, Nature Physics The first WSF2012 panel discussion I attended was Artist as Innovator: Visions of a Floating City. Held at New York’s iconic Metropolitan Museum of Art, Artist as Innovator was a multidisciplinary science-meets-art look at Cloud Cities, artist Tomás Saraceno’s vision of a floating city. The immense grouping of interconnected pods – now installed on the Metropolitan’s rooftop – was inspired by Saraceno’s investigations into neural networks, optimal packing algorithms, bubble geometry, balloon flight, cosmological spatial patterns, and three-dimensional spider webs. Moreover, Cloud Cities redefines the phrase open to the public: Museum visitors can enter the structure and navigate through its maze of dodecahedron pods. (The installation runs through November 4, 2012.)Saraceno spoke prior to the panel discussion, giving a near-lightspeed tour of his work that led to Cloud Cities. His range and experience extends from NASA and arachnid biology to solar energy and neural networks, and his energy and imagination were evident. Saraceno was then joined on the panel – moderated by Peabody Award-winning radio producer Julie Burstein – by arachnologist Peter Jäger, astrophysicist Mario Livio, astrobiologist Christopher McKay, and architectural theorist and Dean of Columbia University Graduate School of Architecture, Planning and Preservation Mark Wigley.The questions were varied and the answers spirited, although the discussion itself seemed a bit brief. In any case, the arachnid-obsessed Jäger – who has discovered more than 200 species of spiders in past 10 years alone, including one he somewhat humorously christened Heteropoda davidbowie – spoke about his collaboration with Saraceno. “Tomás called to say that he needed a spider expert to have a three-dimensional spider web scanned, greatly enlarged and installed. I said it was impossible – but he did it! As a scientist, I start with known limitations, but as an artist, Tomás has an idea and goes with it – so here we are.”McKay, a research scientist at NASA Ames Research Center, whose research focuses on the evolution of the solar system and the origin of life, is leading an effort to establish a Mars habitat suitable for humans, initially by conducting various field research projects at Earth’s most extreme environments. These include not only the aptly-named Haughton Mars Project (HMP), Canadian Arctic and Mars Desert Research Station, Utah, but also sites such as Spitsbergen (Svalbard) Island, Rio Tinto, Spain, Pavilion Lake, Canada, Mojave Desert, California, Mount Kilimanjaro, Africa, Axel Heiberg Island, Nunavut, Canada. Even more ambitious are his group’s recently-funded plans to transport sterilized plant seeds to the Moon for cultivation and – critically – replanting seeds produced by that first exoplanetary generation. (Sterilization eliminates Earth microbes from the seed without affecting its genetic material or ability to sprout, grow and produce viable seeds of its own.) In that context, McKay stole the show with a one-liner repurposed from (no surprise) Star Trek: “We want to grow where no one has grown before.”Mark Wigley (who has also recently appeared on Critical Thought | TV) contributed some of the discussion’s most thought-provoking comments. ”I think we know more about life on Mars than we do about life on Earth – by which I mean that by the year 2015 there’ll be 9.3 billion people living on this planet, and 70% of them – seven billion people – will be living in cities. No one has any idea what that means. None at all – not even the beginning of an idea.” Part of the problem, Wigley adds, is that cities (which he describes as a technology for maximizing connectivity) are evolving more quickly than most technologies – and faster than the institutions designed to think about them as well. From a different perspective, Wigley adds that while it is the cosmos that seems mysterious, “what’s really strange is the world in which we live.” As an example, he pointed out that even something as basic as the concept of home – and even of room – is highly variable. “The conceptualization of home has vaporized and almost completely dispersed. For example,” he illustrated, “a teenager’s idea of home is probably more in his or her cell phone than it is in an actual house.” Next up (this time at Hunter College) was Madness Redefined: Creativity, Intelligence and the Dark Side of the Mind – a profound, humorous and ultimately inspiring panel discussion addressing the likely possibility that the so-called tortured genius or mad scientist may actually be more than folk legend. Based both on research showing that bipolar disorder and schizophrenia correlate with high creativity and intelligence, the panel discussed a range of issues, including the role of environment in mental illness, the possibility that certain traits related to mental illness are being selected for in the human gene pool, and the border between brilliance and madness. The Festival was co-founded in 2008 by Brian Greene, quantum physicist, string theorist, Columbia University professor of physics and mathematics, and bestselling author of The Elegant Universe and The Hidden Reality; and Tracy Day, Emmy Award-winning journalist and television producer. The annual event brings together many of the world’s leading scientific minds with renowned artists and influential thinkers for a five-day celebration that, through discourse and debate, conversation and performance, the arts and exhibitions, allows everyone to experience science in a unique and thrilling way. Since its inception, the Festival has attracted some 600,000 people to over 200 original programs.Prior to the Festival proper, a Gala Celebration hosted by the inimitable Alan Alda – a Visiting Professor at Stony Brook School of Journalism, working with the Center for Communicating Science – was held in recognition of the Festival’s fifth anniversary and ongoing success. A Performing Arts Salute to Science brought together leaders in science, theatre, music, art, education and business for an evening that celebrates both the content and the culture of science, while raising essential support for the Festival’s mission and programs. The event featured Brian Greene, violinist Joshua Bell, Emmy award-winning actress Debra Monk and other Broadway luminaries – Todd Ellison, Rose Hemmingway, Paige Faure, Eryn Murman, Abbey O’Brien, David Hibbard, Drew Gehling, the dancers/illusionists of MOMIX – and my personal favorite, TONY award-winning performer James Naughton’s hysterical over-the-top performance of his piece Stress (note that the linked video is the same piece, but not recorded at the World Science Festival Gala). Proposed experiment would prove that quantum jumps are not objective events Citation: Sets & the city: World Science Festival 2012, New York-style (Part 1 of 2) (2012, August 7) retrieved 18 August 2019 from https://phys.org/news/2012-08-city-world-science-festival-york-style.html Explore further Copyright 2012 Phys.org 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. Journal information: Physical Review Letters 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. Video: Copyright © 2012 World Science FestivalModerated by Cynthia McFadden, co-anchor of Nightline and recipient of the Emmy, the Peabody, Dupont, and Foreign Press awards, the panel featured James Fallon, an internationally recognized neurobiologist; Kay Redfield Jamison, a psychologist transformed her own struggle with manic-depression into a lifelong career researching the illness and its treatment; and Elyn Saks, a mental health law professor focused on legal and ethical issues surrounding mental illness.Perhaps the most engaging aspect of the event was the courage and honesty with which each panelist discussed not only his or her own mental illness, but the professionalism and clarity that informed the impact that illness had visited on their personal lives. The audience therefore had a rare opportunity to have both emotional and intellectual insight into these disabling yet sometimes enhancing conditions. Saks, for example, described with great precision the way that, in schizophrenia – her own affliction – traits associated with high creativity (such as the ability to hold contradictory concepts simultaneously in one’s mind) infiltrate and thereby compromise more deliberative, rational cognitive processes.Aside from the occasional humor found in their comments, Fallon was disarming when he unabashedly acknowledged accidentally discovering that his own brain scans (one of his key areas of expertise) were indistinguishable from those of sociopaths. With this realization as an impetus, he began asking colleagues, friends and family members if he displayed any characteristics that would indicate such a condition. To his great surprise, they all answered in the affirmative – but they only described annoying behaviors. In other words, despite his diagnostic brain images, Fallon was not classically sociopathic – a positive outcome he attributes to his supportive upbringing.At Hunter College again the following evening, John Hockenberry – award-winning radio, broadcast television and print journalist, co-host of WNYC and PRI’s The Takeaway, host on The DNA Files, and contributor to The Infinite Mind – moderated a forward-looking discussion entitled Quantum Biology and the Hidden Nature of Nature. The panel featured Paul Davies, physicist, cosmologist, astrobiologist and Director of Arizona State University’s Beyond Center for Fundamental Concepts in Science; Seth Lloyd, a mechanical engineer at Massachusetts Institute of Technology who was the first person to develop a realizable model for quantum computation, and who’s now focused on the quantum mechanics of living systems (which he refers to as quantum life); and Thorsten Ritz, a biophysicist at the University of California, Irvine interested in the role of quantum mechanics in biological systems, ranging from photosynthetic light harvesting systems to sensory cells.Video: Copyright © 2012 World Science FestivalIt should be noted that despite increasing evidence from areas as diverse as bird navigation, photosynthesis and human olfaction, the role of quantum events in biological systems is still hotly debated. In general, the arguments against quantum life have centered on dimensionality (distances between components of biological systems are too great), temperature (biological systems are too warm), and standard biophysics (quantum effects statistical zero out at higher levels of scale). As demonstrated by the history of science, however, facts often turn out to be incorrect beliefs – and these long-held dismissive assertions about quantum life may well be that. Copyright © Greg Kessler, 2012 World Science Festival Seth Lloyd on Quantum Life Consider the above-mentioned research. Delving into the ability of some migratory bird species sense very subtle variations in Earth’s magnetic field, scientists at University of Oxford found that quantum superposition and entanglement are not only present, but sustained for tens of microsecond – far longer than artificial molecular systems, which, moreover, typically operate only at cryogenic temperatures. Similarly, researchers at University of California, Berkeley analyzed quantum entanglement in light-harvesting biological complexes, demonstrating what they describe as the first rigorous quantification of entanglement in a biological system. Finally, scientists at University College London showed that while molecular odorant receptors are not sufficient to explain our olfactory sense, tested their proposal that quantum electron tunneling from a donor to an acceptor mediated by the odorant provides critical odor discrimination in biomolecular systems – and found that proposal consistent both with the underlying physics and with observed features of smell.Hockenberry concluded the discussion with a (perhaps inevitable) question about the role of quantum mechanics in the emergence of consciousness – and Lloyd gave a balanced and insightful response. “Quantum mechanics is strange and mysterious…the origins of life are strange and mysterious…consciousness is strange and mysterious…and Donald Trump’s hair is strange and mysterious. That doesn’t mean that they’re all the same thing or strange and mysterious in the same way. However,” he continued, ”there is one place where we really do know that quantum mechanics plays a very important role in developing life – and that is in the introduction of variation. Classical mechanics doesn’t give you any mechanism for introducing variation – it’s completely deterministic. Quantum mechanics, on the other hand, is probabilistic, and can inject all kinds of information into the universe. In fact, the only explanation we have for why the universe is so varied and interesting – given that it came from an initial state that was incredibly uniform, the quantum state was incredibly uniform, the laws of physics were simple, and if that were a classical universe, it would have stayed simple – is that quantum mechanics is constantly injecting all kinds of little fluctuations that can become seeds for the formation of galaxies, or for that matter, little mutations that become seeds for cancer when an ultraviolet photon zaps one of our cells. This variation is being introduced by quantum mechanics.”Part 2: phys.org/news/2012-08-city-wor … e-festival-york.html (Phys.org) — New York City is the nexus of all things intellectual, cultural and academic. (Being a native New Yorker, I admit being somewhat biased.) Either way, one highlight in this complex and vibrant metropolis is the annual World Science Festival, founded in 2008. World Science Festival 2012 was a nearly week-long orchestration of myriad events focused on a wide range of topics embracing not just science, but also art, architecture, film, music, and technology. More information: Sustained Quantum Coherence and Entanglement in the Avian Compass, Physical Review Letters 106, 040503 (2011), doi:10.1103/PhysRevLett.106.040503Quantum entanglement in photosynthetic light-harvesting complexes, Nature Physics 6, 462–467 (2010) doi:10.1038/nphys1652Could Humans Recognize Odor by Phonon Assisted Tunneling?, Physical Review Letters 98, 038101 (2007), doi:10.1103/PhysRevLett.98.038101
Scientists pioneer wireless sensors to explore little known glacier phenomenon 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. Image: National Science Foundation (Phys.org) — An American team of researchers has concluded that a period of rapid-succession small earthquakes in Antarctica over a several month span back in 2002-2003 was likely due to a glacier passing over some rough terrain and its periodic nature likely came about because of the impact of ocean tides. The team has published a paper describing their observations and conclusions in the journal Nature Geoscience. Explore further More information: Motion of an Antarctic glacier by repeated tidally modulated earthquakes, Nature Geoscience (2012) doi:10.1038/ngeo1555AbstractBetween debris-laden glacial ice and bedrock, basal seismicity can develop that yields information about bed properties1, stress distribution, outburst flooding, and crevassing and calving. Basal seismicity in response to glacial motion is linked to variations in both stress and lubrication of bedrock by water and till. Here we analyse data from the Transantarctic Mountains Seismic Experiment array in 2002–2003 to investigate seismic behaviour at David Glacier, a large outlet glacier that drains 4% of East Antarctica’s ice sheet into the Ross Sea. We identify about 20,000 seismic events that are larger in magnitude and duration than typical for glacial sources and repeat at regular intervals of about 25 min. These events are consistent with stick–slip behaviour of debris-laden ice moving over a single obstacle of rough bedrock, modulated by relatively small stress changes from the ocean tides. In the years before and after the interval of repeating events, seismic events with irregular and generally longer intervals were detected at the same location, and are consistent with combined stick–slip and continuous sliding of the subglacial interface. We suggest that the observed transitions in seismicity patterns capture the dynamic behaviour of the ice stream, and that—despite lower ice-flow velocities—sliding in the stick–slip regime enhances subglacial erosion. There are a lot of seismic sensors in Antarctica, continuously monitoring the continent and its movements. Scientists have found over the years that glaciers tend to produce small earthquakes as they move over rocky protrusions. Such activity is generally random and irregular and for that reason a series of small earthquakes occurring beneath David Glacier roughly every twenty five minutes, for several months, stood out.The researchers note that small earthquakes that occur due to glacial movement generally come about as a result of stick-slip action. The glacier encounters an obstacle that causes part of it to slow or stop until the momentum of its mass is enough to overcome the obstacle, at which point it suddenly lurches forward, causing the ground to shake a little bit. Normally such actions occur without any discernible pattern. With David Glacier however, the stick-slip shaking, recorded by the Transantarctic Mountains Seismic Experiment array under the glacier in East Antarctica (which drains into the Ross Sea) was so predictably periodic that it warranted further research.The team identified 20,000 small earthquakes during the time frame, all coming within about 25 minutes of each other. By comparing the seismic data with other glacier slip-stick recordings, they confirmed that the shaking was due to the glacier moving over something below, rather than conditions beneath the surface of the land mass. Then they noted that the periodicity of the earthquakes matched up with ocean tides, which made sense, because scientists already know that glaciers tend to slow a very small amount during high tide (because of buoyancy) and speed up at low tide. That they say, accounts for the regularity of the earthquake activity during the time period under study.The researchers say their findings indicate that tidal activity likely plays a role in other glacial areas as well and suggest that it might play an additional unknown role as global warming causes a rise in sea levels around the world. Journal information: Nature Geoscience © 2012 Phys.org Citation: Tidal motion found to influence Antarctic sub-glacial seismicity (2012, August 20) retrieved 18 August 2019 from https://phys.org/news/2012-08-tidal-motion-antarctic-sub-glacial-seismicity.html
© 2016 Phys.org EPIC 212803289 is a bright, metal-rich subgiant star located some 1,970 light years away in the constellation Virgo. Although the star has a temperature similar to the sun, it is about three times larger and is approximately 1.6 solar masses. It was identified by NASA’s prolonged Kepler mission, called K2, as a good candidate to host an alien world. However, the existence of a potential exoplanet must be confirmed by follow-up observations.”Following the identification of the system as a candidate, it was necessary to make radial velocity measurements to confirm the planet and measure its mass. These observations were performed with four different ground-based telescopes (on La Palma, Spain, in Chile, and in Texas, U.S.),” Smith told Phys.org.The newly found exoworld, designated EPIC 212803289 b, is similar in size to Jupiter, with a radius of 1.29 Jupiter radii and is only 3 percent less massive than our solar system’s biggest planet. The object orbits its parent star every 18.25 days.The scientists estimated that the exoplanet’s temperature is about 1,000 degrees Celsius and classified it as a so-called ‘warm Jupiter’ However, it is possible that the planet is even hotter, as it could be tidally locked, meaning that one of its sides permanently faces the star, while the other side experiences permanent night.”In this case, the day side could be even hotter (up to 1,350 degrees Celsius), depending on how good the planet’s atmosphere is at redistributing heat from the day side to the night side,” Smith said. He added that the host star will soon expand to become a red giant, enlarging so much that it will engulf the planet. This will happen relatively soon in astronomical terms—in about 150 million years.Furthermore, besides detecting EPIC 212803289 b, Smith’s team suspects the existence of another companion of the star. Based on measured systemic radial acceleration, they assume that there is a third body in the system with an orbital period of more than 236 days and a mass of more than 22 Jupiter masses. They noted that it could be a brown dwarf orbiting within 2.7 AU, a solar mass object at about 10 AU, or an object orbiting on a highly-eccentric orbit.According to Smith, further radial velocity observations of this system over the next year or two would probably reveal the nature of this body.The new research is significant for our understanding of extrasolar systems, as EPIC 212803289 b is the newest addition to a currently small number of planets known to transit subgiant stars. So far, only 31 transiting planets of stars more massive than 1.5 solar masses have been detected. Moreover, only four planets are known to transit giant stars, and a further three transiting planets are known around subgiants.”Understanding gas giant planets requires large numbers of detections, so that statistics can be performed. Especially, detections are needed that expand the parameter space of known systems—e.g. planets around different types of star (such as subgiants in this case), and at longer periods than hot Jupiters. It is also important that such systems are discovered around relatively bright stars, to allow further characterization observations. Progress is incremental, but this new system is an important addition to the catalogue of known gas giants,” Smith concluded. Citation: Jupiter-like planet discovered in a distant star system (2016, September 8) retrieved 18 August 2019 from https://phys.org/news/2016-09-jupiter-like-planet-distant-star.html 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. (Phys.org)—A team of astronomers led by Alexis Smith of the German Aerospace Center’s (DLR) Institute of Planetary Research in Berlin reports the detection of a Jupiter-like planet orbiting a distant subgiant star known as EPIC 212803289. The researchers also present compelling existence for the existence of a third body in the system, most likely a brown dwarf. The results were published Sept. 1 in a paper on arXiv.org. Astronomers discover a giant inflated exoplanet orbiting a distant star K2 light curve of EPIC 212803289, processed by the K2SC code of Aigrain et al. (2016), which removes both instrumental and stellar noise. Portions of the light curve selected for modelling are shown in red. Credit: Smith et al., 2016. More information: EPIC 212803289: a subgiant hosting a transiting warm Jupiter in an eccentric orbit and a long-period companion, arXiv:1609.00239 [astro-ph.EP], arxiv.org/abs/1609.00239AbstractWe report the discovery from K2 of a transiting planet in an 18.25-d, eccentric (0.19± 0.04) orbit around EPIC 212803289, an 11th magnitude subgiant in Virgo. We confirm the planetary nature of the companion with radial velocities, and determine that the star is a metal-rich ([Fe/H] = 0.20±0.05) subgiant, with mass 1.60+0.14−0.10 M⊙ and radius 3.1±0.1 R⊙. The planet has a mass of 0.97±0.09 MJup and a radius 1.29±0.05 RJup. A measured systemic radial acceleration of −2.12±0.04 ms−1d−1 offers compelling evidence for the existence of a third body in the system, perhaps a brown dwarf orbiting with a period of several hundred days.
© 2018 Phys.org Strong carbon fiber artificial muscles can lift 12,600 times their own weight 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. Cotton thread is made of many tiny fibers, each just 2-3 cm long, yet when spun together the fibers are capable of transmitting tension over indefinitely long distances. From a physics perspective, how threads and yarns transmit tension—making them strong enough to keep clothes from falling apart—is a long-standing puzzle that is not completely understood. Citation: Researchers investigate ‘why clothes don’t fall apart’ (2018, April 23) retrieved 18 August 2019 from https://phys.org/news/2018-04-dont-fall.html In a new paper published in Physical Review Letters entitled “Why Clothes Don’t Fall Apart: Tension Transmission in Staple Yarns,” physicists Patrick Warren at Unilever R&D Port Sunlight, Robin Ball at the University of Warwick, and Ray Goldstein at the University of Cambridge have investigated yarn tension in the framework of statistical physics. Using techniques from linear programming, they show that the collective friction among fibers creates a locking mechanism, and as long as there is sufficient friction, a random assembly of fibers can in principle transmit an indefinitely large tension.Their results provide a quantitative basis for the heuristic explanation proposed by Galileo in 1638, who was puzzling over the problem of how a rope can be so strong when it is made of such small fibers. “The very act of twisting causes the threads to bind one another in such a way that… when the rope is stretched… the fibers break rather than separate from each other,” he wrote. In modern terms, Galileo was describing friction.In the new study, the researchers modeled the yarn as a group of randomly overlapping fibers. The results showed that, as the friction increases, a percolation transition emerges. As the researchers explain, this transition corresponds to “a switch from a ‘ductile’ failure model where the yarn fails by fiber slippage… to a ‘brittle’ failure mode where the failure mechanism is fiber breakage.” Above this threshold, the tensile strength becomes roughly 100 times stronger than before.”We now understand better at a fundamental level how friction stops fibrous materials from falling apart,” Goldstein told Phys.org. “From an applied perspective, we can use the insights to underpin the design of fabric conditioners, for example.”In the future, the model could also be used to optimize the properties of sewing threads made of various fiber blends. When extended from fibers to granular media, the results may also have applications for better understanding the stress transmission in sand piles and grain silos. In addition, the researchers plan to investigate the threshold in greater depth.”We plan to write a longer paper exploring the nature of the ‘supercritical’ state, above the percolation transition,” Goldstein said. Journal information: Physical Review Letters More information: Patrick B. Warren, Robin C. Ball, and Raymond E. Goldstein. “Why Clothes Don’t Fall Apart: Tension Transmission in Staple Yarns.” Physical Review Letters. DOI: 10.1103/PhysRevLett.120.158001 Explore further Cotton sewing thread. Credit: Warren et al. Published by the American Physical Society
Madhur Bhandarkar’s Heroine will be featured on Friday at 9:30 pm. The main cast of the film includes Kareena Kapoor, Arjun Rampal and Randeep Hooda. The movie is based on the life and times of a superstar heroine from the dream factory we call ‘Bollywood’. The film is an entertaining, daring, glamorous and scandalous which provides behind the scenes account of the reality of the world of glitz and glamour that our film stars inhabit.The movies which will be featured this week include a bioscope serialised feature film: Also Read – ‘Playing Jojo was emotionally exhausting’Arth which will be shown on Tuesday and Wednesday at 11 pm starring Shabana Azmi, Kulbhushan Kharbanda and Smita Patil, Heroine starring Kareena Kappor on Friday at 9:30 pm, Ekk Deewaana Tha starring Prateik Babbar and Amy Jackson on Saturday at 10 pm, Amanush starring Uttam Kumar, Utpal Dutt on Sunday at 12:30 pm, Road to Sangam also on Sunday 3 pm starring Paresh Rawal and Om Puri and a Punjabi film called Nabar at 10 pm starring Nishawn Bhullar, Rana Ranbir and Hardeep Gill.
The first-ever Northeast festival Songs and Dances of the North East is all set to take the Capital to a traditional treat on April 11 at the Indira Gandhi Indoor Stadium. The Government of Meghalaya has taken a major initiative to create a platform for organising the event.More than 5000 students from Northeastern states are enrolled in various undergraduate and post graduate programmes in Delhi University, an equal number are studying in JNU, JMI and other such institutions. It is for the first time that the Capital shall witness all eight Chief Ministers and Governors of the Northeastern States on one single platform for this extravagant festival. Also Read – ‘Playing Jojo was emotionally exhausting’The festival will help to enhance the multi-ethnic character of the country’s capital and dispel impressions that it was hostile to outsiders, particularly people from the Northeast.The festival shall represent ‘The Octave’ – Assam, Mizoram, Meghalaya, Tripura, Arunachal Pradesh, Sikkim, Nagaland and Manipur.The festival showcases the rich, cultural ethnicity and diversity of Northeast India. It will take Northeast and its heritage outside the Northeast for the first time in such a big and multidimensional way to Capital of India and in a sense to the rest of the country and the world. It is a day-long festival where visitors experience almost everything from the Northeast – from food, songs, dances, culture, and much more. It is the perfect time for people from all walks of life to get a glimpse of the rich cultural heritage of the region. Also Read – Leslie doing new comedy special with NetflixThe goal is to deliver, engage and exhibit the best of Northeast in a creative and exciting atmosphere bringing the people together under one platform of unified diversity. It has been constituted to work out various means of attracting tourists, film makers and holiday seekers to the Northeastern region, which will generate immense opportunities for job and revenue generation. It also provides a right platform to the artistes of the Northeast to project their talent to the rest of India. Witness the grandness of each state as they set up their stalls and display a plethora of the finest products from the Northeast for the world to discover. North eastern cuisine will be on display with 15 stalls that will offer a wide variety of mouth-watering delicacies. Music lovers and culture connoisseurs will have a splendid time attending this festival as performances by Northeast bands will be a major attraction of the festival.The festival will showcase the celebration of the way of life of the people there with a great sense of mysticism and cultural euphoria. There will also be a lively discussion session on Integrating North-East India through education where eminent speakers will discuss ways in which education can be used as an important tool.
Delhi Chief Minister Arvind Kejriwal, Deputy Chief Minister Manish Sisodia and four other Aam Aadmi Party (AAP) leaders, accused of violating prohibitory orders here and obstructing public servants in discharge of their duty during an agitation were on Monday directed to appear before a Delhi court on May 15.Metropolitan Magistrate Akash Jain was irked that Kejriwal and other accused had not appeared before it even on the last date of hearing and said there was “no justifiable ground” for their exemption from personal appearance. Also Read – Company director arrested for swindling Rs 345 croreAdvocate Rishikesh Kumar, who appeared for the accused, assured the court that Kejriwal, Sisodia and other accused would positively appear before it on Tuesday.“Kindly give us time for tomorrow (Tuesday). They (accused) all will appear. I am giving undertaking that they will appear before the court tomorrow,” the counsel said.“It has been submitted that accused number one (Kejriwal) and accused number two (Sisodia) are Chief Minister and Deputy Chief Minister of Delhi and remaining accused persons are senior members of the AAP and could not appear on Monday due to their busy schedule. Perusal of the records shows that accused persons did not appear on the last date of hearing,” the court said.“No justifiable grounds for exemption are made out….Put up for appearance of accused persons and arguments on charge on May 15,” the magistrate said.
Including facial oil in your daily beauty regime helps to combat damage to facial skin like ageing. Facial oil can be beneficial in all aspects, says an expert.Good quality facial oil tricks the skin into thinking that it’s produced enough and therefore doesn’t need to produce more – which is one of the major reasons for the skin’s breakouts. Thus, it is ideal to use facial oils regularly as they help in rejuvenating the skin and due to the application procedure, help in relaxing the facial muscles. Also Read – Add new books to your shelfFacial oils are an excellent way to massage anti-oxidants and vitamins quickly into the skin, at the same time adding a natural glow and helping to save the skin from ageing.The oils get absorbed quickly and soften the appearance of fine lines. Due to the daily massage, they also help lift the facial muscles and make them firmer. Facial oil also has the ability to reduce redness, irritation and even breakouts. Vitamin E is highly beneficial as it is a powerful anti-oxidant that helps repair cell damage. Facial oils usually have the ever nourishing vitamin E, marula oil, Argan oil, rosehip, camellia, black cumin among other things.Facial oils are best for every skin type (dry, oily or combination) as they rebalance skin and restore a naturally healthy complexion. Moisturisers, lotions or crèmes and facial oils can be used simultaneously as facial oils are great for layering. It is best to apply oil right after freshly cleansing the skin in the morning and at night before applying the moisturiser.
Kolkata: Telangana Chief Minister and TRS chief K Chandrashekhar Rao met his Bengal counterpart and Trinamool Congress supremo Mamata Banerjee on Monday and said that the dialogue over formation of a Federal Front for the 2019 Lok Sabha elections will continue.”Our dialogue will continue and very shortly we will come out with a concrete plan. We are discussing things…a non-Congress, non BJP front is my mission. I will continue my efforts,” Rao said after meeting Banerjee at the state secretariat Nabanna. Also Read – Rain batters Kolkata, cripples normal lifeHe reiterated that an alternative front to the Congress and BJP-led alliances is not a small matter. “Wait for the right time. The dialogues will continue,” he told reporters with Banerjee and some senior ministers of the state government beside him. Rao, popularly known as KCR, has achieved a resounding victory in the recently-concluded Telangana Assembly polls, and is now working on forming an alternative coalition front ahead of the 2019 general elections. He had also met his Odisha counterpart and Biju Janata Dal (BJD) chief Naveen Patnaik, at his residence in Bhubaneswar on Sunday. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killedThe TRS president would spend the next three days in New Delhi, where he would meet Mayawati and Akhilesh Yadav. Since he is visiting the national capital for the first time after the Assembly elections, he will also be making a courtesy call on Prime Minister Narendra Modi. It may be mentioned that Mamata Banerjee has been talking about the formation of the Federal Front from early this year. Chandrababu Naidu has already met Mamata Banerjee and on Saturday, Farooq Abdullah met her as well and discussed about the functioning of the Federal Front. Many national leaders who will join the Front will come to attend the Brigade Parade Ground Rally, scheduled to be held on January 19, 2019.
Despite claiming to support gay rights, many straight people who live in predominantly gay neighbourhoods still practice subtle forms of discrimination when interacting with their gay and lesbian neighbours, researchers have found. According to research published in the journal City and Community, straight people living in “gaybourhoods” interact withtheir gay and lesbian neighbours on the street in ways that contradict the sentiments of supporting them. Also Read – Add new books to your shelf”There is a mistaken belief that marriage equality means the struggle for gay rights is over. But it is far from over. Prejudice and discrimination still exist – it is just more subtle and difficult to detect,” said Amin Ghaziani, the study’s senior author from the University of British Columbia in Canada.The researchers interviewed 53 straight people and found the majority of residents said they supported gay people.However, their progressive attitudes were misaligned with their actions. While many residents said they did not care if people were gay or straight, some indicated that they did not like gay people who are “in your face.” Also Read – Over 2 hours screen time daily will make your kids impulsiveWhen asked about resistance from lesbian, gay, bisexual, transgender, questioning/queer (LGBTQ) communities to the widespread trend of straight people moving into “gaybourhoods”, some of the people interviewed responded with accusations of reverse discrimination and described gay people who challenged them as “segregationist” and “hetero-phobic.””If a group of straight women hosted a bachelorette party in a gay bar, for example, they were surprised that they felt ‘unwelcome,'” added Ghaziani. “That feeling of surprise, however, exemplifies a misguided belief that gay districts are trendy commodities when they are actually safe spaces for sexual minorities,” he added.Many expected their gay and lesbian neighbours to be happy and welcoming of straight people moving into “gaybourhoods”.Ghaziani said this argument exemplifies the fundamental misunderstanding of the inequality and discrimination that creates the need for “gaybourhoods” in the first place.