Professor Masanao Koeda affiliated with Ritsumeikan University has developed a robot measuring nearly 20 inches that can shuffle its feet, twist and bend. The robot can make a 90° turn without taking its feet off the ground. According to Digital World Tokyo, this breakthrough will allow future robots ease in motion without losing balance and falling. Currently, two legged robots must perform a circular turn likened to an oil tanker to change course.A video of the robot performing the “Koeda Shuffle,” is available here. The significance of this advancement is that the shuffling action will allow robots in the future to maintain balance while carrying objects in its arm-like extensions. The ability to shuffle its feet in one spot and make a turn is a major achievement that holds significant potential for the utility of future robots.The current method requiring the robot to lift one foot and in rapid succession balance on one foot to perform a change in direction can impede balance. It is difficult for the robot to perform arduous turns and hold objects in its hands. The shuffling action of the Koeda Robot allows the robot to change directions without having to pick up it feet in the process. This factor allows increased balance and smooth, non-jerking motions which will afford the robot greater agility carrying objects while in motion. The accomplishments of Dr. Koeda in collaboration with T. Yoshikawa and K. Nakagawa and others in the field of robotics has achieved scientific recognition. Recently an abstract on “Stability Improvement Using Soft Sole on Humanoid Robot” was presented at The 9th International Conference on Climbing and Walking Robots. Other noteworthy scientific abstracts include, “Grasping and Manipulation by Soft Fingered Robot Hands,” and “A Quantitative Evaluation Method of Handiness Using Haptic Virtual Reality Technology.” Professor Koeda has an impressive scientific background in the field of robotics, communications and innovations in unmanned helicopters used in assessing damage in natural disasters. His collaborative efforts in this area was conducted for the United Nations World Conference on Disaster Reduction. His current work on the prototype shuffling, twisting and turning robot is a logical extension of his scientific endeavors. The future of the agile humanoid robot include modifications that will allow it to move on rough surfaces and sloped land areas. The ultimate future of the humanoid robot may include the role of caretaker for severely disabled or wheel chair bound human counterparts. The range of duties and tasks the Koeda Robot may handle in the future is by all estimates up to the imagination of the Koeda team of scientific explorers. For a complete list of Dr. Koeda et.al publications see: http://robot.ci.ritsumei.ac.jp/~koeda/. This article was translated from this source. He is currently in Brazil on a lecture tour. External link: Digital World Tokyo — http://www.digitalworldtokyo.com/ The robot has come one shuffle step closer to becoming an aid to its human counterparts. The scientific explorers in robotics led by Dr. Koeda take a series of shuffle steps for mankind. 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 Fujitsu “Koeda” Robot. Credit: Digital World Tokyo & Dr. Koeda Citation: Latest in Robotics: Shuffle, Twists & Turns 90° (2007, November 27) retrieved 18 August 2019 from https://phys.org/news/2007-11-latest-robotics-shuffle.html
Explore further Citation: Botnet Hijacking Steals 70GB of Data (2009, May 5) retrieved 18 August 2019 from https://phys.org/news/2009-05-botnet-hijacking-70gb.html Torpig bots stole over 8,300 credentials that was used to login to 410 financial institutions. More than 21 percent were PayPal accounts. This brings a total of almost 298,000 unique credentials that were intercepted from over 52,000 infected machines.Torpig’s secret behind siphoning data from computers is by infecting programs such as Mozilla Thunderbird, Microsoft Outlook, Skype, ICQ, and other applications, by monitoring every keystroke. Every 20 minutes, the malware automatically uploads new data to servers. The software is then able to intercept passwords before they may be encrypted by secure sockets layer or other programs.The security researchers were able to hijack the botnet after discovering weaknesses in the way it updates the master control channels that are used to send new instructions to the infected computers. A technique know as domain flux sporadically generates a large list of domain names of computers to report to but only uses one address, ignoring all the others.The researchers were able to monitor the botnet’s behavior over a period of 10 days by registering one of the domain names on the list and seizing control of the machine. The hijackers eventually gain back control of the machine by using a backdoor built into the infected computer.In all researchers counted over 180,000 infected computers that connected from 1.2 million IP addresses. Torpig gains control of a computer by rewriting the hard drive’s master boot record. As a result, control of a computer is gained during the early stages of a PC’s boot process, allowing it to bypass anti-virus and other security software.© 2009 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. (PhysOrg.com) — Security researchers have uncovered one of the most notorious zombie networks, the Torpig botnet, by collecting 70GB of data that was stolen in just 10 days. Downadup Worm Hits Over 3.5 Million Computers
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: Synthetic Tree Captures Carbon 1,000 Faster Than Real Trees (2009, July 9) retrieved 18 August 2019 from https://phys.org/news/2009-07-synthetic-tree-captures-carbon-faster.html Explore further Professor Klaus Lackner of Columbia University has been working on the concept since 1998, and recently met with U.S. Energy Secretary Steven Chu to discuss moving forward with the project. Through his company Global Research Technologies, based in Tucson, Lackner has built an early model and hopes to have a fully working prototype within three years.As Lackner explains, the technology is similar to that used at coal plants to capture carbon from flue stacks, but can be used anywhere. Lackner notes that half of carbon emissions come from small sources, including cars and airplanes, and is usually nearly impossible to collect. But since the carbon dioxide in the air is actually very concentrated, the device required to collect it can be fairly small. Lackner’s goal is to make the synthetic tree highly efficient for its size. Compared to the amount of carbon dioxide that a large windmill can avoid generating, for example, a synthetic tree of equal size could collect several hundred times the amount of carbon dioxide that the windmill avoids. Each synthetic tree would cost about $30,000 to build, with most of the cost due to the technology used to release the carbon dioxide from the sorbent. In addition, since the device requires energy to operate, it also generates some carbon itself if plugged into the power grid. Lackner calculated that, for every 1000 kg of carbon dioxide the synthetic tree collects, it emits 200 kg, so that 800 kg are considered true collection.via: CNet News© 2009 PhysOrg.com First Successful Demonstration of Carbon Dioxide Air Capture Technology Achieved A synthetic tree could collect carbon coming from small, distributed sources, which is usually very difficult to collect. Credit: Global Research Technologies. (PhysOrg.com) — Scientists have designed a synthetic tree that traps carbon dioxide from the air in an attempt to combat growing emissions. The device looks less like a tree and more like a small building, but it can collect carbon about 1,000 times faster than a real tree. One synthetic tree could absorb one ton of carbon dioxide per day, an amount equivalent to that produced by about 20 cars, on average. After being trapped in a chamber, the carbon would be compressed and stored in liquid form for sequestration.
“Arrandale” mobile processor Intel’s Atom CE 4100 SoC Will Transform Internet TV (w/ Video) This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. (PhysOrg.com) — Intel has announced it will launch over two dozen new products next month, including new processors, chipsets, and a number of wireless components. Citation: Next-generation Intel products to be launched in January; Include first 32-nm Core i3, i5 processors (2009, December 18) retrieved 18 August 2019 from https://phys.org/news/2009-12-next-generation-intel-products-january-nm.html The Core i5 will support turbo boost to increase performance when required, provided the processor can be cooled adequately, and there will also be a turbo boost application that puts an indicator on screen to show the core power levels. Both the Core i3 and Core i5 support hyper-threading and are able to run two threads per core.Intel has invested over seven billion dollars in the U.S. this year on four factories used to manufacture its 32-nm products. According to Intel’s Director of Consumer Client Marketing, Karen Regis, 2009 has been a flat year, but the PC market is likely to grow again next year, at least partly because of the new Microsoft Windows 7 operating system. Regis said the growing trend is for the PC market to be driven more by personal users than business demands.Intel will launch the new products at the Consumer Electronics Show (CES), which runs from January 7 to 10 next year in Las Vegas. Prices and details such as chip frequencies are expected to be released at either a press briefing on January 7, or at the keynote address to be given by Intel’s CEO Paul Otellini. © 2009 PhysOrg.com More information: www.intel.com/pressroom/kits/events/ces2010/ Explore further Among the products Intel will be launching are new Core i7 chips and dual-core processors, and the first of its Core i3 and i5 CPUs for desktop computers and notebooks. The Core i3 is the entry-level CPU, the Core i5 is mid-range, and the Core i7 is the high-end CPU intended primarily for game-players. The Core i3 and Core i5 CPUs will include Intel HD graphics, marking the first time Intel has integrated graphics on the processor, as graphics were previously on a separate chip. The integrated graphics will be able to decode two high definition streams in hardware, while the GMCH chipset will be able to decode DTS-HD sounds and Dolby True HD, and will support the 7.1 surround sound of Blu-ray discs.Vice President of Intel, Stephen Smith, said at a press conference yesterday that the high definition video and audio capabilities in the chipsets have superior graphics capabilities that would be suitable for use in high-end home theater systems. “Clarkdale” desktop processor
© 2010 PhysOrg.com Citation: Microsoft to release a free SDK for Kinect this spring (2011, February 22) retrieved 18 August 2019 from https://phys.org/news/2011-02-microsoft-free-sdk-kinect.html (PhysOrg.com) — Kinect, Microsoft’s attempt to bring motion controls to the Xbox 360 video game console, is soon to have a non-commercial SDK released for it that will hopefully allow third-party developers to create new uses for the motion-based system, some of them may even be outside of the world of gaming. More information: blogs.technet.com/b/microsoft_ … ive-spring-2011.aspxUsing Xbox Kinect, standard graphics chips, researchers achieve highest frame rate yet for streaming holographic video 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 The non-commercial SDK is being developed by a team led by Don Mattrick, president of the Interactive Entertainment Business at Microsoft, and is expected to be released to developers as a free download at an as yet undetermined date in the spring of this year. The SDK is expected to give developers access to the system application programming interfaces and the audio system, as well as granting direct control of the Kinect sensor itself.Microsoft also has plans to release a commercial version of the SDK at a later date. The free version will be a kind of an SDK starter kit, designed with users from the academic research community and enthusiasts in mind.For those of you not familiar with the device, Kinect is the motion-based control system that was launched for the Xbox 360 in November of 2010. It uses a camera bar in order to allow users to interact with the games. Kinect currently retails for $150. The device has a fairly large user community, with more than 8 million Kinect devices sold in its first 60 days on the market.The Kinect device has already had several attempts to hack it made public, with varying levels of success. For example, one successful hack exploited the USB connection which allows the device to connect to the Xbox 360. Microsoft scrambling to keep up with Kinect demand
(PhysOrg.com) — Microsoft might be planning a future where Windows open to something far bigger, the next time you push your power button on. A patent filed by Microsoft points to its plan for an operating system environment beyond Windows 8 that depends on cloud computing, not locally installed software. The patent suggests your computer will be booted through remote storage in a cloud computing construct, where software services control your digital work. Citation: Microsoft ‘streaming storage’ patent maps OS future (2011, August 17) retrieved 18 August 2019 from https://phys.org/news/2011-08-microsoft-streaming-storage-patent-os.html Explore further Microsoft and Salesforce end patent duel © 2011 PhysOrg.com The patent calls for an operating system booted through a chain of storage devices with various priorities forming a centralized environment. The patent says:“Various aspects of the subject matter described herein are directed towards a technology by which a virtual storage device for a physical or virtual computing machine is maintained as a chain of data structures (e.g., files) including far data maintained at a far (e.g., remote) backing store and near data maintained at a near (e.g., local) backing store (which initially may be empty).”Reports in ConceivablyTech and Geek.com detail the patent, filed in February 2010, but which are surfacing now.The patent 20110197052 is called “Fast Machine Booting Through Streaming Storage.“ Inventors’ names are listed as Dustin Green, Jacob Oshins, and Michael Neil.One of the advantages is called out as fast booting time.“Described is a technology by which a virtual hard disk is maintained between a far (e.g., remote) backing store and a near (e.g., local) backing store, which among other advantages facilitates fast booting of a machine coupled to the virtual hard disk,” says the patent. The patent explains that “the virtual disk is available for use immediately, rather than needing to download an entire operating system image before booting from that downloaded image. For example, during a boot operation, only a relatively small amount of data is needed from the boot disk, which is available from the far data and/or the near data.”News of the patent is seen as proof that rumors and tips over Microsoft’s research project Midori back in 2008 and 2009 were on to something big. Midori, an operating system project at Redmond, was believed to be focusing on the company’s OS future directions and a path to integration with Azure, which is Microsoft’s cloud platform.The patent’s details and intent will most likely be the subject of conversation in the corridors if not meeting places next month in Anaheim, at the sold-out Microsoft BUILD conference for developers. 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: Patent: appft1.uspto.gov/netacgi/nph-P … 052RS=DN/20110197052
© 2013 Phys.org. All rights reserved. Journal information: Proceedings of the National Academy of Sciences Prof. Jean-Pierre Leburton briefed Phys.org on the research he and his colleagues – Anuj Girdhar, Chaitanya Sathe and Klaus Schulten – conducted. “Simulations are presently leading experimental efforts on this specific topic – but transport models based on density functional theory cannot handle a large number of atoms due to limited computational resources,” Leburton tells Phys.org, recounting some of the challenges the scientists faced. (Density functional theory, or DFT, is a quantum mechanical modeling method used in physics and chemistry to investigate the electronic structure of many-body systems.)”In addition,” Leburton continues, “these models are restricted to solid-state systems, while we’re dealing with a hybrid solid-liquid system. For this reason, very simplistic and idealistic physical conditions are assumed on graphene nanoribbons.” Such assumptions include uniform GNR widths with perfect armchair or zigzag edges, the nanopore being placed in the center of the graphene nanoribbon, and an absence of electrostatic perturbations from either the electrolytic solution or the dielectric supporting the graphene nanoribbon.”In our approach, we use a multiorbital tight-binding (TB) technique that can handle a much larger number of atoms than DFT to account for the non-uniform GNR width, its irregular edges, and various sizes and positions of the nanopore,” Leburton explains. (The TB technique uses a superposition of wave functions of isolated atoms located at each atomic site to calculate the electronic band structure of solids.)”The electronic spectrum obtained from the tight binding model is then fed into a transport model based on a non-equilibrium Green function technique to compute the electrical conductance in general GNR configurations.” A non-equilibrium Green (aka Green’s) function, or NEGF, can be used to solve an inhomogeneous differential equation with boundary conditions in a way that is roughly analogous to the use of Fourier series in the solution of ordinary differential equations. Over the last decade, NEGF techniques have become widely used in corporate, engineering, government, and academic laboratories for modeling high-bias, quantum electron and hole transport in a wide variety of materials and devices. Explore further (A) Schematic of an AT DNA strand translocating through a pore. (B) Potential maps in the graphene plane due to the DNA molecule at eight successive snapshots throughout one full rotation of the DNA strand. Credit: Copyright © PNAS, doi:10.1073/pnas.1308885110 Citation: Through a nanopore, ionically: Graphene quantum transistor for next-generation DNA sensing (2013, October 30) retrieved 18 August 2019 from https://phys.org/news/2013-10-nanopore-ionically-graphene-quantum-transistor.html Another consequence of the system being multi-phase (liquid-solid), with the DNA target in the liquid phase, and the detector is in solid phase, was detecting the rotational and positional conformation of a DNA strand inside the nanopore. “From a computational viewpoint, Leburton notes, “the interface between the two phases is extremely challenging, because on the one hand, software is specific to either of these matter phases, while on the other hand, in the case of bi-phase systems, they are, as mentioned, restricted to a very small number – a few hundred – of atoms.”In showing that a graphene membrane with quantum point contact geometry exhibits greater electrical sensitivity than a uniform armchair geometry, Leburton says that the main challenge resides in the capability of simulating arbitrary GNR shapes at atomic resolution, which – again due to traditional density functional theory methods being limited to only a few hundred atoms – leads to the inability to assess long-range effects induced by GNR geometry.In summary, the team addressed all of these computational challenges by using:a tight-binding approach that can handle larger number of atoms, which is necessary to assess the conductance changes in GNRs of non-uniform shape induced by external chargesa multi-scale approach to handle the hybrid bi-phase system, where the GNR and DNA are modeled by atomistic software, while the electrolyte and surrounding materials are treated with self-consistent semiconductor devices equations within the Boltzmann-Poisson formalism (a differential equation that describes electrostatic interactions between molecules in ionic solutions)Leburton expands on the paper’s proposed membrane design containing an electrical gate in a configuration similar to a field-effect transistor for a graphene-based DNA sensing device. “The presence of a gate on or underneath the membrane will enable tuning of the GNR conductance in the optimum electrical sensitivity regime, which otherwise will be entirely determined by two factors: the GNR irregular edges introducing uncontrollable quantum mechanical boundary conditions on the transverse wave functions of charge carriers that produce undesirable scattering affecting the conductance; and the GNR’s inherent and uncontrollable p-type doping resulting from exposure to water, and the parasitic negative charge in the dielectric supporting or insulating the GNR.”Moving forward, Leburton says that to control the electrostatic landscape within the nanopore, the membrane could incorporate additional graphene layers, or other two-dimensional materials, connected to voltage sources. These additional electrodes will have the dual purpose of controlling the lateral and vertical motion of the DNA molecule during its translocation through the nanopore. By so doing, the scientists expect to reduce the jitter and flossing due to thermal motion of water molecules and ions in the solution, and thereby improve the identification of each nucleotide when it passes in front of the detecting graphene layer.”One of the major features of our model was to assume that the DNA passes through the nanopore rigidly,” Leburton continues. “Aside from improving our multi-scale approach, the next steps in our research will consist of implementing our computational model by including the thermal motion of the DNA through molecular dynamic simulation; the proximity effects of dielectrics sandwiching the detecting graphene layer; the effect of the gate on the GNR conductance for enhanced detection performances; the electrostatic effects of additional controlling electrodes on the DNA molecular dynamics; and determining the optimum membrane design for high sequencing performances.”Regarding other areas beyond genomics that might benefit from their study, Leburton says, their research will also contribute to the development of novel miniaturized bioelectronic devices with broad range of applications in personal medicine. “Indeed,” he illustrates, “if solid-state membranes can be energized electronically, one can imagine them performing similar functions as biocells, but with electrical stimulation, control and detection. This would open the door to new practices in portable in situ bioanalysis without the need for costly and time-consuming lab analysis. In a more general context,” he concludes, “the interaction of biology and nanoelectronics at the molecular level – with the possibility of manipulating biological information by nanoscale electronic devices – opens new horizons in information processing technology by taking advantage of the biological capability of storing huge amount of information, on the one hand, and the ability of semiconductor technology to process it quickly, reliably and at low cost, on the other.” Schematic diagram of a prototypical solid-state, multilayer device containing a GNR layer (black) with a nanopore, sandwiched between two oxides (transparent) atop a heavily doped Si back gate, VG (green). The DNA is translocated through the pore, and the current is measured with the source and drain leads, VS and VD (gold). (See SI Methods for a cross-sectional schematic diagram.) Credit: Copyright © PNAS, doi:10.1073/pnas.1308885110 More information: Graphene quantum point contact transistor for DNA sensing, PNAS October 15, 2013 vol. 110 no. 42 16748-16753, doi:10.1073/pnas.1308885110 New system to improve DNA sequencing 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) —In the ongoing quest to devise faster, lower-cost methods for sequencing the human genome, scientists at University of Illinois at Urbana–Champaign have developed a novel approach: DNA molecules are sensed by passing them through a layer of constricted graphene embedded in a solid-state membrane containing a nanopore (a small hole with a roughly 1 nm internal diameter), located in a graphene nanoribbon (GNR). A critical feature of the new paradigm is that graphene’s electrical properties allow the layer to be tuned in several distinct ways – namely, altering the shape of its edge, carrier concentration and nanopore location – thereby modulating both electrical conductance and external charge sensitivity. The researchers found that their novel technique can detect the DNA strand’s rotational and positional conformation, and demonstrated that a graphene membrane with quantum point contact geometry exhibits greater electrical sensitivity than on with so-called uniform armchair geometry. The team has proposed a graphene-based field-effect transistor-like device for DNA sensing. “One of the major challenges in computing GNR sensitivity to external charges arises from the latter’s different natures and origins,” Leburton points out. “Specifically, these are the static charge in the dielectric materials supporting, or sandwiching, the GNR, and – most importantly – the dynamical ionic charge in the electrolyte containing the DNA, which is in liquid phase.” To address this, the researchers used a multi-scale technique, where the GNR and DNA are simulated atomistically (with a tight-binding technique and molecular dynamics, respectively) while the electrolyte and dielectric are treated as continuum media. “The former is simulated as an intrinsic semiconductor with large dielectric constant and a pseudo-band gap in the presence of a self-consistent potential, and the dielectric charge is modeled by assuming a static fix distribution,” Leburton adds. “The induced potential variations on the GNR and nanopore edges are obtained self-consistently by solving the Poisson equation, and fed into the NEGF code to compute the resulting conductance variation in the GNR.”
Located in a spherical halo around the Milky Way, AG Draconis (AG Dra for short) is a classical symbiotic variable binary of type S. The system consists of a cool red giant with an effective temperature of about 4,300 K and a hot white dwarf with a high temperature of at least 100,000 K. The red giant is about 30 times larger than our sun, however, it has a mass of only 1.5 solar masses. The system’s white dwarf is about 40 to 60 percent less massive than the sun. The stars fully orbit each other approximately every 550 days.AG Dra is one of the most studied symbiotic star systems as its variations in brightness have been observed by astronomers for more than a century. The binary experiences a characteristic symbiotic activity with the alternation of active and quiescent stages. Its apparent magnitude of around 9.8 is known to increase by up to 1.4 when outbursts occur during active stages that take place at intervals of nine to fifteen years.Previous observations of AG Dra have shown that these active stages consist of several outbursts repeating at about a one-year interval. The observed periods of activity start with a major outburst that is usually cool as the expanding pseudo-atmosphere of the white dwarf cools down. However, the latest phase of activity, which started with an outburst in 2015, appears to be different from previous ones.A team of astronomers led by Jaroslav Merc of the Pavol Jozef Šafárik University in Košice, Slovakia, has analyzed the recent activity of AG Dra using data from the Astronomical Ring for Access to Spectroscopy (ARAS) database. They found that the brightness of AG Dra started to increase in the first half of 2015, with a weak pre-outburst. The second and more prominent outburst occurred in April 2016.The study revealed that in May 2015 the brightness of AG Dra began to rise, achieving 10.7 mag in B and 9.6 mag in the V filter. The researchers described the event as a less prominent, minor outburst. During the second outburst that took place in April 2016, the binary reached maximum brightness of 9.9 and 9.1 mag in the B and V filters, respectively. Given that both brightenings were classified as minor (hot) outbursts, the recent period of activity of AG Dra seems unusual when compared to previous ones.”According to the photometric behavior, both brightenings belong to the minor outbursts of AG Dra. Such photometric behavior of the active stage is very untypical because more often, the activity of AG Dra starts with the major outburst,” the paper reads.The astronomers noted that active periods of AG Dra usually commence with major outbursts when the brightness reaches 8.8 and 8.4 mag in the B and V filters, respectively. The newly observed unusual activity raises questions about the nature of these outbursts. The authors assume that the events could belong to a new type of outbursts or they could indicate some transition between the hot and cool outbursts. Explore further © 2017 Phys.org New outbursts detected in a peculiar, active dwarf nova MN Draconis The historical light curve (LC) of AG Dra over the period 1889 – 2017, constructed on the basis of the photographic and the B band observations. The LC is divided into active (A – G) and quiescence (Q1 – Q6) stages by vertical lines. The thin curve shows spline fit to the data points. Credit: Šafárik et al., 2017. European astronomers have spotted an unusual outburst activity of a binary star system known as AG Draconis. New observations reveal that the recent changes of brightness of this star are slightly different than the changes that occurred during previous outbursts. The findings were presented October 13 in a paper published on arXiv.org. More information: arxiv.org/pdf/1710.04831.pdf Citation: Astronomers observe unusual outburst activity of binary star AG Draconis (2017, October 24) retrieved 18 August 2019 from https://phys.org/news/2017-10-astronomers-unusual-outburst-binary-star.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.
Using ESA’s XMM-Newton and NASA’s NuSTAR space telescopes, a team of astronomers from Germany has detected a new ultra-luminous pulsar in the galaxy NGC 300. The finding of this pulsar, which received designation NGC 300 ULX1, is detailed in a paper published November 9 on the arXiv pre-print repository. Explore further More information: Chandreyee Maitra et al. NGC 300 ULX1: A new ULX pulsar in NGC 300. arXiv:1811.04807 [astro-ph.HE], arxiv.org/abs/1811.04807 XMM-Newton EPIC-pn images of NGC 300 ULX1 at different epochs marked in thefigure. The red circles denote the source extraction region used for the analysis. Credit: Maitra et al., 2018. Ultra-luminous X-ray sources (ULXs) are point sources in the sky that are so bright in X-rays that each emits more radiation than 1 million suns emit at all wavelengths. Although they are less luminous than active galactic nuclei, they are more consistently luminous than any known stellar process. Astronomers generally believe that due to their brightness, most ULXs are black holes. However, recent observations have found that some ULXs showcase coherent pulsations. These sources, known as ultra-luminous X-ray pulsars (ULXPs), are neutron stars typically less massive than black holes. The list of known ULPs is still relatively short, hence detecting new objects of this class is essential for researchers studying the universe in X-rays.Now, a group of astronomers from Max Planck Institute for extraterrestrial Physics in Garching, Germany, led by Chandreyee Maitra, reports the detection of pulsations from the source NGC 300 ULX1, located in the spiral galaxy NGC 300, some six million light years away from the Earth. Discovered in 2010, NGC 300 ULX1 was initially classified as a supernova, but later re-classified as a possible high mass X-ray binary.By analyzing data from simultaneous observations of NGC 300 ULX1, performed in December 2016 using X-ray Multi-Mirror Newton (XMM-Newton) and Nuclear Spectroscopic Telescope Array (NuSTAR) spacecraft, Maitra’s team identified pulsations from this source.”Pulsations from NGC 300 ULX1 were discovered during simultaneous XMM-Newton/NuSTAR observations in Dec. 2016,” the researchers wrote in the paper.According to the study, NGC 300 ULX1 had a spin period of about 31.71 seconds at the start of NuSTAR observations, which decreased linearly within a few days to approximately 31.54 seconds at the end of the XMM-Newton/NuSTAR observing campaign. The observations also found that the pulsar has a spin-up rate of 556 ns/s and a broadband unabsorbed luminosity of 4.7 duodecillion erg/s.Furthermore, the astronomers checked archival data from observations of NGC 300 ULX1 using NASA’s Swift space telescope and Neutron star Interior Composition Explorer (NICER) on the International Space Station. These data show that the spin period of this pulsar decreased exponentially from about 45 to 17.5 seconds during a timespan of 2.3 years.The researchers noted that NGC 300 ULX1 is the fourth ULXP known to date, and exhibits an extreme spin-up rate, as well as a relatively constant luminosity over a long span of time. They added that its spin-up rate is one of the highest ever observed from an accreting neutron star.In concluding remarks, the authors of the paper underlined that due to its properties, NGC 300 ULX1 could provide a rare opportunity for astronomers to study spin evolution of accreting neutron stars at extreme accretion rates. The pulsar could also help us better understand the similarities between ULXPs and supergiant high mass X-ray binaries. New accreting millisecond X-ray pulsar discovered © 2018 Science X Network Citation: New ultra-luminous X-ray pulsar discovered (2018, November 27) retrieved 18 August 2019 from https://phys.org/news/2018-11-ultra-luminous-x-ray-pulsar.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.
Created by Kolkata-based sculptor Guranga Kuila, the 16 feet tall and 12.5 feet wide sculpture has been fashioned out of brass replicas of items like leaves of the mango and bael leaves, diyas, brass water vessels – all traditional offerings to the Goddess Durga.The idol of the goddess itself, a monumental 20 feet high and 26 feet wide has been transported to Delhi from Kolkata where it was handcrafted with seven types of clay by sculptor Pradeep Rudrapal, who has earned fame for his spectacular idols. Also Read – ‘Playing Jojo was emotionally exhausting’‘It took four trucks and over 7 days to transport the idol from Kolkata. Over 45 labourers helped carry it to the stage where she will be worshipped during Durga Puja celebrations,’ says Shanker Chakravarthy, a member of the organising committee.While with an estimated budget ranging between Rs 75 lakhs to Rs 1 crore, the Arambag committee wants to make this year’s celebration special. Former President Abdul Kalam inaugurated the Buddha-themed pandal late last evening. Also Read – Leslie doing new comedy special with NetflixOther Durga Puja committees in Delhi and the National Capital Region (NCR) area, which is estimated to number over 800, are also geared up with special themes and festivities.For Vishvajit Pal, a sculptor from Krishnanagar in West Bengal, the days leading to the Durga Puja are quite busy.Pal, who has been making idols for the past 30 years has been coming to Delhi since the past 9 years. At the Delhi Durga Puja Samiti, he is overseeing preparations for at least 10 idols that will be dispatched to various committees across the city. One of the idols is for the Kashmiri Gate Puja Samiti, which hosts the oldest Durga Puja celebration in the Delhi and NCR region. ‘Our puja turns 104 years old this year. We maintain the old style followed by gererations and seldom deviate from tradition. The idols of the goddess and everything else is created in the traditional style,’ says Barun Mukherjee, President, Kashmiri Gate Puja Samiti.Mukherjee, who has been associated with the Puja since 1955, says many founding members have grown old and moved away but still ensure they visit it every year. Kashmiri Gate, Karol Bagh, Kali Bari and Timarpur count amongst the oldest Durga Puja Samitis in Delhi. The Tirmarpur Samiti is celebrating its 100th Puja this year, and the others too are more or less in the same zone.‘This year I have worked on 400 pandals. One of the best is a pandal in south Kolkata where elephants, fish and birds carved on wood flank the Goddess,’ says Gouranga Kulia, a handicraftsman.
The India list gives details of the richest people in the country with a cut off wealth of Rs 6,000 crore. Mukesh Ambani with a a wealth of Rs 1.2 lakh crore tops the list among billionaires in the country, followed by Dilip Shanghvi of Sun Pharma with an estimated wealth of Rs 1.02 lakh crore. Pallonji Mistry and family of Tata Sons with Rs 96,000 crore assets are in the third place. “It has been a busy year for the energy tycoon whose flagship company Reliance last year sought approval of Rs 78,000 crore expansion to their existing refinery business. Also Read – I-T issues 17-point checklist to trace unaccounted DeMO cashAmbani also bought out one of the largest media houses, Network 18, for Rs 4200 crore,” the report said. This is the first time India is among the top three countries with the maximum number of billionaires. While US tops the list, China is in second place followed by India, as per the list prepared by Huran Global Rich list report which was prepared by its India head office at Kochi. India leapfrogged Russia and UK to the third place. Of the 2,089 billionaires across the world, 97 reside in India. Wipro’s Azim Premji (Rs 84,000 crore), HCL Technologies’ Shiv Nadar (Rs 66,000 crore), Kumar Birla of Aditya Birla (Rs 60,000 crore) and Sunil Mittal and family (Rs 60,000 crore) are among the top 10 in the India list. According to the list, 41 of the 97 billionaires have inherited wealth and 56 are self made billionaires. Also Read – Lanka launches ambitious tourism programme to woo Indian touristsKiran Mazumdar Shaw of Biocon, with an estimated wealth of Rs 6,000 crore, is the only woman billionaire in the country who has not inherited her wealth. Savitri Jindal and family with a wealth of Rs 16,200 crore is the top ranked female billionaire in India followed by Indu Jain of Bennett Coleman at Rs 15,000 crore. S P Hinduja of the Hinduja group tops among the wealthiest Indians outside the country with a wealth of USD 18 billion followed by Lakshmi N Mittal with $14 billion.
Kolkata: The Kolkata Municipal Corporation (KMC) will break open the locks of houses to clear garbage as part of the anti-larvae drive, Atin Ghosh, Member, Mayor-in-Council (Health) said on Thursday.Ghosh said many owners have put their houses under lock and key and were staying outside temporarily. In such cases, the civic workers will break the lock of the house in presence of officers of the local police station and remove the garbage or clear the drains, along with examining the overhead tanks and underground reservoirs. Also Read – Rain batters Kolkata, cripples normal lifeThe cleaning operation will be videotaped and KMC will put a new lock and the keys will be kept with the local police station. The owner will be informed and will be charged later. KMC may add the charge with the property tax or may request the owner to pay the amount when he will be visiting the KMC office to pay house tax.Ghosh said such buildings pose a serious threat to the anti-larvae drive. As the buildings are locked, the garbage in them gets piled up. The drains get clogged and rain water accumulates on the roof. These areas serve as the ideal breeding ground for the dengue and malaria causing mosquitoes. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killedHe said that in some places, the owners are not allowing the civic workers to inspect their buildings. On Kartick Bose Lane in North Kolkata, the owner did not allow the KMC team to enter the house. In such cases, the KMC will put up a notice under Section 496 A of the KMC Act.The KMC will file cases against these owners in the Municipal Court, where the quantum of punishment can vary between Rs 1,000 and Rs 1 lakh.Ghosh said the civic authorities have launched anti-larvae drive from January and sought cooperation of people from all walks of life.
Kolkata: Mortaja Hossain, Forward Bloc leader and former minister in the Left Front cabinet, joined Trinamool Congress on Thursday.Trinamool secretary general Partha Chatterjee handed over the flag to Hossain, who was the minister in charge of Relief in the cabinet of Buddhadeb Bhattacharjee. It may be mentioned that another leader of Forward Bloc Paresh Adhikari, who was also a minister in the LF government, had joined Trinamool on Monday.Chatterjee said the ministers from the erstwhile Left Front government have joined Trinamool as they support the development that has been carried out throughout the state in the past seven years and are against the divisive politics Also Read – Rain batters Kolkata, cripples normal lifeof BJP. Chatterjee alleged that BJP had brought musclemen from neighbouring states to create trouble in Bengal. He said in Narayangarh in West Midnapore, a party worker had been killed by goons backed by BJP. “BJP is trying to create trouble in Bengal to stall the development work taken up by Mamata Banerjee. People are watching them and will throw them out.”It may be mentioned that 500 workers from Forward Bloc had joined Trinamool Congress on Tuesday in Cooch Behar. More than 50 BJP workers have also joined Trinamool in Jhargram and West Midnapore. Most of them had won in Gram Panchayat and Panchayat Samity in the three tier Panchayat elections.Chatterjee said that the people of Bengal will not tolerate the highhandedness and arrogance of BJP leaders. “Bengal has a different political culture and BJP leaders will have to understand that before launching movements,” he said.
Kolkata: West Bengal Private Tuition Welfare Association (WBPTWA) has written to Chief Minister Mamata Banerjee and state Education minister Partha Chatterjee urging them to take steps to stop private tuition by school teachers.At a press conference in the city, WBPTWA claimed to soon launch a strong movement against the practice of private tuition by school teachers, alleging that they have been flouting the government order and imparting private tuitions throughout the state right from primary to the Higher Secondary level. WBPTWA is an organisation of unemployed youths, who earn a living through private tuitions, and recognised by the state. Also Read – Rain batters Kolkata, cripples normal life”We have been protesting against this for 17 years now. In 2009, the Supreme Court had said teachers associated with government schools from primary to Higher Secondary level cannot conduct private tuitions. The law of the state government also bars private tuition by teachers of state institutions. But the practice is rampant throughout the state and the school authorities have turned a blind eye to this,” said Amitava Kar, who is the president of Cooch Behar chapter of the Association.The WBPTWA has recently carried out a survey of where it has been found that the guardians of the students are spending a huge amount of money behind private tuitions of their wards in a number of districts in North Bengal.”More than 2000 youths in Cooch Behar are in this profession. However, the District Inspector (DI) of schools have taken no steps,” Kar alleged.
Such is the beauty of appreciation courses, that it helps one understand the medium not only to learn the process of construction but to also appreciate it. There are films, art and theatre appreciation courses offered every year by some of the prestigious institutes in our country.Film and Television Institute of India (FTII) in collaboration with National Film Archive of India (NFAI) holds Film Appreciation Course (FAC), to promote comprehensive understanding and insights into the nature of cinema and other related forms and practices. Also Read – ‘Playing Jojo was emotionally exhausting’“Through these courses one gets answers to questions, which later helps one to make, critique or disseminate information about films to someone,” shares Dr Ankit Sharma, Filmmaker and Assistant professor, Department of Mass Communication, Vivekananda Institute of Professional studies.Film-makers, cine-buffs, students along with academicians do this course to understand and to appreciate cinema. “There is nothing such as good or bad cinema. Cinema is cinema. Before criticizing one must understand what goes into the making of a film,” highlights Dr Sharma, who attended the course twice in 2009 and 2014. Also Read – Leslie doing new comedy special with Netflix At FAC one gets to live with films for a month. One gets to witness such archives and real footages which are not easily available. Watching a film on reel with that sound and feel is a rare treasure in the digital era. National Museum Institute (NMI) organises Art Appreciation Course and Bhartiya Kalanidhi (Hindi medium – covers Indian art) consisting of 20 illustrated lectures encouraging students to know and appreciate Indian and global art. “We as citizens are unaware of our own cultural heritage. This course not only enlightened me but also made me proud of our country’s art and culture. To know those roots, this course is a must,” explains Dr Sulekha Bhargava, freelancer contributing to art and craft, a participant of Art Appreciation in 2001 and 2002. This course not just puts light on the importance of symbols, different sculptors, personalised paintings but also on the archaeological aspect of it. “From lectures to artefacts and visiting museums, it not only develops a visual understanding but also creates an everlasting impact. No other course witnesses people from different walks of life coming together to cherish what we have,” comments Dr Bhargava. National School of Drama (NSD) conducts Theatre Appreciation Course(TAC) that aims to enable the understanding and appreciation of theatre as an art form in India and the world. “My experience at the Theatre Appreciation Course was incredible. The 9 day course in NSD was well designed and covered a huge array of specialized discipline in theatre itself- compositional techniques in music, importance of Natyashastra, Theatre Scenography, costumes, Women and Puppetry Theatre, Proscenium Theatre etc.,” shared Anjana Ghosal, performing artist/ vocalist who was a participant of TAC-NSD 2016. Apart from these, there are private organisations too which offer similar courses but the major drawback are the lack of archives and high fees. Aspirants aged 18 and above from all over India, gets introduced to history, theory and relationship of Indian and world cinema or theatre to other forms of arts. “The reason for me to apply for this course was basically to be able to develop a creative lens, so as to understand the meaning of the symbols used in the canvas of theatre. It helped me to critique and analyse a theatre production intelligently,” Ghosal added.During a week long course at NSD one gets to interact with renowned theatre practitioners and have discussions. They also get the opportunity to watch the treasured archives along with watching and analysing live plays. “TAC at NSD helped me to understand the difference between theatre acting and acting for cinema. Earlier, while watching a play, I never noticed much of its elements. But now, every play I watch compels me to critically analyze and appreciate the creative work,” says Bishwajeet Mookherjee, a budding filmmaker who believes that the course is for someone who wishes to understand the art of theatre and not for someone who wishes to learn acting. For a better understanding of a subject, one must be acquainted with the history of the subject, its evolution and the basics or nuances of various forms. Notifications for admission to these courses are advertised every year on their official websites, newspapers and social media. One can keep a track between the months of April and June.
Kolkata: Rakhal Das (38), a businessman from Raniganj who had a successful heart transplant at the Calcutta Medical College and Hospital (CMCH) on Saturday, is stated to be in stable condition. He will, however, be kept under observation for the next two days.The successful heart transplant carried out by the CMCH has opened new avenues in medical science in the state. The incident also gives a new ray of hope to the family members of three patients who are requiring an immediate heart transplant. Also Read – Rain batters Kolkata, cripples normal lifeDr Indranil Biswas, superintendent of CMCH said on Sunday that three more patients are in the waiting list and they require an urgent heart transplant. “We have already prepared data regarding the three potential recipients undergoing treatment at the hospital. Out of them, two patients have heart retraction rate below 20 percent. We are looking for suitable donors. Transplants cannot be done unless the blood groups of both the donors and the recipients match and other necessary parameters are met,” Dr Biswas maintained. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killed”We hope that we will soon get suitable donors for these patients. CMCH is the only state-run medical college to get a licence to carry out heart transplants,” Dr Biswas added. It may be mentioned here that CMCH has performed heart transplant on 38-year-old Das completely free of cost on Saturday. Bengal is probably the first state that has bore the entire cost of a heart transplant. “It would cost a hospital around Rs 5-10 lakh to carry out such an operation. We are thankful to the government for making this happen here in the city. We are hopeful that the hospital will carry out more such operations in the near future,” Dr Biswas added. It has been learnt from the hospital sources that the health condition of Das is stable and he has been responding to the treatment. He has, however, been kept in ventilation in the Intensive Therapy Unit (ITU). The patient has been kept under close observation. The city has seen a spurt in organ donation in recent times, due to the state government’s drive for awareness about deceased donor organ transplants. Chief Minister Mamata Banerjee, who is also in charge of the Health department, has taken up major infrastructure reforms in the health sector.
Kolkata: Sporadic incidents of vandalism have been reported from parts of West Bengal on Tuesday during the 48-hour-long nationwide general strike called by central trade unions protesting against the “anti-people” policies of the Centre. Stones were pelted at a school bus in Champadali area of Barasat in North 24 Parganas district. A government bus was also ransacked by strike supporters at Champadali. Protestors also vandalised a bus at Jamuria in Paschim Bardhaman district. Also Read – Rain batters Kolkata, cripples normal life Scuffles were witnessed between police and strike supporters in some areas of the state. At Jadavpur area in south Kolkata, senior CPI(M) leader Sujan Chakraborty along with several other strike supporters were detained by the police. Protestors squatted on tracks in some places to stop trains and burnt tyres on the roads. Leaders of political parties, including the CPI(M), have come out on the streets in support of the strike. The Trinamool Congress government in the state has opposed the strike call. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killed The 10 central trade unions who have called the strike have placed a charter of demands that include minimum wage, universal social security, workers status and including pay and facilities for the scheme workers, against privatisation of public and government organisations. The state government had announced that its employees would be barred from availing casual leave or half day leave on Tuesday and Wednesday. No leave will also be allowed on the day preceding the two-day strike or following it, a government notification said on Friday.
Singh Sahib, at the Eros Hotel, Nehru Place presents an out-of-time experience, where one can embrace the heritage of undivided Punjab while indulging in the wide repertoire of delicacies that are offered at this quaint restaurant.Packaging itself as an Indian restaurant, its difference lies in its journey back to the north-west frontier, at a time when cultures, tastes, spices lived in accordance, still unaffected by the woeful partition. Like it claims, the grand décor of the restaurant, further amplified by a grand menu provides the visitor a complete culinary experience, where not just taste, but vision, and olfactory senses all collectively experience the richness of authentic Indian cuisine. Also Read – Add new books to your shelfWhile alcohol is served, the best method to beat this heat would be a sip into the refreshing mocktails that are unique to the restaurant. The Annaras Panna, was one such delight-crafted from the pulp of the pineapple and concocted well with light tangy flavours of basil, a sip into the glass would soothe your mind as the perfect combination of sweet and sour instantly refreshes the tired body.The kebabs which are intrinsic to Indian cuisine did not disappoint either. The Multani Paneer Tikka and Mutton Sheekh Kebab were the standouts. The paneer tikka stuffed with mushroom was cooked to delight as the spices of the mushroom perfectly balanced out the softness of the cottage cheese. The Sheekh Kebab wins hands down because of the succulent meat that would just melt in your mouth as you take your very first bite. Also Read – Over 2 hours screen time daily will make your kids impulsiveAs main course follows you will again be welcomed by a variety of dishes to choose from – dals, paneer, mushroom, potatoes, chicken, fish, lobster, lamb – you name it and you can have it. The Dhaba meat, a mutton gravy dish cooked in traditional Indian spices was the take-away from the main course. But only after the Bharwan Gucchhi- an exotic dish created out of mushroom that has a unique taste which will linger on your palette for a long time to come. It is the kind of dish that could make a non-vegetarian say yes to vegetables only. The Patiala Shahi Chicken curry, yellow dal, and Bharman Aloo all mark up to the reputation of this hotel, but the mutton and the mushroom were the ultimate winners of the menu. Even if you are not a big fan of Indian sweets, the Badam Halwa will leave you wanting for more. The most attractive aspect of Singh Sahib would be its balance between preserving heritage while ushering in newness-innovations in cooking style, and presentation. Overall, Singh Sahib provides the perfect venue for a lunch get together with friends and family, or a quiet dinner date with your beau. With qawwali being played each evening, the restaurant promises to take back its loyal customers to the era of unbroken culture, unadulterated tastes, and undiluted tranquillity.
In the wedding season, it’s not just women who want to look their best, but men too like to look dapper. Men can ditch the jutti as footwear and instead opt for the European-style like brogues, suggest experts. 4Embroidery and prints: The 2017/18 wedding season isn’t that much about the fabrics as much as bold textures. Textures are making exceptional style statements. Heavy embroidery is in and so are loud prints. The floral designs are back this season. The pink floral sherwanis to heavy gold floral bandhgalas are the taste of this season. Also Read – Add new books to your shelf4Sherwanis: A short kurta with a Patiala salwar or a dhoti that is loose at the thigh and tapers at the calves, is ideal attire for wedding functions. When going with classic churidar, mocassins and brogues work wonders to the outfit.4Footwear: The juttis are out; fashion leather European footwear is in. Move over the traditional black jutti, and make way for the European style statement. It wouldn’t be wrong to say that this is where the “fusion” starts. Also Read – Over 2 hours screen time daily will make your kids impulsiveMen are preferring the burnish brogues, the croc-leather textures and the hybrid combo footwear to add that class and style to the generally traditional outfit.4Bandhgala Jacket: An embroidered bandhgala jacket looks exquisite and offers a number of styles. A bandhgala jacket opens the door to experiments. Team it up with a classic black kurta and accessorise it with jewels, cuff-pins or a stone studded brooch.4Accesorise it: Today, there are number of accessories options that are available for men. Where a turban will immediately bring the festive vibes to your dull outfit, stylish aviators at a day function will look cool. Another option could be a shimmery, colourful or a patterned stole for a more suave look. Men are also adding glitter on traditional clothing using lapel pins, chiffon and satin pocket squares and audaciously flaunting floral pins.Belt buckles have gone gold and so have the embroidery of the wallets. The angarakha and bandhgalas are being enlightened with the glitter from men’s jewellery – be it subtle chains or heavy pearls.4Play with shades: Gone are the days when only golden was considered as a customary colour code for weddings. A pop of red, green or a vibrant blue is what you need to incorporate in your styling. The colours are indeed festive and will take away the gloomy blues from your mood.But one should always take care of not exploding colours in the outfit. Balancing is very important when playing with shades.Don’t shy away from colours like blue, purple and pink though the gold, black and white are still the ultimate kings.The bandhgalas, angarakhas and sherwanis are being worn with beautiful stoles spreading from shoulder to the end of the right arm in the traditional way. These stoles are heavily embroidered and generally velvet or high-weave cotton blended in wood.4Mix it up: The 2017/18 season has seen lots of fusion – bandhagalas with slim-cut trousers with European footwear and royal accessories.
Eating a handful of nuts daily, particularly tree nuts, may reduce the risk of cardiovascular disease among people with Type-2 diabetes, associated with an increased risk for high cholesterol, heart disease and stroke, say researchers, including one of Indian origin. Tree nuts such as walnuts, almonds, Brazil nuts, pistachios, pecans, macadamias, hazelnuts and pine nuts were strongly associated with reduced risk of coronary events, cardiac death and total mortality compared with peanuts. Also Read – Add new books to your shelfThe results showed that eating even a small amount of nuts had an effect. While the exact biological mechanisms of nuts on heart health are unclear, researchers noted that nuts appear to improve blood sugar control, blood pressure, metabolism of fats, inflammation and blood vessel wall function. “Cardiovascular disease is the leading cause of death and a major cause of heart attacks, strokes and disability for people living with Type-2 diabetes,” said Prakash Deedwania, Professor at the University of California-San Francisco. Also Read – Over 2 hours screen time daily will make your kids impulsive”Efforts to understand the link between the two conditions are important to prevent cardiovascular complications of Type-2 diabetes and help people make informed choices about their health,” Deedwania added. In this study, reported in the Circulation Research journal, the team used data from 16,217 men and women before and after they were diagnosed with Type-2 diabetes. People who increased their intake of nuts after being diagnosed with diabetes had an 11 per cent lower risk of cardiovascular disease, a 15 per cent lower risk of coronary heart disease, a 25 per cent lower risk of cardiovascular disease death, and a 27 per cent lower risk of all-cause premature death. Each additional serving per week of total nuts was associated with a three per cent lower risk of heart disease and six per cent lower risk of heart disease death. Adding more nuts to one’s diets proved beneficial probably at any age or stage. “It seems never too late to improve diet and lifestyle after diagnosis among individuals with Type-2 diabetes,” the researchers said.