Month: August 2019

first_imgA brilliant innovation by graduate students of the University of California, Irvine. The CodeGenie will cut down on hours of painstaking search and filter. It is an Eclipse plugin that searches Open Source code and its results are amazing. The Donald Bren School of Information and Computer Science at the University of California, Irvine has added another prestigious award for innovation. Graduate students Sushil Bajracharya, Joel Ossher combined with the efforts of visiting Brazilian student Otavio Lemos have captured the OOPSLA Award in Montreal, Canada. The innovation CodeGenie is an Eclipse plugin that uses test cases as the interface for searching open source code on the Internet.Eclipse is an open universal platform for tool integration, IDE and an open source community. It is royalty free and offers developers choice in multi-languages, multi-platform, multi-vendor supported environment that can be supported by multi-vendors. Eclipse has been noticed by and the subject of interest for developers in Windows, Linux, Solaris, HP-UX, AIX and Mac OS. It is an invaluable source for academic research and design.The abstract of CodeGenie explains that the tool allows developers to test cases first for a desired feature. This is comparable to a Test-driven development. The distinctive feature of CodeGenie is that instead of implementing the feature from scratch, it automatically searches for an existing implementation based on information available for the test. CodeGenie automatically checks the suitability of candidate results and compares the local context. Then the result is automatically woven into the developer’s project and tested again using the original test. This allows the developer to reuse the most suitable results. Following this set of functions the developer is at liberty to unweave the reused code at will during the course of the project. CodeGenie relies on Sourcerer, an Internet-scale source code infrastructure for code searching and wrapping facilities. Sourcerer was also developed by the UCI team.The purpose of the innovation is to free up developers from the laborious task of formulating code queries, filtering the results, and weaving them into the developers project. Open Source code is vast and while it promises almost limitless possibilities for developers the task of getting to suitable results has been daunting and painstakingly slow. CodeGenie plugin has cut out some of the busy work.The OOPSLA Award for the graduate students achievement in developing CodeGenie in Professor Crista Lopes’ lab entitles them to compete in the finals of the ACM Student Research Competition. Citation: UCI Innovation for Developers: Cut to the Action CodeGenie (2007, November 6) retrieved 18 August 2019 from 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.last_img read more

first_imgTo demonstrate structural transformation of bidimensional ZnSb polymorphs during 2-D-LiZnSb formation, the scientists conducted synchrotron XRD – during the electrochemical reaction. They observed peaks corresponding to Li alloying of 3-D-ZnSb at pure 2-D-LiZnSb formation, followed by the final product of 2-D-ZnSb. During the electrochemical reaction, the Li atoms selectively penetrated into 3-D-ZnSb to break the Zn-Sb and Sb-Sb bonds. At the level of electron transfer, the hybridized bonding state changed from sp3 in 3-D-ZnSb to sp2 in 2-D-LiZnSb to form the puckered honeycomb lattice. The outcome of Li alloying based 2-D-LiZnSb transformation yielded the 2-D-ZnSb product, which did not return to its 3-D form. Song et al. showed that once formed, the layered 2-D-ZnSb was a stable material with a honeycomb architecture, validating the stable bidimensional polymorphic transition. The scientists anticipate applications of the new material in sustainable alkali ion batteries. In this way, Junseong Song and co-workers performed rigorous experimental and theoretical studies to demonstrate the creation of 2-D layered Zintl phases by manipulating the structural dimensionality. The new method is a first to establish the bidimensional polymorphic family in Zintl phases at ambient pressure, to allow new phase transformations as a general route of synthesis. This work provides a rational design strategy to explore new 2-D layered materials and unlock further properties of interest within materials, such as 2-D magnetism, ferroelectricity, thermoelectricity and topological states for further applications. The discovery of new families of two-dimensional (2-D) layered materials beyond graphene has always attracted great attention, but it remains challenging to artificially recreate the honeycomb atomic lattice structure with multi-components such as hexagonal boron nitride in the lab. In a new study now published on Science Advances, Junseong Song and colleagues at the departments of Energy Science, Nanostructure Physics, Environmental Science and Materials Science in the Republic of Korea developed an unprecedented structure of the Zintl phase. In new materials discovery, transformation of a crystal structure is a widely recognized key factor. Where the temperature-pressure and electrostatic-doping induced structural phase transitions are core to explore a new crystal structure or to switch 2-D materials properties. For instance, most transition metal dichalcogenides exhibit polymorphic phase transition to access inherently diverse properties including superconducting and topological states. The transition has led to promising applications including electronic homojunction, photonic memory devices and catalytic energy materials. Crystal structure of 2D layered ZnSb. (A and B) Atomic resolution STEM-HAADF (high-angle annular dark-field) images of 2D-LiZnSb along the [110] (A) and [001] (B) zone axes, respectively. (C) Atomic resolution STEM-EDS elemental mapping for 2D-LiZnSb along the [110] (top) and [001] (bottom) zone axes. (D and E) Atomic resolution STEM-HAADF images of 2D-ZnSb along the [110] (D) and [211] (E) zone axes. The determined crystal structure of 2D-ZnSb. The atomic distances of 2D-ZnSb are compared with those of 3D-ZnSb and 2D-LiZnSb. From the observation at [211] zone axis of 2D-ZnSb, the honeycomb lattice is slightly tilted. For the detection of lithium, the STEM–EELS (electron energy-loss spectroscopy) technique was used, showing the clear existence and absence of lithium in 2D-LiZnSb and 2D-ZnSb. (G) Cohesive energy (ΔEcoh) calculation of predictable 2D-ZnSb structures. Structure I that is determined from the STEM observations exhibits the lowest energy compared with other candidates, showing excellent agreement between experiments and calculations. Credit: Science Advances, doi: 10.1126/sciadv.aax0390 For example, they synthesized the polycrystalline and single crystalline 2-D-LiZnSb intermediate substrate by first alloying Li into polycrystalline 3-D-ZnSb, followed by Li ion etching to form a 2-D-ZnSb crystal. The scientists easily cleaned the Li-etched 2-D-ZnSb crystals using adhesive tape exfoliation as mechanical cleaving to exhibit a typical flat surface as reported for 2-D materials.To understand the effect of the manufacturing process, they examined the role of Li alloying and etching on structural transformations using X-ray photoelectron spectroscopy (XPS) measurements to reveal the difference between the 2-D and 3-D crystals. To further validate their findings, Song et al. used X-ray diffraction spectroscopy (XRD) patterns, transmission electron microscopy (TEM) observations and scanning tunneling electron microscopy (STEM) combined with energy-dispersive spectroscopy (EDS) elemental mapping to confirm the atomic structure of 2-D-ZnSb.Based on the results, the scientists interpreted the stretchable interlayer distances between both Zn-Zn and Sb-Sb atoms as weak interlayer bonds and verified that the 2-D-ZnSb could be exfoliated as a layered material. The newly evolved layered structure of 2-D-ZnSb in the present work, completed the first discovery of bidimensional polymorphism in Zintl phases at ambient pressure. Citation: Creating two-dimensional layered Zintl phase by dimensional manipulation of the crystal structure (2019, July 12) retrieved 18 August 2019 from Accordingly, Song et al. manipulated the sp3-hybridized bonding state in 3-D-ZnSb into the sp2 state in 2-D-ZnSb honeycomb lattice. Previous studies on polymorphic transitions between 3-D and 2-D structures in Zintl phases were only observed under high pressure. The present results on bidimensional polymorphism between 3-D-ZnSb and 2-D-ZnSb emphasized the potential and broad availability of such an electron transfer to transform the crystal structure. Song et al. next investigated electrical transport properties of bidimensional ZnSb polymorphs and 2-D-LiZnSb crystals alongside first principles calculations of their electronic energy band structure. In contrast to the semiconducting nature of 3-D-ZnSb, both 2-D-LiZnSb and 2-D-ZnSb showed metallic conduction behavior. When they decreased the temperature, the electrical mobilities of both 2-D-LiZnSb and 2-D-ZnSb increased to a value higher than that of 3-D-ZnSb. The scientists credited the observed enlarged bandwidths for 2-D-ZnSb to the enhanced sp2 nature of honeycomb-structured layers with weakened interlayer interactions that formed the semi-metal. They used theoretical calculations to confirm that 2-D-ZnSb could be mechanically exfoliated into the bilayer to exist in an energetically stable form as a 2-D material, while the monolayer of 2-D-ZnSb was energetically unfavorable. © 2019 Science X Network These polymorphic transitions only occurred between different layered structures in the same two dimensions and remain to be realized between different dimensions of a crystal structure at ambient pressure. To reach ultimate crystal engineering and alter the structural dimension of multicomponent compounds is a promising next frontier in materials science beyond the allotropes of carbon. In the present work, Song et al. established bidimensional polymorphism via the discovery of 2-D layered structures in Zintl phases containing a large number of chemical compositions. Due to the sp2 hybrid orbital bonding of honeycomb-structured 2-D atomic crystals such as graphene and hexagonal boron nitride, the scientists expected the 3-D structured Zintl phases (with sp3 hybrid orbital bonding) to transform to sp2 honeycomb structured 2-D layered materials, as well, via electron transfer. As a proof-of-concept, Song et al. selected a 3-D orthorhombic ZnSb (3-D-ZnSb) Zintl phase and created the unprecedented, 2-D layered structure of ZnSb (2-D-ZnSb).In the new method, Song et al. first synthesized layered AZnSb (2-D-AZnSb) ternary compounds; where A referred to an alkali metal such as Na, Li and K. The materials contained a layered structure of ZnSb by transforming 3-D-ZnSb via A alloying, although the phases could be independently synthesized. Song et al. performed selective etching of A ions to create the 2-D-ZnSb in two different processes, including (1) chemical reaction in deionized water-incorporated solutions, and (2) electrochemical ion etching reaction in alkali-based electrolyte. Electronic properties of 2D layered ZnSb. (A to C) Temperature dependence of electrical resistivity (A), Hall mobility (B), and carrier concentration (C) for 3D-ZnSb, 2D-LiZnSb, and 2D-ZnSb. The bidimensional polymorphs of 3D-ZnSb and 2D-ZnSb show the metal-insulator transition. (D to F) Electronic band structures of 3D-ZnSb (D), 2D-LiZnSb (E), and 2D-ZnSb (F). The band structures of 3D-ZnSb (D) and 2D-LiZnSb (E) indicate that both are semiconductors with a well-defined indirect bandgap of 0.05 and 0.29 eV, respectively. A low electrical resistivity and a high carrier concentration of 2D-LiZnSb indicate a heavily doped semiconducting behavior. Credit: Science Advances, doi: 10.1126/sciadv.aax0390 They constructed the material by staking sp2-hybridized honeycomb ZnSb layers and via the dimensional manipulation of a crystal structure from the sp3-hybridized 3-D-ZnSb state. The materials scientists combined structural analysis with theoretical calculations to form a stable and robust layered structure of 2-D-ZnSb. This phenomenon of bi-dimensional polymorphism was not previously observed at ambient pressure in Zintl families. Therefore, the new work provides a rational design strategy to search and create new 2-D layered materials in various compounds. The new results will allow the unlimited expansion of 2-D libraries and their corresponding physical properties. The advent of Dirac physics of graphene triggered an explosive interest in research on two-dimensional (2-D) materials with varied applications in electronics, magnetics, energy and chemistry to quantum physics. At present, 2-D research is primarily focused on a few 2-D materials containing a single or several atomic layers exfoliated from their mother compounds, in contrast to 2-D atomic crystals such as silicone. This can restrict the method of 2-D materials development to two approaches of exfoliation and chemical vapor deposition. It is therefore highly desirable to expand on 2-D materials research to artificially create a new 2-D material with a new synthetic approach and form a variety of material groups. Creation of 2D layered ZnSb. (A) Schematic illustration of the dimensional manipulation of a crystal structure from 3D-ZnSb to 2D-ZnSb via Li alloying and etching processes. The Li alloying into 3D-ZnSb was conducted by thermal and electrochemical reactions (ERs). The selective etching of Li ions was conducted by reacting with polar solvent solution reaction (SR). A reversible process of alloying and etching occurs in the mean of electrochemical reaction (ER). (B) XRD patterns of 3D-ZnSb and 2D-LiZnSb. The 2D-LiZnSb polycrystal and single crystal were synthesized by using the synthesized 3D-ZnSb as a precursor. All patterns are well matched with the simulated patterns of corresponding compounds. a.u., arbitrary units. (C) XRD patterns of 2D-ZnSb crystals obtained by solution reaction and electrochemical reaction processes. For the solution reaction process, water-based solutions [DI water and dimethyl sulfoxide (DMSO) with 1 volume % of DI water, and hexamethyl phosphoric triamide (HMPA) with 1 volume % of DI water] were used. For the electrochemical reaction process, 1 M LiPF6 dissolved in 1:1 mixture of ethylene carbonate and diethyl carbonate solution was used as an electrolyte. The interlayer distances were calculated from the angle of highest intensity. (D to I) Scanning electron microscopy (D to F) and optical images (G to I) of 2D-LiZnSb and 2D-ZnSb created by the solution reaction and electrochemical reaction processes. The flakes of 2D-ZnSb were exfoliated by mechanical cleaving using 3M tape. (J to L) X-ray photoelectron spectroscopy (XPS) spectra of Li 1s (J), Zn 2p (K), and Sb 3d (L) for 3D-ZnSb, 2D-LiZnSb, and 2D-ZnSb, respectively. The Li 1s peak (54.6 eV) of 2D-LiZnSb indicates the Li1+ state. While the binding energies of the Zn 2p3/2 (1019.8 eV) and Sb 3d5/2 (525.8 eV) are significantly lower than the Zn 2p3/2 (1021.5 eV) and Sb 3d5/2 (527.6 eV) in 3D-ZnSb, the binding energies of Zn 2p3/2 (1022.1 eV) and Sb 3d5/2 (528.2 eV) of 2D-ZnSb are slightly higher than those of 3D-ZnSb. Credit: Science Advances, doi: 10.1126/sciadv.aax0390center_img Dimensional manipulation of a crystal structure for the bidimensional polymorphic ZnSb. (A and B) In situ synchrotron powder XRD patterns using 3D-ZnSb (A) and 2D-ZnSb (B) via the electrochemical reaction. The alloying and etching processes were controlled by reducing and increasing voltage potential, respectively. The inset (bottom left) of (A) shows the peak shift of (002) plane for 3D-ZnSb. The inset (top left) of (A) shows the disappearance of diffraction peaks’ corresponding (002) and (101) planes at 11.1° and 11.7° of 2D-LiZnSb with Li etching, indicating the transformation to 2D-ZnSb. The inset (middle) shows the appearance and disappearance of Li1+xZnSb by-product with discharging and charging reactions, respectively. The insets of (B) show the same changes observed in the insets (top left and middle) of (A). No diffraction peaks of 3D-ZnSb were observed during the reversible structural transformation by Li alloying and etching processes. (C) Schematic illustration of the dimensional manipulation of a crystal structure, along with the transition of hybridized bonding characters from sp3 of 3D-ZnSb to sp2 of 2D-LiZnSb and 2D-ZnSb. The displacement of the blue arrow in Sb fifth to Zn fourth orbital depicts the covalent bonding character between Zn and Sb in the honeycomb lattice. The electron transfer from Li to sp3-hybridized state of 3D-ZnSb enables the transition to sp2-hybridized state of honeycomb ZnSb lattice in 2D-LiZnSb and 2D-ZnSb. Credit: Science Advances, doi: 10.1126/sciadv.aax0390. , Science Advances Finding a needle in a haystack: Discovery of Ti2InB2 for synthesizing layered TiB , Nature More information: Paul F. McMillan. New materials from high-pressure experiments, Nature Materials (2003). DOI: 10.1038/nmat716 Manish Chhowalla et al. The chemistry of two-dimensional layered transition metal dichalcogenide nanosheets, Nature Chemistry (2013). DOI: 10.1038/nchem.1589.Kenneth S. Burch et al. Magnetism in two-dimensional van der Waals materials, Nature (2018). DOI: 10.1038/s41586-018-0631-z Junseong Song et al. Creation of two-dimensional layered Zintl phase by dimensional manipulation of crystal structure, Science Advances (2019). DOI: 10.1126/sciadv.aax0390 Journal information: Nature Chemistry , Nature Materials 2D layered behavior of 2D-ZnSb. (A) [100] view of 3D-ZnSb. (B) [100] view of 2D-ZnSb. (C) Cohesive energy (ΔEcoh) calculation of 3D-ZnSb, 2D-ZnSb. From the cohesive energy calculation, 3D-ZnSb is more stable but the cohesive energy of 2D-ZnSb is reasonably large enough, indicating that the 2D-ZnSb exists as a stable material. (D) Li alloying energy (ΔELi alloying) calculation of 3D-ZnSb and 2D-ZnSb indicating reaction Li alloying process in 2D-ZnSb and 3D-ZnSb are energetic favor. Compare two ΔELi alloying, Li ions alloying into 2D-ZnSb is favorable than 3D-ZnSb. (E) Interlayer binding energy (Einter) of 3D-ZnSb and 2D-ZnSb. Large difference of Einter between 3D-ZnSb and 2DZnSb indicates the characteristics of 2D layered materials for 2D-ZnSb. (F) Exfoliation energy (Eexf) calculation of 2D-ZnSb and other 2D materials. Eexf of 2D-ZnSb is rather higher than those of conventional van der Waals (vdW) bonded 2D materials such as graphene and h-BN, indicating that the 2D-ZnSb is not a vdW-type layered material. However, the Eexf of 2D-ZnSb is lower than that of antimonene, which can be exfoliated or grown into monolayer indicating that free-standing monolayer or few layers of 2D-ZnSb can be possible as conventional 2D vdW layered materials. Credit: Science Advances, doi: 10.1126/sciadv.aax0390. 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.last_img read more

first_img“How Many Psychologists Does It Take … to Explain a Joke?” Many, it turns out. As psychologist Christian Jarrett noted in a 2013 article featuring that riddle as its title, scientists still struggle to explain exactly what makes people laugh. Indeed, the concept of humor is itself elusive. Although everyone understands intuitively what humor is, and dictionaries may define it simply as “the quality of being amusing,” it is difficult to define in a way that encompasses all its aspects. It may evoke the merest smile or explosive laughter; it can be conveyed by words, images or actions and through photos, films, skits or plays; and it can take a wide range of forms, from innocent jokes to biting sarcasm and from physical gags and slapstick to a cerebral double entendre. Even so, progress has been made. And some of the research has come out of the lab to investigate humor in its natural habitat: everyday life. Read the whole story: Scientific Americanlast_img read more

first_img‘The Cabinet Committee on Economic Affairs on Saturday approved ex post facto the implementation of the special banking arrangement (SBA) for Rs 14,500 crore for outstanding claims on account of fertiliser subsidy in the year 2013-14,’ an official statement said.The loan together with government interest amounting to Rs 169.33 crore has been repaid from budget estimates for 2014-15, within the sanctioned budget under the Vote on Account, the statement added. The previous United Progressive Alliance (UPA) government budgeted Rs 70,586 crore as fertilizer subsidy in fiscal 2013-14, but had to roll over Rs 30,000 crore of that to 2014-15. Also Read – I-T issues 17-point checklist to trace unaccounted DeMO cash‘In order to meet carried over subsidy liabilities and help fertilizer companies overcome their liquidity problems, due to delay in payment of subsidy, an SBA had been made during 2013-14 with a consortium of nationalized banks to avail loans with the approval of Ministry of Finance,’ it said.The Government pays subsidy on urea which is a decontrolled fertiliser and pays fixed subsidy on 22 grades of phosphatic and potassic (P&K) fertiliser available to farmers.last_img read more

first_imgBalurghat: A middle-aged man was arrested for sexually abusing two minor girls on Tuesday. The incident took place in Mistripara area in Chalkvrigu under Balurghat police station in South Dinajpur.Ajit Sarkar (50), the arrested person, is a carpenter residing in Mistripara.Police said medical tests of the minors, who are aged between 5 and 7, have already been conducted to prove the allegation of sexual harassment being raised against the suspect. Local sources informed Sarkar had conducted the crime in absence of their family members on Sunday. The matter has, however, came to light on Monday.Locals beat up Sarkar before handing him over to police. Police said Sarkar confessed his crime already. Locals said Sarkar was involved in similar type of crime earlier as well.Police have registered a case under the Protection of Children from Sexual Offences Act (POCSO) against him.last_img read more

first_imgKolkata: Poignant pieces of verse kept the audience in a thrall as Kolkata organised the country’s first ‘Transgender Poets’ Meet’ here. Eight transgender poets and writers from West Bengal participated in Tuesday’s event, organised by Sahitya Akademi, the country’s national academy of letters under the Union Culture Ministry. “Ekti Patar Mrityu” (Death of a leaf) by Prosphutita Sugandha, “Bichched Ebong” (Separation) by Debdatta Biswas, “Chakravyuh” by Aruna Nath and “Shottikarer Naari” (Real Woman) by Debajyoti Bhattacharya were some of the poems heard on the occasion. Also Read – Rain batters Kolkata, cripples normal life Rani Majumder and Shankari Mondal (Naskar) completed the list of the invited poets, all of whom have accomplished academic qualifications. As a proof of the tremendous enthusiasm the meet had generated in the marginalised community, two transgender persons Anurag Maitrayee and Tista Das, though not invited, shared their poetic creativity on stage after successfully persuading the organisers to give them a chance. Shankari Mondal (Naskar) was earlier a part of that fragment of the transgender community who sing and dance for their living. But now she is a poet and actress. Also Read – Speeding Jaguar crashes into Mercedes car in Kolkata, 2 pedestrians killed “I have worked in Kaushik Ganguly’s film ‘Nagarkirtan’. It has won four National awards,” said Mondal, who recited her poem ‘Amar Anubhuti'(My Feelings).” Manabi Bandopadhyay, country’s first transgender principal, chaired the event by introducing the participants and also reading few lines of her own poetry. “I wish more and more third gender people come up with their poetry and creations. I am trying my best to organise more such events,” said Bandopadhyay. Eminent poet Subodh Sarkar, the convener of the Akademi’s Bengali advisory board, said: “This is a historic moment and it is our duty to see how literature is taking its own course and creating new assets from everyday life. According to him, the society does not accept new things easily, it takes time. Still, people like Manabi are gradually coming up and gaining acceptance into the mainstream. “However, the word mainstream is very vague and there is a huge debate surrounding the term. We suggested these poets, to speak openly, unabashedly without any inhibition as literary creativity cannot be curbed by any law,” said the Sahitya Akademi awardee. Talking about how Dalit literature has created a niche for itself, Sarkar said: “West Bengal did not see much of it but big names have come up from Maharashtra, Karnataka, Kerala, Tamil Nadu, Odisha and Assam. “Similarly, transgender poetry will find its own course. It is best for the people of the community to talk about themselves through literature as it will have real depth.” A Sahitya Akademi official expressed satisfaction over the response to the event. “This year when the Bengali Advisory Board decided to come up with the unique event, we had no idea that this was India’s first Transgender Poets’ Meet. I am excited to see the audience who appreciated our effort,” said Mihir Sahu, officer-in-charge of the eastern region of Sahitya Akademi. “Our sole purpose is to see how transgender people can share their plight through literature and what role literature plays in helping them to express themselves,” Sahu added.last_img read more

first_imgThe meeting here comes against the backdrop of the rock star reception he received Sunday from the diaspora at San Jose reminiscent of the “Madison Square Garden moment” that preceded his first summit with Obama at the White House last year.It also comes days after the first India-US Strategic and Commercial Dialogue in Washington that set the stage for Monday’s summit with a series of accords.These included a joint declaration recognising the threat posed by Pakistan-based “Lashkar-e-Taiba and other groups operating from safe havens in our region”. Also Read – Punjab on alert after release of excess water from Bhakra damWhile bilateral economic and defence ties would be high on the agenda, the White House has said climate change will be a key focus for Obama as US looks at India as critical to a successful global effort to combat climate change.With Chinese President Xi Jinping announcing creation of a so-called cap-and-trade system by the world’s largest polluter to reduce emissions from major industries during his summit with Obama last week, India would be under pressure to move forward on the issue. Also Read – Union Min doubts ‘vote count’ in Bareilly, seeks probe”The President’s meeting with Prime Minister Modi will be very important because India, of course, is also another major economy — major emitter,” as Obama’s Deputy National Security Advisor Ben Rhodes said in a preview of his UN agenda.”And we’ll want to continue the discussions that we had in India about what Prime Minister Modi is prepared to do to support successful international action against climate change,” he said last week.Obama’s meeting with Modi will also “give the two leaders an opportunity to build on the discussions they had earlier this year during the President’s historic trip to India,” he said. “We are deeply committed to strengthening the US-Indian relationship, building our economic and commercial ties, advancing our political and security cooperation in Asia and around the world,” Rhodes said.”Notably, India will be critical to a successful global effort to combat climate change, so the two leaders will certainly address their shared vision of how to approach the upcoming meetings in Paris,” he said.A UN conference on climate change in Paris in December aims to reach an accord that commits every country to curbing their emissions.Modi on his part is expected to yet again focus on terrorism as he told the rapturous crowd in San Jose that terrorism and climate change are the main challenges facing the world and asked all nations to unite in facing the twin threats.”The world has to realise that terrorism can hit anyone at anyplace, and it is the world’s responsibility to recognize it and unite against terrorism,” he said”Terrorism is terrorism, there can be no differentiation between good and bad terror,” Modi said vowing to raise the issue in all international fora.last_img read more

first_imgKolkata: The Centre has allowed the government-owned NTPC-Damodar Valley Corporation (DVC) combine to export 300 megawatt (MW) power each to Bangladesh.Bangladesh Power Development Board (BPDB) had requested the Centre for the supply of 500 MW power at the interconnection point. The DVC has tied up with NTPC Vidyut Vyapar nigam to put forth a bid for supply of 300 MW power each, under both long-term and short-term arrangement.The Central Electricity Authority (CEA) under the Ministry of Power, has given the approval despite objections from private power producers.It may be mentioned here that the Power Trading Corporation-West Bengal State Electricity Distribution Company combine was second in the tender for short-term power supply. Bengal government has been exporting power to Bangladesh for some time.State Power minister Sobhandeb Chattopadhyay has recently announced that the Bengal government will soon export 1,000 MW power to Bangladesh per day, for which the state Power department has already written to the Centre, seeking its permission in this regard. The Bengal government had initially started exporting 500 MW power to Bangladesh and now, the department is ready to increase the power supply to 1,000 MW.last_img read more

first_imgCooch Behar: Rabindranath Ghosh, state minister for North Bengal Development inaugurated a multi-gym at Vivekananda Vidyapith on Thursday afternoon.The funds needed to set up the gym were been provided by the Sports and Youth Affairs department.Inaugurating the gym, Ghosh said it will help the students to improve their health. “Studies and building of health should go together for all round development of the students.”He also distributed saplings students of Path Talliguri AP School at Dangdhara under Cooch Behar Panchayat I. He said the saplings have been distributed to create awareness to preserve green and environment.last_img read more

first_imgIf you are already showing higher than normal blood sugar levels as you spend more and more hours in office — enroll for an intervention programme at your workplace if it offers one immediately.According to a new study, employees enrolled in a workplace intervention programme as a group lost more weight, showed greater reductions in fasting blood sugar and ate less fat than employees who received only written health guidelines for diabetes prevention. Also Read – ‘Playing Jojo was emotionally exhausting’“Adults spend a large portion of their time at work. This study shows that it is not only feasible to implement a comprehensive lifestyle intervention at the work site, it is an effective way to prevent disease,” said lead author professor Carla Miller from Ohio State University.The employees had been identified through a workplace screening as having prediabetes. This condition increases risk for type-2 diabetes and cardiovascular disease. Half of the employees participated in a 16-week group-based intervention that focused on reducing calories and fat to achieve weight loss, increasing regular exercise and attending weekly group discussions during lunch or after work. The other half received usual care: a booklet of strategies for self-regulated weight loss. Also Read – Leslie doing new comedy special with NetflixOn average, the workplace intervention group lost about 5.5 per cent of their body weight and kept it off for three months, compared to less than half a percent of weight lost by the control group.The intervention group members also lowered their fasting glucose levels by more than double that of the control group. “Participants who attended more group discussion sessions and monitored their food and physical activity lost more weight, and weight loss is the primary way to prevent the development of type 2 diabetes,” she said. The research was published in the journal Preventing Chronic Disease.last_img read more

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