Unlocking the organic composition of ancient asteroids

first_img Being the only record of the Solar System’s pre-biotic chemical evolution, scientists have tried for years to extract and study this material. It is believed that discovering the composition of meteorites will reveal what the Solar System was made of at its birth and how those materials evolved into our current-day universe.Most of the methods used to extract this matter have failed leading to the destruction of the meteorite material or just the inability to extract any compounds.However, a recent study from the Planetary and Space Science Journal explains how scientists have developed a novel approach to extracting these meteoric materials. It’s called hydropyrolysis.This new technology uses high hydrogen gas pressures, extreme temperature, and water as a non-destructive means for extracting organic and inorganic compounds from meteorites.This process has revealed high amounts of carbon and nitrogen- elements essential to life at the core of the meteorites. Also, this new technology revealed several never-before-seen organic molecules.The results of this study also contradict a common understanding to the origin of meteorites. It is thought that meteoric material originated from a molecular could that collapsed to form the Solar System. Scientists using hydropyrolysis believe this is a misconception and seek to use this technology to find the true origin of the organic matter in meteorites.Scientists hope that the use of this new technology will offer even more clues into the composition of the Solar System when it was forming.Finally researchers have a way to trace the evolutionary path of organic compounds which will ultimately lead to knowledge of the evolution of our universe.Reference:Sephton M, Love G, Meredith W, Snape C, Sun C, and Watson J. 2005. Planetary and Space Science Journal. Article in Press.by Gina Buss, Copyright 2005 PhysOrg.com Unraveling complicated issues of inequality in workplaces, communities Citation: Unlocking the organic composition of ancient asteroids (2005, October 7) retrieved 18 August 2019 from https://phys.org/news/2005-10-composition-ancient-asteroids.html New technology discovers primitive organic matter in 4.5 billion year old meteoritesMeteorites contain fragments of asteroids brought about by collisions within the asteroid belt. These meteorites have not been exposed to geological processes experienced by planets and stars. Therefore, much of the matter in these meteorites originates from the formation of the Solar System some 4.5 billion years ago.center_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 furtherlast_img read more

Musical robots perform duets w Video

first_img New robot skier takes to the slopes (w/ Video) Waseda Flutist Robot 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. (PhysOrg.com) — A flute playing robot unveiled by Waseda University last year has been joined by a robot saxophonist in a Classical music duet. The aim of the project was to design robots that could respond to each other’s visual and aural cues. Explore furthercenter_img Early in 2008 other research teams, with Honda and Toyota, unveiled a robot conductor, and a trumpet player. Professor Takanishi’s ultimate goal is to create an entire robot orchestra, and the duet playing robots take him one step closer.More information: • Takanishi Lab page• Waseda Flutist Robot page© 2009 PhysOrg.com Citation: Musical robots perform duets (w/ Video) (2009, November 26) retrieved 18 August 2019 from https://phys.org/news/2009-11-musical-robots-duets-video.html The researchers, Atsuo Takanishi and colleagues from Waseda University in Japan, want eventually to develop a robot capable of playing multiple instruments and interacting with human musicians in jazz-style improvisations. The flutist robot was unveiled in mid 2008 after Professor Takanishi, of Waseda’s engineering department had spend many years perfecting it. The saxophone player took much less time to develop but is much less android in appearance than the flute-playing robot. Professor Takanishi said the saxophone player was easier to develop because it is easier to get a sound from a reed instrument than it is from a flute.last_img read more

Mechanical engineer creates robot Venus Flytrap

first_imgFinal configuration of the robotic VFT with embedded trigger hairs and sensing signal integrated with a solid-state relay on board and a dynamic voltage signal generator to actuate the robotic VFT. Image: Bioinspir. Biomim. 6 046004. doi:10.1088/1748-3182/6/4/046004 At first glance, the creation of the robot might not seem like much more than a fun little project for an engineer who likes to tinker. On closer inspection however, it becomes clear that the robot Venus Flytrap is actually a demonstration of a new kind of technology that may lead to advances in medical applications. A refined application, for example, could perhaps one day lead to human muscle replacements or help with sensory applications. One example might be restoring facial expressions to people who lose the ability due to a stroke.Also, because Shahinpoor’s robot Flytrap has demonstrated an ability to catch flies it’s possible that such technology could also one day be used as a means for allowing robots to feed themselves, thus alleviating the need for a power supply. More information: Biomimetic robotic Venus flytrap (Dionaea muscipula Ellis) made with ionic polymer metal composites, Mohsen Shahinpoor, 2011 Bioinspir. Biomim. 6 046004. doi:10.1088/1748-3182/6/4/046004AbstractThe work described in this paper is a novel design of a robotic Venus flytrap (VFT) (Dionaea muscipula Ellis) by means of ionic polymeric metal composite (IPMC) artificial muscles as distributed nanosensors and nanoactuators. Rapid muscular movements in carnivorous plants, such as VFT, which are triggered by antenna-like sensors (trigger hair), present a golden key to study distributed biomolecular motors. Carnivorous plants, such as VFT, possess built-in intelligence (trigger hairs), as a strategy to capture prey, that can be turned on in a controlled manner. In the case of the VFT, the prey that is lured by the sweet nectar in the VFT pair of jaw-like lobes has to flip and move the trigger hairs, which are colorless, bristle-like and pointed. The dynamically moved trigger hairs then electro-elastically send an electric signal to the internal ions in the lobe to migrate outwardly for the jaw-like lobes to close rapidly to capture the prey. The manner in which the VFT lobes bend inward to capture the prey shows a remarkable similarity with typical IPMCs bending in an electric field. Furthermore, the mechano-electrical sensing characteristics of IPMCs also show a remarkable resemblance to mechano-electrical trigger hairs on the lobes of the VFT. The reader is referred to a number of papers in connection with sensing and actuation of IPMCs in particular. Thus, one can integrate IPMC lobes with a common electrode in the middle of one end of the lobes to act like a spine and use IPMC bristles as trigger finger to sense the intrusion of a fly or insect to send a sensing signal to a solid state relay which then triggers the actuation circuit of the IPMC lobes to rapidly bend toward each other and close. The two lobes, which form the trap, are attached to the midrib common electrode which is conveniently termed the spine. The upper surface of each lobe is dished, and spaced along the free margins of the lobes with some 15–20 prong-like teeth. These are tough and pointed, and are inclined at an inward angle so that when the trap is sprung shut they will interlock. We have been experimenting with the VFT closing of its jaw-like lobes that close in about 0.3 s and have gained a lot of knowledge to report on the ionic and electrical mechanisms involved in the operation of such intelligent distributed biomolecular motors.via Discovery To make the robot, Shahinpoor fashioned two “leaves” out of the material he’d created to mimic the mouth-like appearance of the Flytrap. He then created a spine from a roll of copper. Then to copy the tiny hairs on the Flytrap that function as the sensors, he added very small strips of the IMPC material. The rest of the robot was constructed as a normal relay and voltage generation system.The new material in the robot works in two ways. First, because of the unique properties of the IPMC material, simply touching it causes a very small voltage to be generated. The second is the muscle type flexing or bending, exhibited by the material when given a charge. With the robot, the small strips serve as sensors, that when touched, relay a tiny charge to the voltage generator which sends a little bit bigger charge to the “leaves” causing them to bend inwardly towards one another, or in viewing it, as a mouth closing on its prey.The material Shahinpoor invented bends when given a charge due to the redistribution of ions. The trap snaps shut: Researchers isolate the substance that causes venus flytraps to close Side view design of the robotic VFT in open (a) and closed (b) configurations. Image: Bioinspir. Biomim. 6 046004. doi:10.1088/1748-3182/6/4/046004 (PhysOrg.com) — Mohsen Shahinpoor, a professor of mechanical engineering at the University of Maine has created a robot version of the infamous bug eating Venus Flytrap, using a material he invented himself several years ago. Named ionic polymeric metal composite (IPMC), it’s a nanomaterial that can be used to mimic muscle function. Shahinpoor describes in his paper published in Bioinspiration & Biomimetics, how he used this material to recreate the sensing and closing abilities of the Venus Flytrap. Citation: Mechanical engineer creates robot Venus Flytrap (2011, October 27) retrieved 18 August 2019 from https://phys.org/news/2011-10-mechanical-robot-venus-flytrap.html © 2011 PhysOrg.com 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 furtherlast_img read more

New 311mph maglev train in Japan passes initial tests

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. (Phys.org) —Engineers with Central Japan Railway Co. have put their newest maglev L0 train through initial testing and report the new high-speed train is on course for commercial deployment by 2027. The train will eventually carry up to 1000 passengers at a time in 16 carriages (traveling at speeds up to 311mph / 500kmph) between Tokyo and Nagoya, cutting current travel time from 90 to 40 minutes. Explore further The initial test of the train was a simple trial to ensure soundness—the lead car and four other carriages were pulled along a track using a maintenance vehicle. An official test of the train is expected to be carried out in September. The maglev train, like others of its kind, is held in the air by magnets as it’s traveling cutting down on friction between wheels and rails.Japan was the first country to introduce maglev trains. They built and used one to transport spectators at speeds up to 130mph to and from venues at the 1964 Olympics held in that country. Since that time, virtually all other technically advanced countries have built so-called bullet trains and have put them into service. The title of worlds fastest is currently held by China’s Shanghai maglev train—it’s capable of running at speeds of up to 268mph, though it generally operates at closer to 150mph due to track length restrictions. A train running at 311mph would set a new bar, likely prompting others to see if that speed can be topped.Japan has set itself apart in high speed rail—its current network of trains run at speeds averaging a world-best 199mph over 1,400 miles of track. Nagoya, Japan’s third largest city is approximately 218 miles west of Tokyo—the the span between them is currently serviced by the Tokaido Shinkansen Line. Plans call for the rail line to be extended all the way to Osaka by 2045. Government officials have indicated that the overall plan is to add high-speed service between all of the major cities on Honshu, the country’s main island. Credit: TokioTimes When complete, each of the new trains will feature 16 carriages—plus the streamlined nose car positioned at the front. Each passenger car will be 24.3 meters in length, giving riders more room than conventional railcars, though there will be one extra seat per row. © 2013 Phys.org Japan’s newest floating train is one blistering maglev Citation: New 311mph maglev train in Japan passes initial tests (2013, June 6) retrieved 18 August 2019 from https://phys.org/news/2013-06-311mph-maglev-japan.htmllast_img read more

African wild dogs adapt use of space to coexist with lions and

first_img Citation: African wild dogs adapt use of space to co-exist with lions and hyenas (2014, June 11) retrieved 18 August 2019 from https://phys.org/news/2014-06-african-wild-dogs-space-co-exist.html Journal information: PLoS ONE Explore further Cheetahs found to use spatial avoidance techniques to allow for surviving among lions © 2014 Phys.org They formed this hypothesis based on examples of avoidance from other carnivore communities. For example, in Nepal it was found that leopards avoided areas with high tiger densities. Another study found that small brown hyenas avoided bigger spotted hyenas because of competition over food. Darnell and her team completed their research in Hluhluwe–iMfolozi National Park where the movements of six packs of dogs, 12 lion prides and a clan of hyenas where tracked over about two years. Carnivore location, activity and behaviour was recorded every week. This was normally done during either sunset or sunrise, when carnivores are most active. “Subjects were nearly always observed in person. Wild dogs and lions were located both via radio telemetry and opportunistically. Spotted hyenas were observed mostly opportunistically,” said Gunther. By doing this, the research team were able to define the areas over which each carnivore roamed. They were also able to identify the times during which each carnivore displayed activity. This allowed the researchers to assess both spatial and temporal aspects of avoidance. It was found that African wild dogs spent the majority of their time in areas that were free of lions. For instance, wild dogs consistently located their dens in areas of low lion density. But given the relatively small size of the national park, sometimes spatial avoidance was not possible. In these situations wild dogs avoided the lions by emerging from their dens to hunt at times when the lions were not active. Defending kills But wild dogs did not avoid spotted hyenas, either spatially or temporally. The lack of avoidance shown by the wild dogs to hyenas was probably due to the relatively large pack size of the dogs in Hluhluwe–iMfolozi National Park. This would be an advantage during a conflict and may allow the dogs to defend their kills adequately from any scavenging hyenas. Gunther concluded by saying: “we cautiously suggest that wild dogs can co-exist with lions and hyenas, but they need enough space to do so”. Carnivore competition We mostly think of large carnivores being in competition with the prey they hunt and eat. But recently there has more recognition of the conflicts that occur between different carnivore species. African wild dogs, lions and spotted hyenas are just three of many carnivores that inhabit the Hluhluwe–iMfolozi National Park in South Africa. The park is set over about 96,000 hectares, about the size of a small county. The three carnivores have similar diets; they feed on a range of prey including gazelles and other antelopes. Because they have such similar tastes, the three carnivores have to compete with each other to eat. African wild dogs are smaller than lions and hyenas and usually come off worst in conflicts. Given the lion’s size, it is not surprising that they pose the biggest threat to wild dogs during conflicts. In fact, one of the biggest causes of African wild dog mortality is predation by lions. Spotted hyenas also pose a risk, but they do not kill wild dogs. Instead hyenas are known for stealing freshly killed carcasses from wild dog packs. All conflicts of this kind are of course costly for wild dogs, but it is agreed that lions are a far larger threat to wild dogs than hyenas. Avoiding dangerKeeping this in mind, Professor Darnell of Humboldt State University, Virginia, and her colleagues from the Smithsonian Conservation Biology Institute, California, collaborated with researchers in South Africa based at the University of KwaZulu-Natal and the University of Pretoria. Their aim was to find out how African wild dogs managed to co-exist with larger carnivores. “We were very interested to see how wild dogs moved in space relative to their larger competitors, lions and hyenas. Did wild dogs avoid these other carnivores? How did they manage to share space?” Said Dr Gunther, a lead researcher at the Smithsonian Conservation Biology Institute, California. They tested the idea that wild dogs would avoid other carnivores, and the risks which they pose. It was predicted that dogs would avoid lions more strongly than hyenas, as lions pose more of a threat. (Phys.org) —African wild dogs share their habitat with other, larger carnivores such as lions and spotted hyenas. In a recent paper, published in PLOS one, it was found that African wild dogs adapt their use of space to avoid some larger carnivores. This allows wild dogs to co-exist with lions and hyenas, provided there is enough space to do so. More information: Darnell AM, Graf JA, Somers MJ, Slotow R, Szykman Gunther M (2014) Space Use of African Wild Dogs in Relation to Other Large Carnivores. PLoS ONE 9(6): e98846. DOI: 10.1371/journal.pone.0098846AbstractInteraction among species through competition is a principle process structuring ecological communities, affecting behavior, distribution, and ultimately the population dynamics of species. High competition among large African carnivores, associated with extensive diet overlap, manifests in interactions between subordinate African wild dogs (Lycaon pictus) and dominant lions (Panthera leo) and spotted hyenas (Crocuta crocuta). Using locations of large carnivores in Hluhluwe-iMfolozi Park, South Africa, we found different responses from wild dogs to their two main competitors. Wild dogs avoided lions, particularly during denning, through a combination of spatial and temporal avoidance. However, wild dogs did not exhibit spatial or temporal avoidance of spotted hyenas, likely because wild dog pack sizes were large enough to adequately defend their kills. Understanding that larger carnivores affect the movements and space use of other carnivores is important for managing current small and fragmented carnivore populations, especially as reintroductions and translocations are essential tools used for the survival of endangered species, as with African wild dogs. 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. Home ranges of African wild dogs, lions, and spotted hyenas during the (a) denning period, (b) post-denning period, and (c) non-denning period in 2004 in Hluhluwe-iMfolozi Park, South Africa. Credit: PLoS ONE 9(6): e98846. doi:10.1371/journal.pone.0098846last_img read more

Noted architect urges people to preserve Dalhousie Square

first_imgKolkata: Manish Chakraborty, noted architect and restorer of old structures has urged the people to get actively involved and nominate the Dalhousie Square as a World Heritage site by UNESCO. “Dalhousie Square at one time was the Administrative and Business headquarter of India and it is a heritage site not just for Bengal but for the entire country having being the place of many firsts in this country”, he stated.He was delivering the third edition of “The Calcutta Talks” organised by The Bengal Chamber of Commerce and Industry in association with Halo Heritage at Williams Magor Hall on Wednesday. Also Read – Heavy rain hits traffic, flightsChakraborty emphasised that Bengal is full of skilled craftsmen who can be made to be more involved in restorative projects. Amitabha Ghosal, a restoration engineer spoke about the marvel of engineering off The Howrah Bridge. “I am grateful to the Bengal Chamber for honoring this 75-year-old steel structure. It’s a rare honour. A city is after all known by its structures and icons and Howrah Bridge is the undisputed icon of our city”, he said. Ghoshal has been closely involved in the design of many iconic structures like the Vidyasagar Setu, bridges across Brahmaputra and highly acclaimed restoration work of Hardinge Bridge in Bangladesh. “The Calcutta Talks” is a prestigious lecture series that is against the backdrop of “The Calcutta Gallery”. Also Read – Speeding Jaguar crashes into Merc, 2 B’deshi bystanders killedThis gallery is dedicated to the eternal city of Kolkata and takes one through a pictorial journey through the hallowed pathways of the industrial and commercial history of Calcutta. The transformation of three innocuous villages by the Hooghly into a colossal metropolis is fascinating, awe inspiring and magical. The Calcutta Gallery portrays 325 years of the city’s glorious history through an expansive and rare collection of photographs,” said Indrajit Sen, president designate, the Bengal Chamber.last_img read more

India Seychelles sign 4 pacts to boost security cooperation

first_imgSeeking to expand its footprint in the strategic Indian Ocean, India on Wednesday agreed to help Seychelles in mapping its hydrology reserves under four agreements signed during the visit of Indian Prime Minister Narendra Modi who launched a coastal surveillance radar project to boost security cooperation with the island nation.The Prime Minister also announced that India will give a second Dronier aircraft to Seychelles and provide free of cost visas for three months for its citizens and making it available to them on arrival. Also Read – Need to understand why law graduate’s natural choice is not legal profession: CJIAfter one-to-one and delegation-level talks with Seyechelles President James Alix Michel, Modi, the first Indian Prime Minister to visit Seychelles in 34 years, also said they underlined the importance of comprehensive cooperation in the Indian Ocean region.”We expressed support for a more active and productive Indian Ocean Rim Association,” Modi, who arrived here on Tuesday on the first leg of his three-nation tour, told reporters.He also launched the Coastal Surveillance Radar Project, describing it as another symbol of the cooperation between the two countries. Also Read – Health remains key challenge in India’s development: KovindAmid increasing Chinese focus on the Indian Ocean, India is aiming to pitch in with all help to island nations like Seychelles, Mauritius and Sri Lanka.China has been making inroads into these island nations with infrastructure projects that has raised India’s eyebrows.The first CSR would be based in Mahe Island, capital of Seychelles.”This is part of the capability enhancement project for Seychelles in which India is helping,” official sources said, adding that it will help keep a watch on the coastline and Exclusive Economic Zone (EEZ) and combat piracy. Modi and Michel witnessed the signing of four agreements: cooperation in hydrographyic survey, renewable energy, infrastructure development and jointly develop navigation charts and electronic navigational charts for sale to other countries.”Our agreement today on hydrographic survey adds a new dimension to our maritime cooperation. I thank Seychelles for their confidence in India,” Modi said.”Our security partnership is strong. It has enabled us to fulfil our shared responsibility to advance maritime security in the region,” he said.”It is a privilege to be a partner of Seychelles in the development of its security capabilities,” Modi said, adding India’s help will enable Seychelles to secure its beautiful islands and the vast expanse of waters around them.”Seychelles will also continue to make an enormous contribution to the safety and security of the Indian Ocean Region,” he said.Modi said he held “very productive” talks with Michel and described Seychelles as “a vital partner in our Indian Ocean neighbourhood”.”Short it may be, but this visit has been very productive. It is no surprise that Seychelles is my first destination in the Indian Ocean Region,” Modi said.”We also hope that Seychelles will soon be a full partner in the maritime security cooperation between India, Maldives and Sri Lanka,” he said.Modi said he was deeply touched by the extraordinary hospitality and warmth he received in the country.”Our relationship is unique and special. It is founded on deep sense of mutual trust and confidence. It is marked by a spirit of respect and equality; and enormous goodwill and warmth,” he said.Modi and Michel also agreed to establish a Joint Working Group to expand cooperation on the Blue Economy to harness new possibilities of the ocean in a sustainable and balanced manner.”Seychelles is a leader in advancing the concept of Blue Economy. We also believe that the Ocean Economy is indispensable to meeting our future challenges,” Modi said.”This cooperation will increase our understanding of marine ecology and resources,” he said.”This is a major step in advancing our scientific and economic cooperation,” the Prime Minister said.”We stressed our support for expansion in our modest trade and investment relations.”Modi expressed hope that Seychelles would be able to quickly utilise the committed USD 75 million in grants and credit provided by India in accordance with its priorities.He thanked President Michel for his country’s consistent support to India in international forums, including its bid for a permanent membership of the UN Security Council.He invited President Michel to visit India at an early date.Calling India a leader, Michel said and his country looks up to India. He said he looks forward to visit India.Michel said his country valued strategic partnership with India.Modi said the two countries have strong convergence of views on climate change.”We are two nations that are vulnerable to its impact. And, we are deeply committed to combating it,” he said.”We stressed our shared commitment to strong national action. We also called for a strong and ambitious global effort, especially from the developed world, on climate change,” the Prime Minister said.Foreign Secretary S Jaishankar and National Security Adviser Ajit Doval were part of the Indian delegation during Modi’s talks with President Michel at the State House in Victoria that lasted one hour.Michel had received Modi at the airport late last night.Seychelles has a population of 90,000 people and 10 per cent of them are of Indian-origin.last_img read more

Soon Victorial Memorial visitors to witness new light and sound show

first_imgKolkata: Victoria Memorial is making a complete overhaul of its son et lumiere, which is expected to kick off during winters, the time when there is a huge footfall of both national and international tourists at the Memorial.”The analogue show format will be passe and there will be a sea change with the 3D projection mapping system. The Memorial’s marble edifice will serve as the virtual screen to narrate Kolkata’s story – a journey that will encapsulate nearly four centuries, beginning from Job Charnock’s arrival in Calcutta to contemporary Kolkata. The characters will seemingly speak on their own, narrating the 300 years history of Kolkata,” curator of VM, Jayanta Sengupta said. Also Read – Heavy rain hits traffic, flightsThere will be no commentary as it has been in the traditional light and sound show.The light and sound show at VM had started way back in the year 1991 and was held on a screen on the eastern lawn of Victoria Memorial Hall for over two decades. The script was by writer Sunil Gangopadhyay, the narration was provided by Soumitra Chatterjee in Bengali and Dhritiman Chattopadhyay in English. There will be no such narration in the present format and some noted historians associated with the research on old Kolkata will pen down the Also Read – Speeding Jaguar crashes into Merc, 2 B’deshi bystanders killedscreenplay.There will also be the inclusion of Hindi language in the new format and the duration of the show will be slightly less than the old show that was stalled for more than a year. Earlier, the show was of 40 minutes. The present one will be between 30 to 35 minutes. “There is an average footfall of 36 lakh visitors a year at the VM and many of them coming from other Indian states could not properly understand Bengali and English. So, we have decided to introduce Hindi,” a senior official said. The VM has plans to have more seating arrangement for the spectators in this new format.It may be mentioned that the VM authorities since last week has increased the timing of the Memorial by an hour. It is now open till 6 pm and is probably the only museum under the aegis of Ministry of Culture that is open beyond 5 pm.last_img read more

Fake Eid holiday notice put up on social media

first_imgKolkata: In a bid to malign the Mamata Banerjee government and show her “weakness” towards the Muslim community, a fake notification stating that “Governor is pleased to declare state government holiday from June 12 to 15” in connection with Eid, has been circulated through social networking sites.Police have initiated a high-level enquiry to find out who has uploaded the “fake notification” with the intention of spreading canards.When contacted, a senior officer of the state government said: “It’s fake. The top brass of the Finance department has already taken up the issue and there was a detailed discussion in this regard on Saturday night itself. Necessary action has been taken. A case has also been lodged.” The officer further stated that the government is taking it very seriously as the photograph of the piece of paper containing the notification looks almost similar to an original document of the state government and moreover, it also carries the image of the logo of Bengal at the top of the notification. Also Read – Heavy rain hits traffic, flightsIn a tweet, Kolkata Police has uploaded the photograph of the fake notification and stated that “a fake notification is doing the rounds in social media about Eid Holidays. It is false. Those who have masterminded this will be strictly dealt with as per law.”It has been stated in the order that “In order to celebrate Eid festival, which falls on June 12 to 15, 2018, in a befitting manner, the Governor is pleased to declare state government holiday on June 12 to 15, 2018, in addition to 16 June, 2018, which has already been notified as a public holiday.” Also Read – Speeding Jaguar crashes into Merc, 2 B’deshi bystanders killedIt has also been stated in the fake notification carrying signature of an additional secretary level officer of the state Finance department, that all state government offices along with educational institutions and other state government undertaking companies shall remain closed.Stating the information to be completely false, a senior officer of Kolkata Police’s cyber cell said: “They have initiated necessary steps to identify the origin of the rumour that spread among lakhs of people through the social networking site, within a very short span of time.”This comes at the time when Chief Minister Mamata Banerjee has repeatedly urged people not to fall into the trap of any rumour, as there had been constant attempts of creating disturbances in the state.The police are also maintaining vigil and also creating awareness among netizens to ensure that people inform the police as soon as they come across any rumour. The police are also taking strict measures against rumour mongers, said the police officer.last_img read more

Three minor girls drown in Islampur

first_imgBALURGHAT: Three minor girls drowned while taking bath in an abandoned roadside ditch. The incident took place in North Dinajpur’s Islampur on Sunday afternoon.The victims have been identified as Beauty Khatun (9), Tarana Khatun (7) and Nazrana Khatun (8). The three were cousins.Local sources said the three sisters went together to a roadside ditch for a bath, after intimating their parents. They started playing in the water but then drowned. A local boy informed their family members about the incident.Local residents and the worried parents rushed to the spot and rescued them. They were immediately taken to a nearby health centre, where the doctor declared them brought dead.”They had gone to take a bath there. When they didn’t return after two hours, their parents became alert and were about reach the spot in search of them. In the meantime, a local boy informed them about the matter,” said Kadai Sk a local resident.All three came from needy families. The local residents have demanded compensation from the administration inthis regard.last_img read more