom can reside between two oxygen atoms, while each oxygen atom can be bonded to four hydrogen atoms by bonds of two different lengths. Because of the two different bond lengths, between each pair of oxygen atoms, there are two sites available for a single hydrogen atom (which has lost its electron and simply becomes a proton). At high enough temperatures (above 136 K), the protons have enough energy to move between the two sites. However, when the temperature falls below 136 K, the protons no longer have enough energy to move between sites and randomly “freeze” in one of the sites. Tunneling protonsNow in the new study, the scientists have found that the protons actually can move between these two sites even at very cold temperatures of less than 20 K. The protons cannot move by classical means (as they don’t have enough energy), but by quantum tunneling through the classical energy barrier. Journal information: Journal of Physical Chemistry Letters Long-range tunneling of quantum particles To investigate the dielectric properties of ice, the scientists made measurements on a pair of platinum plates inserted into ice inside a Teflon container, all of which was frozen in a cryostat. The researchers discovered the existence of a minimum in the imaginary part of the dielectric constant of ice at 20 K but no change in the real part. As the scientists explain, the physical meaning of this anomaly can be interpreted as an increase in the movement of charges—in other words, protons moving back and forth between sites. They also found that no anomaly occurs in heavy ice (i.e., deuterium, which contains a proton and a neutron), indicating that the discovery also exhibits an isotope effect. How do the protons do it?To better understand what may be happening at the atomic level, the researchers again turned to the ice rules. According to these rules, single protons cannot move between sites one at a time, as this interferes with the highly ordered crystal structure of ice. However, the ice rules remain preserved if all six protons within a hexagonal ring move at the same time, which suggests that the six protons engage in correlated tunneling. But correlated tunneling poses another problem. According to the laws of quantum mechanics, for several protons to tunnel simultaneously, they must all have the same wave function and occupy the same ground state. However, this arrangement directly violates the Pauli exclusion principle, which expressly states that no two identical fermions can simultaneously occupy the same quantum state.To overcome this problem, the scientists conjecture that the protons tunnel in pairs because a proton pair can act as a boson, which is allowed to collapse into its ground state because it is not subject to the exclusion principle. This proposal is similar to the underlying mechanism of superconductivity, which is caused by paired electrons forming a “Cooper pair” that also acts as a boson and condenses into its ground state. In both situations, pairing allows for multiple fermions to move together simultaneously, giving rise to macroscopic quantum phenomena that wouldn’t otherwise be allowed. Going forwardObserving macroscopic quantum phenomena is not only of fundamental interest, but the researchers predict that it may be very useful one day, as well.”With new phenomena usually comes new applications, and there is no exception in the realm of macroscopic quantum phenomena; see, for instance, what has been accomplished with superconductivity and lasers,” Yen told Phys.org. “As for correlated proton tunneling, perhaps a higher accuracy can be obtained on some of the fundamental constants, such as the case of the quantum hall effect, where the von Klitzing and fine structure constants have been determined to higher precision.”In the future, the scientists plan to look for the same quantum phenomenon in related systems.”We believe that correlated proton tunneling on the macroscopic scale is not strictly limited to ice and should also occur in other hydrogen-based compounds provided the temperature is low enough,” Yen said. “Currently, we are still investigating water ice, though at higher pressures, where the ices crystallize in tetragonal, monoclinic or interpenetrating cubic lattices to see if the same phenomenon is also present.” More information: Fei Yen and Tian Gao. “Dielectric Anomaly in Ice near 20 K: Evidence of Macroscopic Quantum Phenomena.” The Journal of Physical Chemistry Letters. DOI: 10.1021/acs.jpclett.5b00797 (Phys.org)—Scientists have discovered an anomaly in the properties of ice at very cold temperatures near 20 K, which they believe can be explained by the quantum tunneling of multiple protons simultaneously. The finding is a rare instance of quantum phenomena emerging on the macroscopic scale, and is even more unusual because it is only the second time—the first being superconductivity—that macroscopic quantum phenomena have been observed in a system that is based on fermions, which include protons, electrons, and all other matter particles. Other systems exhibiting macroscopic quantum phenomena have been based on photons, a type of boson, which mediate the forces between matter. (a) Between two oxygen atoms, a proton can reside in one of two sites due to bonding with the oxygen at two different lengths. If six protons tunnel simultaneously from one site to another, as shown in the transition from configuration (b) to (c), then the ice rules are preserved. Credit: Yen and Gao. ©2015 American Chemical Society 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.
This was the first time in India that the English version of the puppet show, on Swami Vivekananda, was shown. Hon’ble Minister of Culture and Tourism, Shripad Yasso Naik inaugurated the show at Ramakrishna Mission Auditorium. Commenting on the occasion, Minister of Culture and Tourism, Shripad Yasso Naik said, ‘Puppetry is a very ancient form of expression in India which has been in origin since around 3000 years. Over the years, the art form has been re-inventing itself keeping in mind the prevailing contemporary issues from the society. Swami Vivekananda revitalised Hinduism within and outside India, and was the principal reason for the enthusiastic reception of yoga, transcendental meditation and other forms of Indian spiritual self-improvement in the West. I’m overwhelmed to see such eloquent expression of his life through puppetry today.’ Also Read – ‘Playing Jojo was emotionally exhausting’Udaipur’s famed Bharatiya Lok Kala Mandal, designed and produced the show as a running story featuring episodes of Swami Vivekananda’s life. The audio-visual effects and an engaging script of the show held the attention of the audience throughout the show. This English version of the show will be showcased in U.S.A and Canada in coming days.Earlier, on the occasion of 150th Birth Anniversary of Swami Vivekananda, IGNCA in collaboration with Ramakrishna Mission, Delhi produced the puppet show in Hindi on the life of Swami Vivekananda. Also Read – Leslie doing new comedy special with NetflixThe Hindi puppet show, has already travelled to around 200 centres in the North, North-East and Western India. However, this is the first time that the English version of the show has been organised. Speaking about this show Member Secretary of IGNCA, Dipali Khanna, said, ‘Swami Vivekananda in the late 19th century managed to spread his thoughts on spiritualism globally which over the years has inspired the many generations. Hence, it is essential that his preaching continues to reach out to the new set of followers. IGNCA attempts to reach out to a wider set of audience to communicate his remarkable and stellar journey through this puppet show.’Vivekananda believed that a country’s future depends on its people, and his teachings focused on human development. He wanted to set in motion machinery which would bring noblest ideas to the doorstep of even the poorest and the meanest. Vivekananda linked morality with control of the mind, seeing truth, purity and unselfishness as traits which strengthened it.The show is a great chance for chidlren today to learn about Vivekananda in a more intertaining way instead of just reading about him from history books.
Kolkata: The Calcutta Boys’ School (CBS) will introduce Humanities from the 2019-20 academic session. “We at CBS teach Science and Commerce in Class XI and XII. However, in recent times we are witnessing a huge demand amongst our students for pursuing Humanities after passing Class X Board examination. Hence, we have decided to introduce Humanities from the next academic year. All major subjects in humanities will be taught,” said Raja McGee, principal and secretary of The Calcutta Boys’ School. There will be 55 seats for the Humanities stream. Also Read – Heavy rain hits traffic, flightsThe school that has stepped into its 141st year inaugurated a new Commemoration Building on its main campus on SN Banerjee Road on Tuesday. The Commemoration building was inaugurated by Governor Keshari Nath Tripathi. Union Minister of state for External Affairs MJ Akbar and Trinamool Congress MP Sudip Bandyopadhyay were present at the inaugural function.The construction work for the new block had started in 2012. The school has witnessed a major boost in infrastructure to keep in pace with the changing times that includes total revamp of fire fighting facilities and elevators for the students. The new building will have ramp and other facilities for the disabled students. Also Read – Speeding Jaguar crashes into Merc, 2 B’deshi bystanders killed”Ours is a heritage institution and the Commemoration Building has been built maintaining the heritage facia of the Main building which cradled the CBS ever since it moved to its own campus in 1893,” McGee saidThe CBS has also come up with a cafeteria and a gymnasium, nostalgically named the ‘Patty Man Café’ and the ‘Cub Den’ respectively. The school already has smart classrooms, bright and radiant science and computer laboratories equipped with the paraphernalia that modern laboratories command. It may be mentioned that Calcutta Boys’ School has 2,473 students on its main campus while there are three more branches at Beliaghata, Sonarpur and Asansol.It was Bishop Thoburn who founded the Calcutta Boys’ School. First located on Mott Lane, and then later housed in a room on Corporation Street (known as S N Banerjee Road today), the school struggled for its survival without a building of its own. It acquired a permanent residence in 1893 thanks to the generosity of Sir Robert Laidlaw, who could be regarded as the chief patron of the school.
Kolkata: Four persons were arrested on Wednesday in West Bengal’s Birbhum district for the killing of a young man, Sheikh Dildar, in a group clash between supporters of two parties, police said. They were remanded in seven-day police custody by a court.”One person had died in a clash between the two groups on Monday. We have arrested four persons from Suri police station area,” district Superintendent of Police N. Sudheer Kumar told IANS over phone. Also Read – Heavy rain hits traffic, flightsThe officer said the four accused are residents of Birbhum but did not give details on their political affiliations. The four were charged, among other offences, with murder under Section 302 of the Indian Penal Code. Dildar was shot dead during a clash between supporters of the ruling Trinamool Congress and the Bharatiya Janata Party in Birbhum’s Suri on Monday afternoon, which was the last day of the extended deadline for filing of nominations for the panchayat elections. Both parties claimed he was their member.State BJP chief Dilip Ghosh claimed that Dildar was a member of the BJP district minority cell and was killed by Trinamool Congress supporters.On the other hand, Trinamool’s district President Annubrata Mondal said Dildar and his family were actively involved with his party for many years and blamed BJP-backed goons from Jharkhand for his death.
Kolkata: Abhishek Banerjee, All India Trinamool Youth Congress president and party’s MP, led a rally in Purulia on Sunday protesting against the killing of five Bengalis at Tinsukia district in Assam.It may be mentioned that Banerjee held a rally on Friday in Kolkata protesting against the same. From there, he had demanded an inquiry by the Supreme Court into the Assam massacre. In Kolkata, he had addressed a rally at Hazra Road intersection. The Trinamool Congress organised protest marches all across the state protesting against the incident and on Saturday, Banerjee led a protest rally in Bankura district. Also Read – Rain batters Kolkata, cripples normal lifeAfter leading the mammoth rally at Bankura, he went to Purulia where he led another huge procession protesting against the same incident. He was carrying a black flag and slammed the BJP for such gruesome incidents in which people are getting killed for hailing from a particular community. Banerjee addressed the rally and urged people to raise their voices against such incidents of violence. Meanwhile, intellectuals from the state protested against the killing of the five Bengalis in Assam. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killedAccording to them, exclusion of 40 lakh people in the final draft of the Assam’s National Register of Citizens (NRC) created an unstable situation and such incidents are an outcome of the same. Intellectuals including Subodh Sarkar, Suvaprasanna, Abhirup Sarkar and others held a meeting in front of the Academy of Fine Arts. Poet Subodh Sarkar said: “Five Bengalis have been shot dead in Assam and no reason behind it has surfaced yet. It had been a tradition that Assamese and Bengalis stayed together. Then who are these people trying to create fissures between them? We know who are they and I would like to tell them that they are playing with fire and they have to stop doing the same immediately.” Sarkar also added: “This is inhuman. We cannot believe that a human being can do such a thing. There was a good relation between Assamese and Bengalis. But the trouble began since the NRC issue cropped up and now it is going to an extreme level.” Painter Suvaprasanna condemned the attack on the poor people and asserted that Bengal would stood by them in such hour. Singer Pratul Mukhopadhyay, film personality Dipankar Dey were among others present at the protest.