(PhysOrg.com) — Nippon Telegraph and Telephone Corporation (NTT) has demonstrated what might be the next version of high speed WiFi. Currently named 802.11ac, (wireless transmission traditionally uses .11 as opposed to .3 for Ethernet, or cable based transmission) the new proposed standard was shown to deliver 120Mbps throughput to three receivers at the same time. Citation: NTT demos 802.11ac – next generation high-speed WiFi (2011, July 11) retrieved 18 August 2019 from https://phys.org/news/2011-07-ntt-demos-80211ac-high-speed.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. The new standard uses the same 5GHz bandwidth as is currently used now in home WiFi systems; to get it to carry more data, the signal is multiplexed (sent out as round-robin bits of data from several different sources) on one end, and then de-multiplexed on the other, all using multiple-user Multiple Input Multiple Output (MIMO) technology that in this case has been developed by NTT. The object is to get 1 Gbps per system, a rate that will be needed as bandwidth hogging applications such as ever higher video resolution or 3D content creates demand for ever faster LAN systems able to deliver such huge amounts of data to always hungry-for-more, customers. In the NTT demo at the Wireless Technology Park, in Yokohama, six antennas were used to deliver the signal, and three to receive it. The new technology developed by NTT relies on a Field Programmable Gate Array (FPGA) that utilizes mathematical algorithms to set space divisions for the data as its being multiplexed into its individual parts, and then of course to do the reverse on the other end. According to NTT, this processing could be done with a dedicated chip, instead of the FPGA, should the new standard be approved by the International IEEE standards body.Even if all goes according to plan, though, the new standard isn’t likely to be adopted until at least 2013, though that doesn’t necessarily mean products won’t ship before that date that utilize the proposed new standard, as was done with earlier wireless standards. Also helpful is the fact that 802.11ac, whatever its final form, will offer full backwards compatibility with the current version, meaning early adopters won’t do any worse than what they have now, and likely will do much better as new hardware comes available.Looking ahead past 802.11ac, the next generation of wireless LAN technology, initially dubbed 802.11ag is expected to step outside of the 5GHz currently unlicensed space, and to shoot for a tenfold gain in throughput. © 2010 PhysOrg.com NTT DoCoMo Achieves World’s First 5Gbps Packet Transmission in 4G Field Experiment
Extending for 3,861 square miles (10,000 square km) just north east of the Orkney-Shetland Islands, and about 1.2 miles (almost 2 kilometers) beneath the surface, the undersea terrain appears to have once existed above sea level, forming an island. By examining data from echo-sounding technology employed by contractors working for oil companies, maps of the ocean floor were able to be made. The maps constructed are 3-D in nature, and thus are able to show not just the ocean floor, but what lies beneath; hence its use in looking for oil. In looking at the maps, the researchers were able to see that beneath the layers of silt and other assorted debris, was a lost land of sorts, one that had been pushed up by the Icelandic Plume, or expansion of the mantle due to the hot magma below.The images constructed were sharp enough to allow the researchers to identify ancient rivers and mountain peaks and even some fossils, all from some 56 million years ago. The images also suggest that the ocean floor rose in three distinct stages of about 200-400 m each, creating the island which they believe lasted for about a million years, before once again disappearing beneath the cold waters of the North Atlantic Sea. White describes the seascape as appearing for all the world like that of a modern landscape.The echo-technology used by the contractors involved releasing highly pressurized air beneath the surface of the sea, which produced sound waves capable of passing through the ocean floor sediment. When the sound waves eventually bounced back, they were captured by microphones dragged behind a boat and fed into a computer to produce the 3-D images.The initial research team followed up on the 3-D imagery by taking core samples, some of which contained pollen and coal, suggesting land-dwelling life once existed there. The Cambridge team also found fossils indicating there was also a marine environment at one time.The research team thinks that the now sunken landscape is part of a much bigger region that at one time merged with modern Scotland and may have reached all the way to Norway. © 2010 PhysOrg.com Citation: New exploration shows parts of North Atlantic seabed were once above sea level (2011, July 12) retrieved 18 August 2019 from https://phys.org/news/2011-07-exploration-north-atlantic-seabed-sea.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. UNH-NOAA ocean mapping expedition yields new insights into arctic depths More information: Transient convective uplift of an ancient buried landscape, Nature Geoscience (2011) doi:10.1038/ngeo1191AbstractSedimentary basins in the North Atlantic Ocean preserve a record of intermittent uplift during Cenozoic times. These variations in elevation are thought to result from temperature changes within the underlying Icelandic mantle plume. When parts of the European continental shelf were episodically lifted above sea level, new landscapes were carved by erosion, but these landscapes then subsided and were buried beneath marine sediments. Here, we use three-dimensional seismic data to reconstruct one of these ancient landscapes that formed off the northwest coast of Europe during the Palaeocene–Eocene Thermal Maximum. We identify a drainage network within the landscape and, by modelling the profiles of individual rivers within this network, we reconstruct the history of surface uplift. We show that the landscape was lifted above sea level in a series of three discrete steps of 200–400 m each. After about 1 million years of subaerial exposure, this landscape was reburied. We use the magnitude and duration of uplift to constrain the temperature and velocity of a mantle-plume anomaly that drove landscape formation. We conclude that pulses of hot, chemically depleted, mantle material spread out radially beneath the lithospheric plate at velocities of ~35 cm yr−1. Image (c) R A Hartley et al./Nature Geoscience (2011) doi:10.1038/ngeo1191 (PhysOrg.com) — Using data obtained from oil searching contractors, researchers have discovered that parts of what is now the ocean floor off the northern coast of Scotland, were at one time raised up enough by thermal expansion beneath to have jutted at least 1 kilometer above the sea. Nicky White, senior researcher from the University of Cambridge and his team explain what they’ve found in their paper published in Nature Geoscience.
Citation: Chemists offer more evidence of RNA as the origin of life (2016, May 13) retrieved 18 August 2019 from https://phys.org/news/2016-05-chemists-evidence-rna-life.html (Phys.org)—A team of chemists at Ludwig Maximilian University of Munich has shown how the purines adenine and guanine can be synthesized easily and in reasonable yields, offering more evidence that RNA could have served as the origin of life on Earth. In their paper published in the journal Science, the team describes the process they took in looking for evidence that RNA could have been the first self-replicating molecule that eventually led to all life on our planet and what they found. Journal information: Science 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. For several years many scientists have supported the idea that life got its start on our planet due to a series of events that led to the creation of RNA molecules—it seems like a strong candidate because it is able to both store information and act as a catalyst. To bolster the theory, scientists have been trying to show under what conditions RNA might have come about based on the conditions that existed on early Earth. In the early going, researchers found it relatively easy to show how two of the four main building blocks in RNA, uracil and cytosine, could have come about, but showing how the other two, adenine and guanine, might have come about has been problematic. In this new effort the research team describes a scenario under with both might have come about given conditions at the time that life is believed to have got its start.The team started by extending prior research that had shown that a molecule called formamidopyrimidine can react under certain conditions to form purines—they discovered that adding acid to an amine (which the team showed could have come about very easily from plentiful carbon, nitrogen and hydrogen) allowed for a reaction that led to the formation of a purine and that it would easily bond with formic acid, which recent research has shown is plentiful on comets—that means it could have met with existing purines if a comet crashed into the planet at the right place. Once that happened, the resultant reactions would have led to forging bonds with sugars which would have resulted in the creation of large amounts of purines, including adenine and guanine—thus all of the necessary ingredients would have been in place for the creation of RNA molecules, setting the stage for the development of living organisms. This is a computer graphic of an RNA molecule. Credit: Richard Feldmann/Wikipedia © 2016 Phys.org Missing links brewed in primordial puddles? Explore further More information: S. Becker et al. A high-yielding, strictly regioselective prebiotic purine nucleoside formation pathway, Science (2016). DOI: 10.1126/science.aad2808AbstractThe origin of life is believed to have started with prebiotic molecules reacting along unidentified pathways to produce key molecules such as nucleosides. To date, a single prebiotic pathway to purine nucleosides had been proposed. It is considered to be inefficient due to missing regioselectivity and low yields. We report that the condensation of formamidopyrimidines (FaPys) with sugars provides the natural N-9 nucleosides with extreme regioselectivity and in good yields (60%). The FaPys are available from formic acid and aminopyrimidines, which are in turn available from prebiotic molecules that were also detected during the Rosetta comet mission. This nucleoside formation pathway can be fused to sugar-forming reactions to produce pentosides, providing a plausible scenario of how purine nucleosides may have formed under prebiotic conditions.
Journal information: New Journal of Physics (Phys.org)—Since a gazelle can run faster than a lion, how do lions ever catch gazelles? A new model of predator-prey interaction shows how groups of predators use collective chasing strategies, such as cornering and circling, to pursue and capture faster prey. Without this tactical collaboration, the predators would have no chance of catching these prey. Simulations of predators (blue dots) chasing a faster prey (red dot). Credit: Janosov et al. Published in New Journal of Physics. © 2017 Phys.org Modelling explains how hunters team up to catch faster prey Explore further In their model, the researchers also observed emergent behavior, which is behavior that appears only in groups. In particular, groups of predators often begin to encircle their prey, and this behavior arises directly from the chasing rules. In nature, it’s common for prey to sometimes run in a zigzag pattern to confuse the predator, and to eventually run directly away from the predator in a straight line. The researchers also observed these strategies in their model, and found that zigzagging is especially advantageous when the predators have a long delay in responding.In the future, the researchers expect that additional interesting results can be obtained by modifying the model, such as investigating situations with multiple fast prey and equipping predators and prey with machine learning algorithms. “Our major goal in this research was to gain a deeper understanding of the collective behavior of animals, to extend our knowledge on fundamental questions on animal behavior,” Janosov said. “However, given the fact that our research group is developing collective motion algorithms for our flock of quadrocopters, there are plenty of potential applications we could propose. For example, a group of tactical drones using smart encircling strategies could become even lifesaving in the case of terrorist attacks, when the goal is to capture terrorist flying vehicles, or chasing criminals in narrow, highly populated urban areas. “Besides these, our results could have potential applications even in the entertainment industry in developing field games, possibly combined with virtual reality tools, or by the streaming of popular sport events, especially those that are widely spread in space—for example, bike or car races.” The results are not only relevant for understanding wildlife, but also have potential applications for drone-flying strategies and in the entertainment industry.The researchers, Milán Janosov, Csaba Virágh, Gábor Vásárhelyi, and Tamás Vicsek at the MTA-ELTE Statistical and Biological Physics Research Group, Hungary, have published their paper on their new model of collective chasing strategies in a recent issue of the New Journal of Physics.”After many previous efforts, we managed to give a simple, yet surprisingly life-like explanation of how predator animals can form successful hunting packs, and by that drastically enhance their chances of being successful on a hunt,” Janosov told Phys.org. “This is particularly interesting because we managed to model these exceptionally complex systems—the hunting groups of large carnivores—in a simulation resembling realistic features of animal pursuits, such as encircling, optimal group size, and finite space, only by using a set of compact rules formulated as force-like interactions in physics.”Although there are other models that describe predator-prey interactions, the new model is different because of the large number of factors it accounts for, such as the prey’s panic threshold, the predator’s ability to predict the prey’s future position, and the interaction between multiple predators, within closed boundaries with realistic measures. All of these parameters contribute to making a more realistic model that accurately describes behaviors observed in nature by groups of predators such as lions, wolves, and coyotes.By running simulations and measuring the effectiveness of different combinations of parameter values, the researchers determined the optimal combinations that resulted in the most successful group chasing strategies. Among their results, they found that just one or two predators can never catch a faster prey, and that groups of three or more succeed only with certain collaborative strategies. More information: Milán Janosov et al. “Group chasing tactics: how to catch a faster prey.” New Journal of Physics. DOI: 10.1088/1367-2630/aa69e7 Play Credit: Video abstract, New Journal of Physics. DOI: 10.1088/1367-2630/aa69e7 The model revealed that three predators forms an optimal group when chasing in two dimensions (such as on land) in a confined space. In three dimensions (such as in the air or under water), chasing becomes more challenging, and groups of five are optimal. These group sizes are comparable to those observed in nature. Somewhat surprisingly, the researchers also found that an odd number of chasers does better than an even number, which is due to geometrical reasons: with an even number, it’s more likely that a gap remains between predators that allows the prey to escape. PausePlay% buffered00:0000:00UnmuteMuteDisable captionsEnable captionsSettingsCaptionsDisabledQuality0SpeedNormalCaptionsGo back to previous menuQualityGo back to previous menuSpeedGo back to previous menu0.5×0.75×Normal1.25×1.5×1.75×2×Exit fullscreenEnter fullscreen Citation: Understanding how slow predators catch faster prey could improve drone tactics (2017, May 29) retrieved 18 August 2019 from https://phys.org/news/2017-05-predators-faster-prey-drone-tactics.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.
The method also deviates from existing techniques of liquid crystals or organic light emitting diodes (OLEDs), which consume energy at the level of the light-emitting pixel. The technique houses a microfluidic water droplet train as a flexible, reflective display. The working principle of the system is based on a rotary liquid selector with suction-based negative pressure to drive the droplets in the intended direction and form a predetermined sign.Microchannels of the proposed device were fabricated with the flexible polymer, polydimethylsiloxane (PDMS), a material with properties that include transparency under visible light and permeability to air. The authors used soft lithography and bonding techniques to create PDMS-PDMS microchannels with pixel patterns ranging from 400-800 μm in diameter and 50-200 μm in height. In the device architecture, the patterns were connected via linear channels of 100-200 μm in width. Since the material is permeable to air and gas soluble, a thin Parylene layer (500 nm thick) was deposited within the microchannels to prevent the leakage and evaporation of air and water. A new generation of LCD with higher efficiency, resolution and color performance , Applied Physics Letters Observing the flexibility, recovery and retention of the multicolored display within its original dimensions on microchannels of flexible PDMS. Credit: Microsystems and Nanoengineering, doi: 10.1038/s41378-018-0018-1 To fabricate an optimized pixel size, the authors devised a relationship between the microchannel geometry and water loss in order to maintain a specific volume of dyed water as droplets advanced in the device. The device design and optimization included measurements of the minimal differential pressure required to drive dyed water droplets through the microchannels. The pressure within the microfluidic device suction system was controlled with a computer-aided valve system, and the switch control was programmed using MATLAB. In addition, the capacity for color switching and droplet control was assessed at the level of the single pixel for optimized image display. The relationship between droplet position and the time of negative pressure applied was optimized to indicate that the device could be controlled at the level of the single pixel. The schematic principles of device design and fabrication: The proposed microfluidic device made of polydimethylsiloxane (PDMS) polymer, using standard photolithography fabrication techniques to form pixel-patterned microchannels. The pressure inside the microfluidic device was regulated with a computer-controlled valve system composed of a solenoid valve, vacuum pump and air regulator. The switch control was programmed by MATLAB and gauge pressure controlled by the in-built regulator. Credit: Microsystems and Nanoengineering, doi: 10.1038/s41378-018-0018-1 Journal information: Nature Communications , Nature A new study published on Microsystems and Nanoengineering by Kazuhiro Kobayashi and Hiroaki Onoe details the development of a flexible and reflective multicolor display system that does not require continued energy supply for color retention. The idea aims to find futuristic applications with sustainable color displays and replace existing electronic display signs currently used for multicolor messages and images. While the concept originates from electronic paper or flexible electronics that look like print on paper (developed for smart wear), the proposed method simply relies on sequentially introduced colored water droplets and air pockets in a microfluidic device precisely fabricated on a flexible polymer to maintain stable bitmap images without energy consumption. © 2018 Phys.org 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. More information: Kazuhiro Kobayashi et al. Microfluidic-based flexible reflective multicolor display, Microsystems & Nanoengineering (2018). DOI: 10.1038/s41378-018-0018-1Power-free poly(dimethylsiloxane) microfluidic devices for gold nanoparticle-based DNA analysis dx.doi.org/10.1039%2Fb403930k, Hosokawa et al, 2004, Royal Society of Chemistry, Lab on a Chip.Two-dimensional flexible nanoelectronics, www.nature.com/articles/ncomms6678, Akinwande et al, Review, December 2014, Nature Communications.All-organic active matrix flexible display aip.scitation.org/doi/abs/10.1 … 8213?journalCode=apl Zhou L et al, 2006 Appl. Phys. Lett. Organic thin-film transistor-driven polymer-dispersed liquid crystal displays on flexible polymer substrates aip.scitation.org/doi/10.1063/1.1448659, Sheraw et al, 2002, Appl. Phys. Lett. PDMS-based micro PCR chip with Parylene coating iopscience.iop.org/article/10. … 60-1317/13/5/332/pdf, Shin et al, 2003, J. Micromech. Microeng. Electronic paper: flexible active-matrix electronic ink display www.nature.com/articles/423136a Chen, et al, Brief Communication, May 2003, Nature. Citation: Flexible color displays with microfluidics (2018, August 16) retrieved 18 August 2019 from https://phys.org/news/2018-08-flexible-microfluidics.html Experimental results validated that the system could display multicolored reflective images and retain them without energy consumption as theorized. The images were durable while maintaining their position after pliable twisting, to indicate flexibility and recovery of the original multicolored framework. The scientists predict that such flexible and energy-less display systems may find innovative applications on robot skins, clothes and accessories in daily life in the future. In the study, a range of images were created in this way in zig-zag microchannels as proof of principle to test the proposed concept of flexible multicolor reflective displays. Color retention was enabled by stopping the suction system, during which the orientation of the display remained intact without energy supply. , Lab on a Chip The proof-of-principle of a three-color dot matrix a) multicolored stripe patterns (vertically and horizontally aligned) displayed on microchannels, b-c) the bitmap characters ‘A’ and ‘T’ visualized on the microfluidic-based reflective display, d-g) testing the flexibility of the display to indicate maintenance of the original framework for multicolored display retention. Credit: Microsystems and Nanoengineering, doi: 10.1038/s41378-018-0018-1 The fabricated device for color display a) Meandering microchannels with a 7×13 pixels (25 dpi) display. Inlet and outlet ports were connected to the liquid selector and suction system, b) microscopic images of the tear-drop shaped pixels that constitute the microchannels, the white dots on each pixel were caused by visible light illuminated on the device surface, c) cross-sectional view of the microchannel, a thin parylene film was deposited within the microchannel to prevent air leakage. Credit: Microsystems and Nanoengineering, doi: 10.1038/s41378-018-0018-1 Observing the relationship between the droplet position and the timing of negative pressure applied to control the position of droplets at the level of the single-pixel. Credit: Microsystems and Nanoengineering, doi: 10.1038/s41378-018-0018-1 Explore further
https://ondemand.npr.org/anon.npr-mp3/npr/me/2019/08/20190826_me_in_rural_utah_p… In Rural Utah, Preventing Suicide Means Meeting Gun Owners… by NPR News Erik Neumann 8.26.19 7:32am A gun show might not be the first place you would expect to talk about suicide prevention — especially in a place like rural northeast Utah, where firearms are deeply embedded in the local culture.But one Friday at the Vernal Gun & Knife Show, four women stood behind a folding table for the Northeastern Counseling Center with exactly that in mind.Amid a maze of tables displaying brightly varnished rifle stocks, shotguns and the occasional AR-15 assault-style rifle, they waited, ready to talk with show attendees.”Lethal access to lethal means makes a difference. Suicide attempts by any other means are less lethal,” says one of the women, Robin Hatch, a prevention coordinator with Northeastern Counseling for nearly 23 years.Utah has one of the highest rates of death by suicide in the U.S. And 85% of firearm deaths in the state are suicides. According to Utah’s health department, suicide rates can vary widely depending on where you are. For example, the suicide rate in northeast Utah is 58% higher than the rest of the state.Suicide by gun is a particular problem: The rate in rural areas is double that in urban areas, according to state officials.A major factor is the easy access to firearms in Utah — and the grim fact that suicide attempts involving guns have a higher mortality rate than by other means.This was the first time Hatch and her colleagues at Northeastern Counseling were doing outreach at a gun show.As the auditorium filled with firearm sellers and hunters, the counselors stacked their folding tables with neat piles of free cable locks that thread into a gun to prevent rounds from being loaded, and water-resistant gun socks screen-printed on the outside with the National Suicide Prevention Lifeline number.The idea behind distributing both devices is to slow a person down during a moment of crisis. “Anything that we can do to get people off track a little bit, thinking something different,” Hatch explains. “We believe that will help make a difference in our suicide rates.”Unpredictable employment adds stressThe northeast corner of Utah is home to oil and gas fields, cattle ranches and the Uintah and Ouray Reservation.Health experts say factors contributing to the high suicide rates in the area include limited access to mental health services in rural communities and the unpredictability of the ranching and oil and gas industries. The boom-bust cycles, along with physical and mental stress, take a toll on workers.”Injuries and accidents, keeping your job, having a job tomorrow. It’s so up and down,” says Val Middleton, a former oil and gas safety instructor at Uintah Basin Technical College in Vernal. “The guys don’t eat right typically. No exercise, hard work, long hours, no sleep. That’s what adds up. The divorce rate is high, really high. The family life is low.”Add high gun ownership and the risks are increased.Dee Cairoli is a pastor at Roosevelt Christian Assembly in a neighboring town. He also works part time as an NRA concealed-carry handgun instructor. When hosting classes, Cairoli explains how gun owners can intervene if another gun owner shows signs of a mental health crisis.”I’ve done it a couple of times as a pastor where I’ve gone to somebody’s house and said, ‘Look, maybe you need to listen to me for a minute. I know what I’m talking about. I promise I’ll keep it in my [gun] safe, but let me have your gun.’ “Cairoli speaks with authority. When he was 15, his father killed himself with a gun.”It was very tragic, but I never hated the gun. I never blamed the gun. I knew that it was just his desperate moment and that he had just chosen that,” Cairoli says.He believes that personal tragedy, along with the credibility he brings as a gun user and local pastor, allows people in crisis to trust him.Not Just A Rural IssueHow to talk about suicide with guns isn’t just an issue in rural parts of Utah. It’s a topic that state Rep. Steve Eliason of Sandy, a suburban city near Salt Lake, also tackles. Eliason has sponsored legislation focused on firearms, suicide prevention and mental health services. It is personal for him, too.”I’ve lost three extended family members to suicide. All firearm suicides. Young men,” Eliason says.This year, he worked on bills to fund firearm safety and suicide prevention programs, supply gun locks, create new mental health treatment programs and expand crisis response in rural Utah.Eliason describes these issues as nonpartisan, but with Utah’s proud gun culture, he’s also careful with his approach. He describes advice he got from a politically liberal friend in public health about how to bring together opposing perspectives about firearms.”Obviously, there’s kind of two schools of thought on firearms,” he says. “Those two schools of thought, if they were circles, they would overlap into a small oval — that oval is the culture of safety. And she says, ‘I would recommend that you dwell within that oval.’ That’s what I’ve tried to do.”That perspective led to the Utah legislature appropriating money to fund a study from the Harvard T.H. Chan School of Public Health, in consultation with the Utah Shooting Sports Council. That study spurred discussions about the problem of firearms and suicide and formed the basis of at least one of Eliason’s 2019 bills, to expand access to gun locks.Like Eliason’s work at the state policy level, Hatch’s suicide prevention work in her community depends on relationships and trust.Hatch’s table at the gun show was less busy than others. But the women gave out hundreds of gun locks and gun socks over the course of the day. And attendees said having them there was a fitting way to bring up the subject of suicide and firearms.”You need to know your community, and you need to address it in a way that your community will accept it,” Hatch says.This story comes from NPR’s reporting partnership with KUER and Kaiser Health News. Copyright 2019 NPR. To see more, visit NPR.
Two diametrically opposite places – ancient Odisha and Egypt – gave Anupama Dayal the idea behind her collection that saw a mix and match between the two places. So her ensembles were called Giza dress [a halter necked long wrap dress with little colourful wheels], Cuttack tunic [a scarlet Dupion fitted dress with side slits and ikkat prints], Ra dress [long silk dress] and Jagannath sari [a graphic black and white printed red chanderi sari with choli].
‘Female Dj’s are no dolly birds!’ says DJane July Loop. Before this beauty hits Zerzura on 4 May, she gets candid with Millennium Post. Read on…Tell us a bit about yourself. Where did you start from?I am from Ukraine and working as a DJ from past 4 and a half years and have travelled across the world for work. I have played in countries like Switzerland, Italy, Poland, China, Korea, Turkey, Egypt and many more. I started my career as a DJ from my own city – Ukraine. Also Read – ‘Playing Jojo was emotionally exhausting’Where did the interest in music come in and the plans to become a DJ and go behind the console?I love listening to music and doing mixing. I was crazy about rock music since I was in my teens. I used to party a lot with my friends. One of my DJ friends taught me how to play, but at that time it was just a hobby. But now music has become a part of my life and I can’t live without music and crazy people on the dance floor.Tell us about what made it for you. Also Read – Leslie doing new comedy special with NetflixMy never-ending love for music and the crazy grooving people on the dance floor. I mark a success for myself when I make the entire crowd in the venue dance like crazy on the beats I play. I will always remember the big artists I have worked with like Tara Mcdonald, Armin van Buuren, Dj Ralvero, Ottawan etc. They really helped me to reach where I have. Tell us about making it big – was it a long journey and a tough struggle?In the beginning of my career I used to play in small parties, usually a pre-party. It wasn’t a long journey for me because I got my first break to work with a well known DJ from London. It was my first assignment abroad in Istanbul. I played warm up for him. After the show we worked together for almost one month and I at that moment understood what is really to be a DJ. Is it harder to be a female DJ as compared to your male counterparts?Female DJ’s were largely regarded as a gimmick, a ‘dolly bird’ to gaze at and to be taken seriously, as someone who might actually know how to present music, was almost an impossibility. People in various countries have different mindsets. Some people don’t believe that a female DJ can play and take a party on a high. They look at me or my photo and think I am just a model standing near the console. I love facing the challenges and with these people I love breaking of that stereotype thoughts. Usually, after my party, people come to me and say: Wow you really can play!!! What are the essential ingredients needed to become a DJ?You should love music and have an ability of sensing the crowd’s music requirements. Sometimes the taste of the crowd is far different from yours, at that moment you need to change your preferences and need to adapt according to the crowd.Is this your first visit to India? What sort of reaction are you expecting from Delhi?It is my third trip to India. I have heard that the Delhi crowd is the most energetic crowd. I am expecting a lot from the Delhiites. I want to drive my crowd crazy with my beats. Earlier Delhi crowd was only open to Bollywood and commercial music. But now with the increase of music knowledge among Delhiites the preferences has been changed. People are better informed now and they also enjoy all the genres of music. Tell us what tops your playlist right now – the top tracks on it…The top tracks on my playlists are: Baauer – Harlem Shake; Macklemore & Ryan Lewis – Thrift Shop; Pitbull and Christina Aguilera – Feel This Moment.
Child Rights and You, India’s leading Child 30th rights NGO and its alliance, APR – Alliance for People’s Rights, organised a day long theatre festival in the capital.This was an open forum for children to speak out on issues that affect them the most in school. Shiksha Hamara Haq theme of the festival amplified the voices of more than 50 children between ages 6-14 from different parts of city. Corporal punishment and discrimination, barriers in education due to lack of infrastructure, positive impact of RTE Act are the issues which the festival addressed. Also Read – ‘Playing Jojo was emotionally exhausting’Padhna isi ka naam hai, Dhoondte reh jaoge, Thoda hai thode kee zarurat hai, were three plays where children showcased what they have observed as issues of basic infrastructure in their school, hygiene and access to playgrounds. The theatre festival was followed up by a panel discussion on the status of education in Delhi. Themes of the discussion were, ensuring enrolment of all children between 6-14 years in school, as per the current provisions of RTE Act, 2009, ensuring that no child is subjected to any kind of corporal punishment of any nature- physical or mental, To ensure ‘compulsory education’ for all children through availability of a neighbourhood school with proper infrastructure.
A five-day event Thailand Trade Exhibition 2014 has been organised in the Capital by Department of International Trade Promotion Thailand (DITP) that started off on 3 September at DLF Place Saket. The show provides a trade opportunity for both the countries. The event was inaugurated by Chalit Manityakul Ambassador, Royal Thai Embassy. It showcases rich plethora of Thai activities and products like cultural dance, home decorative, gem and jewellery, educational toys, health and beauty and flowers.Chalit Manityakul said, ‘We are glad to organise this fair.as it has given us a great opportunity to showcase our exciting range of products to discerning buyers and sellers. With this platform, we hope to create more awareness amongst our target audiences and benefit from B2B interactions and meetings as well’.