Citation: Freelance site using software to recruit and pay workers (2010, May 12) retrieved 18 August 2019 from https://phys.org/news/2010-05-freelance-site-software-workers.html Explore further (PhysOrg.com) — Freelancer.com, a freelance site based in Sydney, Australia, has come up with the idea of using software to recruit and pay professionals to carry out work. The site enables software developers to write programs to post job adverts, select from those bidding on the jobs, and even pay them, without any human input. API Flow Overview © 2010 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. Microsoft vows openness for mobile app store Matt Barrie, Chief Executive of Freelancer.com, said that after 60 years of people controlling software we are now “getting to the stage where software can control humans.” One possible application of the system could be a company having a large online inventory of virtual goods for sale. The software could stock the store with content created by writers recruited automatically, and those who produced the best-selling product would be selected to create more content. The process could continue as long as the company had money in the bank to continue paying its workers. Barrie said the company was looking forward to “where this might take us.”Barrie said the site has enough programmers on file to make it possible for software to be developed that could even improve itself by hiring programmers to improve its own code, perhaps perpetually. The new software algorithms enabling automatic recruitment, training and paying of workers have just been released for a number of different industries using the site.Barrie said the software algorithms would in many ways ensure performance assessments were more objective, since they are not influenced by subjective factors, such as whether or not the boss likes the worker. Barrie also said in a press release that the system could be used to automatically hire “one, three, or 500 humans,” and that it could “literally assemble an army overnight to solve complex problems.”Automating the hiring process is not an entirely new idea, since many companies now use programs such as TalentFilter to sort through large numbers of applicants to select a short list for interview. In these systems it is quite possible an application or CV is never viewed by a human.There are many outsourcing sites on the Internet, and like the others Freelancer.com has a large membership of people with a wide range of skills such as programmers, Web designers, writers, architects, graphic designers, and so on. Freelancer.com claims to be the largest of these sites, with over 1,500,000 workers registered in 234 countries.The application programming interface (API) is accessible from Freelancer.com.
Explore further (PhysOrg.com) — The many ways in which water differs from other molecules is both a scientific curiosity and an important factor in shaping the Earth. Among water’s unique properties are that it expands when it freezes, it boils and freezes at higher temperatures than expected for a compound with its molecular structure, and it has the ability to absorb large amounts of heat without getting hot. In a recent study, scientists have investigated another unique phenomenon of water called regelation, which occurs when frozen water – or ice – melts under high pressures, even if the temperature is below freezing. Once the pressure is lifted, the water refreezes. The scientists, Teemu Hynninen from the Tampere University of Technology and the Aalto University School of Science and Technology in Finland, as well as coauthors from Finland, Canada, and the US, have performed simulations of the pressure-induced melting of ice by cutting a block of ice with a nanowire. The experiment is similar to a classic experiment performed over a century ago in which scientists demonstrated that a thin, weighted wire could slowly pass through an ice block due to the pressure it exerts on the ice. In the new study, the scientists simulated a nanowire, whose diameter was on the scale of the water molecules, to investigate the molecular-level mechanisms responsible for regelation.“We decided to study the wire-cutting experiment because it has historical signifigance, it is conceptually simple, and it hadn’t been studied on the microscopic scale,” Hynninen told PhysOrg.com. “In this case, we have a wire moving through ice (instead of sliding on it like in normal friction), and the motion is governed by complicated interplay between the wire and the liquid and solid phases of water.” In the simulations, the nanowire is depicted as a string of beads that interact with the H2O molecules. When these beads exert a pressure on the H2O molecules, they break the hydrogen bonds between the oxygen atom of one molecule and the hydrogen atom of another molecule. This breaks the ice lattice structure and transforms the solid ice into liquid water, allowing the nanowire to move through the water, even though the temperature is below freezing. As the scientists explain, the critical point at which the nanowire melts the ice can be thought of as a depinning transition, which generally refers to the yield point of a solid under stress. The simulations showed that this critical point depends on the type of wire used. The scientists compared two types of nanowires – hydrophilic, i.e., a wire whose surface attracts water, and hydrophobic, i.e., a wire whose surface repels water – and found that the wires moved differently through the ice after the depinning transition. Copyright 2010 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. The difference is due to the nanowires’ different structural properties, which causes them to interact differently with the surrounding water molecules. The hydrophilic nanowire exhibits a continuous transition at depinning, where the water can easily flow around it, allowing for smooth movement through the ice block. The hydrophobic wire, on the other hand, exhibits a discontinuous transition, where the water builds up thickly on one side of the nanowire. This wire can only move once the water layer builds up high enough so that it reaches the top of the wire, at which point it flows down the other side into a small void, allowing the nanowire to cut through the ice. As the scientists explain, this behavior is somewhat counterintuitive, since a hydrophobic wire might be expected to move more quickly through water than a hydrophilic one due to the latter’s closer water contact and increased friction. However, in this case, the hydrophobic wire’s resistance to water causes it to be partly obstructed by solid ice, giving it more resistance to movement than the hydrophilic wire.“The physically most interesting result we found is that there is a clear difference between the hydrophobic and hydrophilic wires in the way they depin, i.e., how they start moving as the driving force increases,” Hynninen said. “Although the nanowire we use here is a very simple object, our work shows that small structures in contact with water and ice may exhibit unexpected, complicated behavior.” This qualitative understanding and the additional detail provided by the simulations demonstrates how the pressure-induced melting of ice depends on the wetting properties of the object – in this case, the nanowire – applying the pressure. The molecular-scale mechanisms that explain this unique property of water could allow scientists to better understand how the pressure-induced melting and freezing of water has helped shape the Earth. For example, the phenomenon of regelation acts in systems such as glaciers, allowing pressurized ice sheets to flow around obstacles.“This study is basic research, not aimed to solve any particular problem,” Hynninen said. “Having said that, the work is part of a bigger project on the friction of ice at the nanoscale, and there the applications are more obvious. The slipperiness of ice and wet surfaces are significant issues in, e.g., transportation, and better understanding of these phenomena at the microscopic level could help design coatings or microstructures with desired frictional properties for tires, shoes, sports equipment, etc.” Researchers study how ice melts in contact with soil More information: Teemu Hynninen, et al. “Cutting Ice: Nanowire Regelation.” Physical Review Letters 105, 086102 (2010). DOI:10.1103/PhysRevLett.105.086102 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: Scientists investigate how ice melts below freezing due to nanowire’s pressure (2010, September 2) retrieved 18 August 2019 from https://phys.org/news/2010-09-scientists-ice-due-nanowire-pressure.html This figure shows how hydrophilic and hydrophobic nanowires move differently through ice: the liquid easily flows around the hydrophilic wire, but builds up on one side of the hydrophobic wire. Image credit: Teemu Hynninen, et al. ©2010 The American Physical Society.
Researchers produce first Iraqi-to-English speech-to-speech translation app “No network required,” reads the promotion. “Results appear immediately on your video screen when you need it, anywhere in the world.”Word Lens uses text recognition to work out what the word or phrase is, and automatic-translation software translates it into the new language. The translation is then pasted over the original location. “An optical character recognition engine works with the in-built real time translator to translate foreign phrases for you. The converted text is then displayed on the screen of the smart phone.” © 2012 Phys.org More information: play.google.com/store/apps/det … c3VhbC53b3JkbGVucyJd (Phys.org) — Tuna with hot sauce. Beach closed. Please use caution. Apple users of iOS devices, drawing envy with their cooler than cool apps, have since 2010 enjoyed Word Lens, an application that instantly provides a foreign language translation of a menu or road sign just by the user hovering the device’s camera over the foreign language content in realtime. Now Word Lens is offering its translation app for Android too. The Android app will do translations between English and Spanish, Italian, and French using just the video camera. The nice feature of the app is that network connectivity is not required. Citation: Word Lens – augmented reality translation app – jumps platforms, is now on Android (2012, July 9) retrieved 18 August 2019 from https://phys.org/news/2012-07-word-lens-augmented-reality.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. Otavio Good and John DeWeese from Quest Visual are the two developers behind Word Lens. According to Good, Word Lens tries to find out what the letters are and then looks in the dictionary. Then it draws the words back on the screen in translation. The Android app is offering for purchase translations between English and Spanish, French, and Italian. The introductory price is $4.99 per language.Those testing out Word Lens for the Android platform think it has a way to go. One site said that their brief tests of Word Lens for Android showed it worked well except for rapid flickering of words going back and forth in the translation process. Others described the Android version as having a quirky interface and being shaky and bumpy. Also, said one critique, the app does not work effortlessly in that you need to keep the hand steady and scroll over sentences patiently. Also, phrases have strangled English language word placements, such as “Tongue Bolivian” or “sauce spicy of anchovies” but as a language support tool for visitors to foreign countries it is largely considered as useful. The developers themselves caution that the app will best work with “clearly printed text“ and they note that it does not recognize handwriting or stylized fonts. Good acknowledges weaknesses and says he would be the first to say that the app is not perfect, “but perfect was not the goal,” he added. What is useful, he said, is that “you can get the general meaning.” (Whether it is a spicy sauce or a sauce spicy, you know what is coming.) The app gets good marks elsewhere for speed and useful accuracy. Good says that future plans include introducing more languages. He is also considering a reader for the blind, which would read out loud the words that the app sees on signs. Explore further
Citation: Islands on Titan may actually be bubble streams (2017, April 19) retrieved 18 August 2019 from https://phys.org/news/2017-04-islands-titan-streams.html (Phys.org)—A team of researchers from several institutions in France and Mexico has developed computer models that simulate conditions on Saturn’s largest moon Titan showing that some of the islands on the planet’s surface may be made of bubble streams. In their paper published in the journal Nature Astronomy, the team describes how they built their model and explain how bubble streams could form on the surface of Titan. More information: Daniel Cordier et al. Bubble streams in Titan’s seas as a product of liquid N2 + CH4 + C2H6 cryogenic mixture, Nature Astronomy (2017). DOI: 10.1038/s41550-017-0102AbstractTitan, Saturn’s largest moon, is the only extraterrestrial body known to support stable liquid on its surface, in the form of seas and lakes that dot the polar regions. Many indications suggest that the liquid should be composed of a mixture of nitrogen, methane and ethane. Recent observations by Cassini’s Radio Detection and Ranging (RADAR) instrument of Titan’s large sea, called Ligeia Mare, have shown unexplained and ephemeral bright features, possibly due to rising bubbles. Here we report that our numerical model, when combined with experimental data found in the literature, shows that Ligeia Mare’s bed is a favourable place for nitrogen exsolution. This process could produce centimetre-sized and RADAR-detectable bubbles. Journal information: Nature Astronomy 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. It has been noted that if the bubble theory is correct, it would mean having to design a subsurface vehicle to deal with them if such a probe were ever sent to Titan. Explore further True-color image of layers of haze in Titan’s atmosphere. Credit: NASA Experiments show Titan lakes may fizz with nitrogen Radar images from Cassini showed a strange island-like feature in one of Titan’s hydrocarbon seas that appeared to change over time (series of images at left). Credits: NASA/JPL-Caltech/ASI/Cornell © 2017 Phys.org Prior research has suggested that the seas that exist on Titan are likely made of methane at or near the surface and ethane at greater depth and that the moon’s atmosphere is likely mostly nitrogen. Also, prior research that involved studying images sent back by the Cassini space probe showed islands in some of the moon’s seas appearing and disappearing over time. Study of such islands showed that they were not due to changes in sea levels, which led some to theorize that they were maybe nothing more than areas where bubbles were bursting as they percolated up from below. In this new effort, the researchers built computer models to find out if bubbles really could be the cause of the mysterious islands.To create their computer models, the researchers input data regarding Titan’s makeup and also used data supplied by oil and gas companies that describe the way underground fluids behave under great pressure here on Earth.The researchers report that their models showed that the islands could, indeed, be bubble streams, and offer an explanation of how it could happen. They suggest factors on Titan such as tides, wind or even changes in atmospheric temperatures could cause nitrogen from the atmosphere to mix with methane from the surface, which would then be pushed down into pools of ethane—the difference in pressure at varying depths would force the components to separate, causing the formation of nitrogen gas bubbles, which would naturally rise back up to the surface. They note also that such bubbles would be very reflective, which would explain why they would be picked up by Cassini’s sensors.
Quasars, or quasi-stellar objects (QSOs) are extremely luminous active galactic nuclei (AGN) containing supermassive cetral black holes with accretion disks. Their redshifts are measured from the strong spectral lines that dominate their visible and ultraviolet spectra. All observed quasar spectra have redshifts between 0.056 and 7.54.Astronomers are especially interested in finding new high-redshift quasars as they are the most luminous and most distant compact objects in the observable universe. Spectra of such QSOs can be used to estimate the mass of supermassive black holes that constrain the evolution and formation models of quasars. Therefore, high-redshift quasars could serve as a powerful tool to probe the early universe.Recently, a team of astronomers led by Szymon Kozłowski of Warsaw University Observatory in Poland has conducted a search for high-redshift quasars in Magellanic Clouds. They analyzed the images from OGLE-IV survey and mid-infrared data collected by NASA’s Wide-field Infrared Survey Explorer (WISE), which resulted in the detection of 33 quasar candidates.From these candidates, the researchers spectroscopically observed the two most variable ones. Follow-up spectroscopic observations confirmed that these two objects are indeed high-redshift QSOs.”We report the discovery of two high-z quasars, OGLE J015531−752807 at a redshift z = 5.09 and OGLE J005907−645016 at a redshift of z = 4.98,” the astronomers wrote in the paper.OGLE J015531−752807 has an absolute magnitude in the near-infrared I-band of –27.82 mag, and is the most distant and variable object identified in the OGLE survey to date. When it comes to OGLE J005907−645016, it has an absolute magnitude in the I-band of –28.73 mag. According to the study, the two newly found QSOs have variability amplitude of around 0.4 mag at the rest-frame wavelength of about 1300̊A. This is much larger than in other quasars (less than 0.15 mag) at the same rest-frame wavelength but lower redshifts (between 2.0 and 4.0).The researchers noted that these values may indicate that an increased variability amplitude exists in the population of high-redshift quasars. However, they added that a larger sample of high-redshift QSOs with a at least decade long light curves is needed to verify this assumption. The list of such objects can be expanded by studying other quasar candidates reported in the paper, or by future observations using the Large Synoptic Survey Telescope (LSST) in Chile, which is expected to become operational in the coming years.”This variability issue can be resolved by studying variability of a larger AGN sample at z ≈ 5. This is entirely possible now, because we also provide a list of 31 AGN candidates at z ≈ 5, where all of them have nearly a decade long light curves from OGLE. A sample of high-z AGN with a decade-long light curves will be also increased by the Large Synoptic Survey Telescope, providing light curves for sources 3–4 mag fainter than OGLE,” the astronomers concluded. More information: Szymon Kozłowski et al. Discovery of two quasars at z=5 from the OGLE Survey. arXiv:1810.08622 [astro-ph.GA]. arxiv.org/abs/1810.08622 Astronomers report the finding of two new high-redshift quasars using imagery from the Optical Gravitational Lensing Experiment (OGLE). The newly found quasars, designated OGLE J015531−752807 and OGLE J005907−645016, have redshifts of 5.09 and 4.98 respectively. The discovery is detailed in a paper published October 19 on arXiv.org. © 2018 Science X Network Two bright high-redshift quasars discovered The original OGLE-IV I-band light curves of OGLE J015531−752807 (top; gray points) and OGLE J005907−645016 (bottom; gray). Credit: Kozłowski et al., 2018. Explore further Citation: Two high-redshift quasars discovered using OGLE (2018, October 30) retrieved 18 August 2019 from https://phys.org/news/2018-10-high-redshift-quasars-ogle.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.
Explore further Astronomers have conducted a study of unusually bright single pulses (BSPs) from the millisecond pulsar PSR B1744−24A. The new research, which determined properties of these pulses, could contribute to understanding the nature of BSPs. The study is presented in a paper published November 5 on arXiv.org. Mode changing and giant pulses found in a millisecond pulsar An example of a bright single pulse, integrated between 1,100–1,900 MHz, together with the average profile obtained by summing 5,000 spin periods around the bright pulse. The intensity of the average profile has been multiplied by a factor of 10. Credit: Bilous et al., 2018. Citation: Astronomers investigate unusually bright single pulses from a millisecond pulsar (2018, November 26) retrieved 18 August 2019 from https://phys.org/news/2018-11-astronomers-unusually-bright-pulses-millisecond.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. Located some 19,200 light years away in globular cluster Terzan 5, PSR B1744−24A, or B1744−24A for short (also known as Ter5A), is an eclipsing millisecond pulsar in an ablating binary system. The pulsar has a spin period of 11.56 milliseconds and has a relatively low-mass companion around 10 times less massive than our sun.Observations of PSR B1744−24A have shown that it has highly variable radio eclipses and unusually bright pulses, with intensities up to 40 times the average pulse intensity, and pulse widths similar to that of the average pulse profile. The BSPs from PSR B1744−24A were detected in 2009 by 100-m Robert C. Byrd Green Bank Telescope (GBT). These pulses were observed in the vicinity of the eclipses – in time near eclipse ingress and egress.Unusually bright single pulses are an unexplained phenomenon. Researchers debate whether BSPs are a new, distinct population of pulses, or the result of a propagation effect. The properties of such pulses, like these detected in PSR B1744−24A, make them difficult to classify as a separate emission mode or a giant pulse.In order to learn more about unusually bright single pulses, a trio of researchers led by Anna Bilous of the University of Amsterdam in the Netherlands, has re-investigated observational data of PSR B1744−24A collected by GBT. They have analyzed eight multi-orbit observations of this pulsar to better determine the properties of its pulses.”We present a study of unusually bright single pulses (BSPs) from a millisecond pulsar in an ablating binary system, B1744−24A, based on several multi-orbit observations with the Green Bank Telescope,” the astronomers wrote in the paper.In general, the scientists found that the properties of BSPs in PSR B1744−24A are difficult to explain by scintillation in the interstellar medium, by a separate emission mode, or by conventional giant pulses. These unusual properties are: clustering close to eclipses, unchanging average pulsed intensity or profile shape during BSP outbursts, widths similar to the width of the average profile, intensities up to 40 times the average pulse intensity, and correlated structures in dynamic spectra spanning several pulses.According to the study, BSPs from PSR B1744−24A are similar to strong pulses observed from the so-called Black Widow binary pulsar (or PSR B1957+20). Given that the pulses from the Black Widow pulsar were found to be strong lensing by the intrabinary material, the authors of the paper suggest the same explanation in the case of PSR B1744−24A.”We argue that the strong lensing likely occurs in B1744−24A as well,” the researchers noted.Assuming that strong lensing can explain, at least qualitatively the unusual properties of BSPs from PSR B1744−24A, the researchers calculated that the proposed lens could be even as small as five to 280 kilometers, and residing as close as 0.06 to 160 orbital separations from the pulsar.The astronomers added that further observations of BSPs from pulsars could be helpful in examining the physical conditions in the intra-binary plasma and providing insights into the emission region within the pulsar magnetosphere. © 2018 Science X Network More information: Anna Bilous et al. Unusually bright single pulses from B1744-24A binary: a case of strong lensing? arXiv:1811.05766 [astro-ph.HE]. arxiv.org/abs/1811.05766
“It is also highly possible for personality scores to be weaponized within an organization and used to justify either progress or lack of progress at a company level,” Dr. Gaither explained. “This is problematic as it sends the message that employees are static and unchangeable, going against messages of improvement and growth that other research highlights are necessary to encourage productive, positive and inclusive work spaces.” Read the whole story: The New York Times … “When thinking about different assessments, race/ethnicity, gender, region, socioeconomic status and disability can all impact not only how someone interprets a question when taking a given assessment, but it can also color how someone interprets a score,” Dr. Gaither said. The assessment concluded that I was an I.N.T.J. (Introversion, Intuition, Thinking, Judgment.) At the retreat, we were all encouraged to share our results with one another as we participated in various team-building activities. I reluctantly revealed mine, as I wondered how this detailed profile of my personality traits and communication style would translate to my colleagues. Not only was I the sole black woman in the organization, a demographic notoriously misunderstood in the workplace, I now had the additional strike of being outed as an introvert, in the company of extroverts. Several experts have questioned the validity of assessments like the M.B.T.I. in the workplace, including Sarah Gaither, an assistant professor of psychology and neuroscience at Duke University. Dr. Gaither maintains there is little evidence a personality assessment actually predicts job-related performance. My first experience taking the Myers-Briggs Type Indicator (M.B.T.I.) was at a job where it was mandatory. The company’s chief executive announced that all employees would take the test as part of a quarterly staff retreat.
Kolkata: The Bureau of Indian Standards (BIS) will launch a special drive to create awareness among the consumers to purchase hallmarked jewellery on the occasion of Akshay Tritiya. A meeting was held between senior BIS officials and some jewellers at the Eastern Regional Office on Tuesday afternoon. BIS officials Vishnu Gupta, NK Kansara, KK Paul and Kunal Kumar spoke to jewelers Samar De and Subir Sen and others on the issue. The Government of India started BIS Hallmarking Scheme in the year 2000 to protect the consumers against becoming a victim to inferior quality gold or silver. This scheme is presently voluntary but according to the BIS officials, they have appealed for it to become mandatory. BIS official, Vishnu Gupta, spoke about the precautions that a customer must take into account whilst purchasing hallmark jewellery. The purchased jewellery must have all the 4 symbols of hallmark, which are the BIS Standard Mark, Purity in carat, Assay Centre’s identification mark and jeweller’s identification mark. Customer should also be aware that the concerned jewellery shop must have the sign of hallmarked licence on their board prescribed by the Bureau of Indian Standards. The cash memo provided to them must be checked and a proper invoice should be kept for further verifications, if the hallmarked jewellery is under suspicion. The hallmarking charges per article for gold are Rs 35 and Rs 25 for silver.The officials said 21,641 hallmark jewellery license holders are present in India and BIS hopes that this number will increase due to this awareness drive.
Adarsh Shastri, an Aam Aadmi Party MLA from Dwarka is now the Parliamentary Secretary (Information Technology) in Arvind Kejriwal’s team in Delhi. The former Sales Head of Apple India, Shastri has been entrusted to bring in Information Technology in various departments of Delhi government and convert the national Capital into a “Smart City”. He is also looking after the wi-fi project, one of the flagship
Veteran actor Rishi Kapoor ushered in his birthday with son Ranbir and wife Neetu. The actor, who turned 62 on Friday, posted a picture along with the Bombay Velvet star and Neetu.“This afternoon at the Le Petit Maison. Thank you Ranbir for coming early,” Rishi posted on twitter alongside the picture in which the trio are seen posing in a restaurant.Neetu took to Instagram and shared the same picture with the caption, “Rans joins in for his Dad s birthday celebrations!!! Bless him. 4rth sep.”
Alcohol dependence causes morbidity as well as mortality and is
Megastar Amitabh Bachchan has been very vocal about his love for music and he has credited his parents for introducing him to it.The 73-year-old Piku star says his father, poet Harivansh Rai Bachchan and mother Teji Bachchan were equally into music and he has got the music-lover genes from his father.“Music remained integral in us all from our days of learning to crawl. But the learning of it, crawled throughout us. Till date. I ask many of those that have the blessings of notes and chords and voice, what it would take to be in their justice, in their sanctified courtyard. “They assure me it to be never too late. I have reservations. Also Read – A fresh blend of fame“My hours and time has passed and wished away of learning. May it remain within, if not in learning, then in its subdued and silent presence,” Bachchan wrote on his blog.The Shamitabh star, who is currently busy shooting for new TV show Aaj Ki Raat Hai Zindagi, says the connection he has with music comes from within.“The music that represents me, that I get the opportunity to explore and compose, comes from within by its own accord.There is no training nor any professional bearing. It just comes.“I cannot but begin to believe that the strains of my Father’s music interest, has followed my genes as an integral part of my construct… Do not have any other reason for its presence.”
“Fast and Furious” star Paul Walker’s father has filed a lawsuit against car company Porsche, alleging wrongful death of his son.In the court documents obtained, the actor’s father, who is the executor of Walker’s estate, alleges the Porsche Carrera GT lacked certain safety features that could have saved the lives of Walker and his friend, Roger Rodas, who was driving at the time of the accident, reported People magazine. Similar to the wrongful death lawsuit the actor’s daughter Meadow brought against the car company, Walker’s father states that the missing features include a stability control system, side-door reinforcements and a breakaway fuel line that could have stopped the car from catching on fire after it hit three trees.
BALURGHAT: A group of miscreants allegedly led by some BJP activists attacked the house of Trinamool MLA of Itahar in North Dinajpur, Amal Acharjee, on Tuesday night.The goons had allegedly pelted stones and hurled bombs targeting the house. Acharjee is also the Trinamool Congress district president of North Dinajpur. Acharjee has filed an official complaint with the police on Wednesday. According to a police source, the BJP had conducted a victory rally after forming the Panchayat board in Itahar, while miscreants led by party activists targetted Acharjee’s house. Notably, the BJP had bagged 13 seats and formed the board of Itahar Gram Panchayat on Tuesday. Trinamool had won in 12 seats. “Itahar is a peaceful area. The BJP after capturing the Gram Panchayat started terrorising Trinamool voters, leaders and workers. We will not tolerate this. Trinamool is against any such activity. I have urged the police for strict legal action against those who were behind the crime,” Acharjee said.
Kolkata: The state Self-Help Group and Self-Employment (SHG & SE) department has collaborated with the department of Correctional Services for a massive education drive through the process of vocational training programme for the inmates of the correctional homes across the state.”Our sole objective is to prevent recidivism and with this objective we have adopted the policy to train inmates of correctional homes in various trades to develop their skill & expertise, so that they get employment after their release,” said Ujjal Biswas, minister for Correctional Services department. Also Read – Rain batters Kolkata, cripples normal lifeThe West Bengal Swarojgar Corporation Ltd (WBSCL), an undertaking of the state SHG & SE department that imparts skill-based job oriented training to unemployed people will launch this programme in the correctional homes “Our main target group for the training will be those inmates who are slated to complete their prison term within a period of six months to one year. We will train them in a way so that they become self-reliant. Inmates, who will be trained under this programme, will get financial assistance after their release from correctional homes,” a senior official of WBSCL said. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killedThe inmates after their release will be linked with the flagship scheme — Swami Vivekananda Swanirbhar Karmasanasthan Prakalpa — to support them for self employment. Around 30 inmates from each of correctional home will receive training and will be awarded certificates after successful completion of the training. The superintendents of central and district correctional homes as well as the social welfare offices in the correctional homes has made a study on the vocation, depending upon the interest of the inmates. The WBSCL has already prepared a training calendar and have designated agencies for each of the 20 correctional homes which will come under the aegis of the training in the first phase. The agencies under the WBSCL who will impart the training will provide the necessary infrastructure and equipment of the programme. It may be mentioned that there are as many as 78 vocations in which the WBSCL provides training. The total cost for the project is around Rs 2 crore and for the first year it will involve Rs 1 crore. The WBSCL has sanctioned Rs 50 lakhs and deposited the same as advance to the West Bengal Prisoners Welfare Fund.
Kolkata: A 36-year-old man who was injured in an explosion at Nagerbazar area succumbed to his wounds at a state-run hospital here, an official of the medical establishment said Monday. With this, the death toll in the explosion has risen to three. The man identified as Sharat Sethi, a washerman, was sitting at a nearby tea stall when the low-intensity blast took place on October 2 morning. Sethi died at the RG Kar Hospital here Sunday night, the official said. Also Read – Rain batters Kolkata, cripples normal life Another victim of the blast, Ajit Halder, had passed away at the hospital on Saturday night. West Bengal CID, which is investigating the blast, said the death of fruitseller Ajit Halder on Saturday night would slow up their probe. “He (Halder) was giving us important information on what had happened on that day,” a senior officer of the CID said. A seven-year-old boy was killed and nine people, including his mother, were injured in the low-intensity explosion in front of a fruit stall in the northern suburb of the metropolis. The boy’s mother is undergoing treatment at the SSKM hospital, an official of the state-run facility said.
Kolkata: The Kolkata Metropolitan Development Authority (KMDA) is slapping a notice on Kolkata Metro Rail for putting up advertisements on several pillars, particularly in Rajarhat-New Town area. The state government has been developing vertical gardens on the Metro pillars in an effort to increase greenery in the city.”We have waived Rs 257 crore as fees against the land that we had developed and later handed it over for construction of pillars for the Metro project. The Union Railway minister had written to the state government seeking a waiver. The matter was taken up at the state Cabinet and then we decided not to take charges, considering the fact that the project will benefit the people of the state. But now, they are using the pillars for commercial purposes and have put up advertisements on some of them,” state Urban Development minister Firhad Hakim, who is also the chairman of KMDA, said. Also Read – Rs 13,000 crore investment to provide 2 lakh jobs: MamataThe Chief Executive Officer (CEO), KMDA, had written a letter to the Metro authority on February 15 but later when they were called in for a meeting in this connection, they did not turn up. “KMDA CEO has slapped a notice that the advertisements should be pulled down. I have personally requested the General Manager of Metro Railways that in an effort to curb pollution, we will be using these pillars for the purpose of developing vertical gardens,” Hakim said. A large number of vehicles ply daily along the Eastern Metropolitan Bypass and use Biswa Bangla Sarani to commute to the airport resulting in severe pollution. “Hence, increasing the green cover through vertical gardens will reduce the impact of pollution,” a senior KMDA official maintained.
Kolkata: A major fire broke out on the top floor of a four-storey commercial building in south Kolkata on Thursday, a fire brigade official said here. The blaze, reported around 9.20 am, was brought under control after three hours of firefighting, he said. As many as 12 fire tenders were pressed into service to douse the flames, the official said, adding that a portion of the building’s roof and part of a wall on the top floor have collapsed. Also Read – Rs 13,000 crore investment to provide 2 lakh jobs: Mamata The cause of the fire is yet to be ascertained. According to a police officer, the commercial building, near Rabindra Sadan Metro station, has been evacuated and no one sustained injuries. Senior fire brigade personnel and police officers, including the Director General of Fire Services Jag Mohan, are reviewing the situation, he stated. The incident led to massive traffic snarls during the rush hour on the arterial Asutosh Mukherjee Road and its adjoining areas.
The Imperial Hotel, Delhi recently won the Iconic 2018 award for the Best luxury hotel. In Delhi, the hotel is more than a revered legacy of the imperial times. It is a testimony to the golden chapters of India’s gleaming heritage of bespoke hospitality. And, Vijay Wanchoo, Senior Executive Vice President – who looks every bit a royal Britisher has carved his own graph in the line of luxury leanings.Wanchoo, a distinguished Kashmiri Pandit is impeccable, erudite and deeply spiritual. For him, humanism is at the core of all service. Also Read – Add new books to your shelfOn winning the best luxury hotel award, he states, “I have walked on the pathway of luxury for almost four decades watching it come alive in many forms, in larger avenues and also inexplicably in finer things.” “I believe luxury is something that continues to evolve and can be experienced in many ways either over the top or inspiring and understated. Luxury has different meanings for different perspectives, but for me it means a grand culture which is a step ahead, individualistic and which stays distinguished,” he adds. Also Read – Over 2 hours screen time daily will make your kids impulsiveTalking about Imperial, Delhi being a legacy for three decades, he says, “At the legendary Imperial we already have a strong legacy of guests for over three generations. Additionally due to our international market repute based on our historic product and impeccable services, we attract emerging markets who wish to have unique dining experiences the hotel is known for. Our award winning restaurants and bars act as an impetus to deliver measurable positive growth, tapping newer markets and attracting revenue generating sources, consistently.” “With changing times, I certainly see global and domestic brands trying to chart their growth across India’s skyline, vying for supremacy in a suddenly crowded Indian hotel market. However, since our strategy has always rested on providing our guests a unique experience and a personalized service, it has never really affected us. It is all about creating a home away from home for our loyal guests. For instance, to bring home a true Indian experience at The Imperial, I introduced Namaskar to welcome guests. Further we have been celebrating all Indian festivals to keep the guests abreast with Indian culture, we pioneered The Imperial Culinary Club for promoting Imperial cuisine and even launched an experiential stay for the single lady traveler with the Eliza wing,” adds Wanchoo, explaining how the hotel balances domestic and global demands. As Vice President Wanchoo has worked on growth potential. ” For increasing our growth potential, we initiated specialized art tours for guests to explore rich history and fine art across the hotel and also the Afternoon tea at the Atrium was introduced for a traditional English High Tea experience,” adds Wanchoo. These are a few of the extremely popular programs for discerning guests at The Imperial. The list evolves each year for making The Imperial experience unforgettable. “Our strongest support system remains Food & Beverage and as liquor tops the chart, I would give a substantial weightage to wine and beverages in the revenue pie. Our Bars – 1911 Bar and Patiala Peg enjoy one of the most fascinating, extensive and the biggest wine list in the city and are reckoned for their royal fables, signature drinks and elaborate snack menus,” he adds explaining the food and beverage services of the hotel. Talking about brand building Wanchoo acknowledges, “A brand reckoned internationally, our key feeder markets are USA, UK, Germany, India and France and we are looking to reach out to new markets like Australia, Russia and the Scandinavian region. In order to enhance our business we focus on more specific road shows in our feeder markets to tap new clients and participate in specific appointment based travel marts like WTM, ILTM and other luxury travel marts to showcase our iconic hotel.” The Imperial rests on a repertoire of always being considered as a classic fountainhead for luxury in map of hospitality.
Kolkata: Mangoes are a rare delicacy for Surajit Kar, Rahul Sarder, Ranjit Halder, Amit Dolui, Arpan Saha, Soma Mullick, Tania Roy, Gauri Sarkar and many other children who reside in dingy shanties in nondescript place.They have to earn for two square meal every day. The fathers of these children, who are daily wage earners. They live in Basanti Colony near Ultadanga Railway Station. The children got a chance to relish delicious mangoes in a fun filled way recently as the Acropolis Mall played host to a Mango festival. Also Read – Rs 13,000 crore investment to provide 2 lakh jobs: MamataThey organised a fun-filled mango eating competition for the less-privileged children of Turnstone Global, an NGO working for the welfare of slum children in Ultadanga area. Surajit Karmakar, an eleven-year-old, stood first as he gulped 5 mangoes in 1 min 44 second while 13 year old Ranajit Halder- came 2nd as he ate 5 mangoes in 2.03 min. Ten-year-old Rahul Sardar was adjudged third as he finished eating 5 mangoes in 2.09 min. Actors Sonalee Chowdhuri and Reshmi Bhattacharya, Saket Mohta, MD, Merlin Group and Prasun Bhowmick, Member, Child Rights Organisation, Govt of West Bengal graced the occasion. Also Read – Lightning kills 8, injures 16 in stateSaket Mohta presented educational stationary to the children on this occasion to help them pursue their education. The mango festival witnessed plethora of delectable mango delicacies rustled up by the chefs at ten stalls at the atrium of Acropolis Mall. Lip-smacking dishes and desserts, including Mnago Grilled Sandwich, Green Mango Corn Chat, Mango Pitha, Mango Pakoda, Manngo waffle, Mango Kulfi and much more pampered the taste buds of Bengali gastronomes. Saket Mohta said: “We at Acropolis Mall, always put an effort to provide citizens of Kolkata innovative experience that they can cherish. We are also committed to the welfare of children in the field of education and health, that is in line with our corporate philosophy. We hope the children of Turnstone Global have enjoyed the day at our festival here”.