A team of scientists from CETIM CERMAT and the Laboratoire de Physique et de Mécanique Textiles (LPMT), both in Mulhouse, France, have been working on the active structure for the past few years. In a recent study published in Smart Materials and Structures, they present the material called CBCM (controlled behavior composite material), which can bend when heated.“The main advantage of the CBCM is that the entire structure is active, compared to classical actuators used in this kind of structures, such as shape memory alloys (SMA) or piezoelectric materials, so there is no problem of junction and connection between the actuator and the structure,” coauthor Gildas L’Hostis of LPMT told PhysOrg.com. “Moreover, the load that can carry the structure is much greater than the one carried by an SMA or piezoelectric material because the performances are not as limited by the rigidity of the composite structure. A third advantage is the simplicity of use – directly on DC current with a variator.”The CBCM consists of thin laminate plates, inside of which are highly conductive carbon yarns that are connected to a generator and serve as the internal heating source. When the power is turned on, the current circulates in the carbon yarns and the temperature rises in the plates. The increased temperature causes the plates to bend, and the deformation can be controlled by controlling the amount of current. The researchers experimented with two kinds of plates: “single effect” plates that can bend in one direction, and “double effect” plates that can bend in two directions. In the thin single effect plates, the temperature reached 57°C (135°F) and the structure deflected up to 15 mm. In the double effect plates (which consist of a conductive layer on one side and insulating layer on the other), the temperature reached 70°C (158°F) on the conductive side and 42°C (108°F) on the insulated side, and deflected up to 3.7 mm. While the single effect plates could deflect more, the double effect plates could lift a heavier load.The scientists also discussed incorporating a control system into the material. By adding temperature and strain sensors to the CBCM, such a system could detect variations in its background and then adapt to the new context. To demonstrate the new material, the researchers built a prototype of a 4-mm-thick retractable aerodynamic flap that could be used on cars for stabilization at high speeds. Unlike the existing flap, which has three joints and is moved with a jack, the smart material structure could move simply due to its thermomechanical properties.With its advantages over other actuators and moving components, the CBCM smart material could be useful for a variety of applications. However, more research is needed to overcome some difficulties, which the scientists highlighted in their study. For instance, future research could include testing the rigidity of the plates and minimizing local overheating, possibly with the use of carbon nanotubes. “The CBCM has already been used to manufacture an active binder for pipes,” said coauthor Karine Buet-Gautier of LPMT. “Today, some other active connectors are under study.”More information: Drobez, H.; L’Hostis, G.; Buet Gautier, K; Laurent, F.; and Durand, B. “A new active composite.” Smart Materials and Structures 18 (2009) 205020 (7pp).Copyright 2009 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. (PhysOrg.com) — Scientists have developed a new smart material that can bend under the influence of an internal heat source. The material could be used as an aerodynamic flap in cars, in order to stabilize the vehicles at high speeds. Because the entire structure actively bends, the material could have advantages over actuators that need to be externally fixed to a structure. A prototype of an aerodynamic flap made of the new smart material. The smart material consists of thin plates containing carbon yarns that can carry a current, which heats and bends the material. Image credit: H. Drobez, et al. Citation: New Smart Material Bends Under Internal Heat Source (2009, February 6) retrieved 18 August 2019 from https://phys.org/news/2009-02-smart-material-internal-source.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. Researchers use GPS data to model effects of tidal loads on Earth’s surface Explore further
The Murchison meteorite, a carbonaceous chondrite, fell near Murchison in Victoria in Australia in 1969, and is thought to be extremely ancient, possibly even older than the Sun, at 4.65 billion years old. It probably passed through the primordial clouds in the early Solar System, where it would have collected organic compounds. It was retrieved soon after it landed, which meant there was minimal chance of contamination, and it has been studied by scientists hoping the meteorite would yield clues about the possible origins of life on Earth. Leader of the research team, Dr Philippe Schmitt-Kopplin, said the meteorite was like a kind of fossil, and when you try to understand it, you are essentially looking back in time. Dr Schmitt-Kopplin, from the Helmholtz Centre Munich, in Germany, said he was really excited and amazed at the complexity they found. The meteorite has been investigated many times before, but earlier studies used gas chromatography and mass spectrometry and looked for specific compounds such as amino acids. The current study is the first non-targeted examination of the meteorite, and used high resolution technology such as NMR and ultra-high resolution mass spectrometry. The analysis took a few milligrams of crushed rock from the meteorite’s core, and then extracted the organic compounds with solvents.Their approach is based on metabolomics, which Schmitt-Kopplin and his team uses to analyze metabolites in body fluids. The technique attempts to find as many metabolites as possible, and they used the same system on the meteorite. Specifically, the new technique is known as the Fourier transform ion cyclotron resonance/mass spectrometry (FTICR/MS), which enables the scientists to weigh ionized molecules with the accuracy of the mass of an electron.The resolution of the analysis and the number of signals found makes the study record-breaking. Previous investigations were all targeted and used older technologies, and so the diversity was never discovered before. The results of the analysis identified about 14,000 different molecules in the meteorite, which can be combined in millions of different organic compounds. Schmitt-Kopplin said their calculations and interpolation were “very conservative”. Their findings show the nascent Solar System probably had more molecular diversity than present-day Earth.The results of the study appear in the Proceedings of the National Academy of Sciences (PNAS) journal. More information: High molecular diversity of extraterrestrial organic matter in Murchison meteorite revealed 40 years after its fall, Philippe Schmitt-Kopplin et al., PNAS February 16, 2010 vol. 107 no. 7 2763-2768, doi: 10.1073/pnas.0912157107 Murchison meteorite at the The National Museum of Natural History (Washington) © 2010 PhysOrg.com One-of-a-kind meteorite unveiled 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) — New studies of a meteorite that crashed to Earth four decades ago have found it probably contains millions of organic compounds. The findings shed light on the molecular complexity that existed at or just after the birth of the Solar System. Explore further Citation: Chemical snapshot: Murchison meteorite reveals diversity of early Solar System (2010, February 17) retrieved 18 August 2019 from https://phys.org/news/2010-02-chemical-snapshot-murchison-meteorite-reveals.html
Explore further Panasonic Develops World’s First 3D Full HD Plasma Theater System More information: ex-blog.panasonic.co.jp/ch_pan … h10/review03337.html (Phys.org)—If you can’t afford a world tour’s price of air tickets, hotels, and meals this year, know that Panasonic has worked up technology to bring the world to you. Its system is titled “DIVE into World Heritage 3D,” and it was demonstrated at Digital Content EXPO 2012. This system put five 3-D cameras to work to shoot, and the display was via five HD plasma panels. “Imaging technology is progressing every day,” Masaru Kojima, manager of Panasonic’s Content Planning Center, told his interviewer. “Today we’re using full high-definition, but in the future pixel counts are likely to grow, as well as the size of the displays themselves.” Panasonic wants to be the “leading edge,” he said, as those kinds of devices become available. The camera is designed for professional videographers who would be attracted to a more affordable and easier-to-use tool than they had in the past. The camera is promoted as an easier way to work than coping with larger-scale setups for capturing content on a professional level. The AG-3DA1 is equipped with dual lenses and two full 1920 x 1080 2.07 megapixel 3-MOS imagers.The camera can automatically recalibrate without the need for external equipment. There is immediate 3-D image capture. The camcorder incorporates stereoscopic adjustment controls; functions for automatically correcting horizontal and vertical displacement are provided, whereas conventional 3-D camera systems required these adjustments to be made by a PC or external video processor, said Panasonic. At less than six pounds, the AG-3DA1 is lighter weight and smaller in contrast to heavy 3-D rigs. Panasonic said the AG-3DA1 is able to perform in extreme environments and stands up better to temperature extremes, shock, and vibration. The company also noted that the camera uses standard, re-recordable SDHC/SD memory cards. © 2013 Phys.org This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. Citation: Panasonic steps up 3D camera tech for virtual world tours (2013, January 14) retrieved 18 August 2019 from https://phys.org/news/2013-01-panasonic-3d-camera-tech-virtual.html Panasonic’s “DIVE into World Heritage 3D” is in a strategic partnership agreement with the UNESCO World Heritage Centre to promote the conservation of UNESCO World Heritage sites and to educate children about the world. This system, showing world heritage sites, has been set up in Paris, at UNESCO’s World Heritage Center, at Panasonic centers in Tokyo and Osaka, and at exhibitions to be staged around the world. Panasonic’s technology imaging edge that marks this system is its AG-3DA1 twin-lens 3D camera, an integrated HD 3-D solid-state camcorder which Panasonic described as a “step closer to natural human vision.”
It sounds like science fiction to suggest that every cell in the human body is occupied by a tiny genome-equipped organelle, with which we exist in symbiosis. But in actuality, eukaryotic life is dependent on mitochondria, which provide energy to the cell in the form of adenosine triphosphate (ATP). Over millennia, the genomes of mitochondria evolved under selection for minimal gene content, but researchers have been unable to determine why some but not all mitochondrial genes have been transferred to the nuclear genome. An international collaborative of researchers formed an interesting hypothesis regarding this phenomenon: The mitochondrial genome encodes hydrophobic membrane proteins which, if encoded in the nucleus, would be filtered by the signal recognition particle (SRP) and misdirected into the endoplasmic reticulum. The researchers conducted a study exploring their hypothesis and have published their results in the Proceedings of the National Academy of Sciences. In order to predict if a protein would be targeted by SRP, the researchers calculated the free insertion energy of transmembrane proteins, which, if scored zero or less, were considered to be hydrophobic. Higher scores were rated marginally hydrophobic. If a transmembrane protein domain (TMD) scored hydrophobic and the length of its tail was longer than 120 amino acids, the researchers predicted it would be arrested by SRP and directed into the endoplasmic reticulum.They expressed such proteins in cellular cytoplasm and were able to determine that they were, in fact, arrested by the SRP and directed to the endoplasmic reticulum. Further, the researchers observed that the mistargeting of these hydrophobic proteins into the soluble medium of the endoplasmic reticulum resulted in the formation of aberrant honeycomb structures similar to those observed during viral infections. “We conclude that genes for hydrophobic membrane proteins of more than 120 amino acids are likely retained in distinct organelle genomes to ensure a correct localization of these proteins and avoid transport to the endoplasmic reticulum,” the authors write.Thus, the researchers conclude, the selection against mistargeting hydrophobic proteins into the endoplasmic reticulum posed at least one major selective constraint on the retention of the mitochondrial genome. They bolster this finding by comparing it to similar membrane dynamics in the chloroplasts of plants.Previous studies have suggested that one-third of mitochondrial proteins have evolved in response to the specific environmental constraints of different species. Most of these proteins are involved with transport, regulatory, and membrane functions. The results of the current study are consistent with these findings. A persistent mystery has been the evidence that in rare cases, transfers of otherwise universal mitochondrial genes into the nuclear genome have occurred. The results of the current study present an explanation: These particular proteins demonstrate reduced hydrophobicity in those species in which the transfer took place.Clinical applications include the development of methods to cure human mitochondrial genetic diseases, such as Leber’s hereditary optic neuropathy. “These results resolve the long-standing question about why aerobic mitochondria and photosynthetic chloroplasts need a distinct compartmental genome, by and large, although other factors may be involved,” the authors write. Journal information: Proceedings of the National Academy of Sciences © 2015 Phys.org This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. More information: “Mitochondrial genomes are retained by selective constraints on protein targeting.” PNAS 2015 ; published ahead of print July 20, 2015, DOI: 10.1073/pnas.1421372112 Mitochondria. Credit: Wikipedia commons Structural data reveals new mechanism behind protein transport Citation: Why do mitochondria retain their own genome? (2015, July 24) retrieved 18 August 2019 from https://phys.org/news/2015-07-mitochondria-retain-genome.html Explore further
Nanoscale observation of live osteoblasts in culture media, using the SE-ADM system. (A) Representative high-resolution SE-ADM images of osteoblasts cultured with or without osteogenic media for 2 days. Black particles were evident only when cultured in osteogenic media (right, square in the bottom). (B) Representative high-resolution SE-ADM images of osteoblasts cultured with or without osteogenic media for 7 days. There are many black particles when cultured in osteogenic media (right). (C) Representative high-resolution SE-ADM images of the SiN film after cell removal. In normal media, no particles are observed (left). The image of the film after removal of cells cultured in osteogenic media shows many clear black particles dispersed in the whole area (right). (D) Comparison of particle images during 4 to 10 days of culture in osteogenic media. The particle sizes gradually increased. (E) Distribution of particle size measured during 4 to 10 days of culture in osteogenic media. Approximately 900 to 1100 particles per time point were measured and plotted as a histogram. (F) Representative high-resolution SE-ADM images of osteoblasts cultured with osteogenic media for 7 hours. (G) MVBs have clear gray envelopes. (H) Cut images of various MVB sizes, including particles. (I) Comparison of MVBs with or without a gray envelope. (J) Schematic view of intracellular formation and transport of MVB in mineralizing osteoblasts. Scale bars, 1 μm in (A) to (C) and (F); 500 nm in (G); 200 nm in (D, bottom), (H), and (I). Credit: Science Advances, doi: 10.1126/sciadv.aax0672 Mineralization is mediated by osteoblasts, which secrete mineral precursors through matrix vesicles (MVs) as a fundamental process in vertebrates. The vesicles are calcium and phosphate rich, containing organic materials such as acidic proteins. In a new study now published in Science Advances, Tomoaki Iwayama and colleagues at the departments of periodontology, biomedical research, oral science, biomaterials and oral anatomy development used scanning electron-assisted dielectric microscopy (SE-ADM) and super-resolution microscopy (SRM) to assess live osteoblasts during conditions of mineralization at nano-level resolution. They found the calcium-containing vesicles to be multi-vesicular bodies containing mineralizing nanovesicles or matrix vesicles (MVs). According to the observations, the MVs could be transported together with lysosomes and secreted by exocytosis. Iwayama et al. presented proof that the lysosomes could transport amorphous calcium phosphate in mineralizing osteoblast cells. Super-resolution live imaging of calcium containing vesicle transports via lysosomes. (A) Snapshot of time-lapse SRM images of calcein-labeled osteoblasts. Cells were cultured with calcein and stained with Lysotracker and MitoTracker. White arrows indicate colocalization of lysosomes and calcein-positive vesicles. (B) Close-up of time-lapse SRM images of calcein-labeled osteoblasts. Red arrowheads indicate lysosome, and green arrowheads indicate calcein. Once lysosomes fused to calcein-positive vesicles adjacent to mitochondria, they started to move toward extracellular space. (C) Representative SRM image of LAMP1-mCherry–expressing cells. Cells were transfected with LAMP1-mCherry plasmid, cultured with calcein, and stained with MitoTracker. Calcein-positive vesicles matched to LAMP1-mCherry–positive lysosomes. (D) Schematic view of lysosomal involvement in transportation of calcium in mineralizing osteoblasts. Scale bars, 2 μm in (A), 1 μm in (B), and 10 μm in (C). Credit: Science Advances, doi: 10.1126/sciadv.aax0672 Scanning electron-assisted dielectric microscopy (SE-ADM) observation of osteoblasts. (A) High-resolution SE-ADM set up for osteoblast observation. Liquid-sample holder including osteoblasts is mounted on the pre-amplifier-attached stage, which is introduced into the specimen SEM chamber. The scanning electron beam is applied to the W-coated SiN film at a low acceleration voltage. Measurement terminal under the holder detects electrical signals through liquid specimens. Clear intracellular structures are visible (right image). Credit: Science Advances, doi: 10.1126/sciadv.aax0672 Characterization of mineral containing vesicles. (A and B) High-resolution particle images before (A) and after (B) removal of cells cultured in osteogenic media for 7 days. Pseudocolor maps of enlarged particle images indicated by red arrows are shown on the right side of (B). Particles show very smooth structures without crystals. (C) Scanning electron microscopy (SEM) images and EDX spectrometric analysis of particles on a SiN film. SEM image on the left side exhibits the SiN film after removal of cells cultured in normal media, which shows no particles, and EDX spectrometric data show no peaks of phosphorus and calcium. In contrast, the SEM image and EDX spectrometric data on the right side show particles and sharp peaks of phosphorus and calcium after culture in osteogenic media. (D) Analysis of particle elements using EDX spectrometric maps. Particles contained phosphorus, calcium, carbon, and nitrogen. (E) Raman spectra obtained from osteoblasts cultured with or without osteogenic media for 23 days. Sharp peak of 960 cm−1 was evident only in osteogenic media (right side). a.u., arbitrary units. (F) Comparison of SE-ADM images of Alpl knockout (KO) osteoblasts in normal and osteogenic media. Particles completely disappeared in osteogenic media. (G) EDX spectrum of particles from Alpl KO osteoblasts on a SiN film. Left-side EDX spectrometric data exhibit the SiN film after removal of cells cultured in normal media, which show no peaks of phosphorus and calcium. Moreover, particles in osteogenic media of right-side data show no peaks in phosphorus and calcium. Scale bars, 1 μm in (A), (C, top), (D), and (F); 200 nm in (B); 100 nm in (B, right). Credit: Science Advances, doi: 10.1126/sciadv.aax0672 Lysosomal inhibitors block mineralization. (A and C) Confocal live imaging of 50 nM BafA-or 10 μM Vac-1–treated osteoblasts. Cells were cultured in osteogenic media containing BafA or Vac-1 and stained with Hoechst 33342 and LysoTracker Insets show higher magnification and boxed area of each channel. (B and D) SD-ADM images of BafA- or Vac-1–treated osteoblasts. Cells were cultured in osteogenic media containing BafA or Vac-1. (E) Alizain Red S staining performed without fixation. Cells were cultured in osteogenic media containing BafA or Vac-1 and stained with Alizain Red S. Representative confocal images. Scale bars, 50 μm in (A), (C), and (E); 2 μm (B) and (D). Credit: Science Advances, doi: 10.1126/sciadv.aax0672 To overcome these limitations in the present work, Iwayama et al. used a new microscopic system known as scanning electron-assisted dielectric microscopy (SE-ADM). The method had previously achieved nanoscale resolution and high-contrast imaging for mammalian cells in aqueous media without staining. The scientists used the same technique (high resolution SE-ADM) to explore the possibility of viewing MVs in intact osteoblasts to understand biogenesis of MV trafficking. For the osteoblast cell line they used murine (mouse) osteoblastic cell line KUSA-A1, with high osteogenic capacity in vitro and in vivo. After cell culture under adequate conditions, Iwayama et al. observed the cells with SE-ADM to identify normal intracellular structures. The scientists observed MVs to align with collagen fibrils after 4 to 10 days of cell growth in osteogenic media and the secreted particle size increased due to fusion or particle growth, with their sizes consistent with previous reports to suggest they were indeed MVs. 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 New pathway for cell communication discovered , Bone Citation: Osteoblastic lysosome plays a central role in mineralization (2019, July 11) retrieved 18 August 2019 from https://phys.org/news/2019-07-osteoblastic-lysosome-central-role-mineralization.html Journal information: Science Advances After directly observing the production and secretion of MVs using SE-ADM, the scientists further investigated the involvement of lysosomes in intracellular trafficking of MVs to observe live osteoblast mineralization. They cultured the cells in calcium-containing osteogenic media and stained them with LysoTracker to detect the intracellular components of interest. Iwayama et al. located the calcein-fulfilled vesicles matched with lysosomes to suggest the biogenesis of MVs within lysosomes after their fusion with calcein+ vesicles. The scientists followed the experiments with loss-of-function and functional inhibition studies to further deconstruct the pathways and examine intracellular mechanisms of action during live cell mineralization in vitro. Upon further examination with SE-ADM, they noted the involvement of the lysosomal pathway to transport and secrete intraluminal MVs in a similar process to exosomes. Interestingly, both exosomes and MVs are categorized as extracellular vesicles with similar sizes; they are both secreted by osteoblasts and have shared functions during cell-cell communication. Scientists had previously reported the involvement of mitochondria during mineralization due to the presence of electron-dense calcium and phosphorous-rich granules in osteoblast mitochondria. This was observed with a modified cryotechnique. Furthermore, reports also suggest the direct contact of lysosomes and mitochondria with functional significance. When Iwayama et al. stained cells with LysoTracker together with MitoTracker and observed the intracellular components under N-SIM structured illumination super-resolution microscopy (SRM). They observed the presence of most calcein-fulfilled vesicles next to mitochondria and matched with lysosomes. During SRM-time lapse imaging, the scientists further obtained views of intracellular transport of LysoTracker containing vesicles fused to static calcein vacuoles adjacent to mitochondria to validate their hypothesis. In this way, together with observations of other SRM systems and additional cell lines, Tomoaki Iwayama and colleagues proposed a mineralization mechanism. Wherein lysosomes played a central role in intracellular MV biogenesis and trafficking within osteoblasts. It was reasonable to involve lysosomes for osteoblasts to transport amorphous calcium phosphate without crystallization during its transport in the cytosol. The scientists aim to conduct further experiments to understand the regulatory molecules for MVs and investigate if MVs and exosomes have similar constitutions and mechanism underlying their generation, secretion and function. The SE-ADM strategy used in the present work can be installed into existing scanning electron microscopy apparatus at a low cost. The work developed in the study will offer non-invasive, high-resolution imaging at the nanoscale applicable to all scientific fields. In the next step, Iwayama et al. examined if these particles were MVs containing calcium and/or phosphate. For this, they cultured the cells in osteogenic media for 7 days and observed them using SE-ADM to record very smooth structures without crystal facets. This suggested that the MVs did not crystallize but remained amorphous as also recorded in a previous study. When the scientists examined the MVs on a SiN (silicon mononitride) film, they observed sharp peaks corresponding to phosphorous, calcium, carbon and oxygen elements. They confirmed the findings using Raman spectroscopy to show the presence of calcium phosphate within MVs. The scientists also investigated the effects of hypophosphatasia a medical condition encoded by the Alpl (alkaline phosphatase) gene, wherein osteoblasts do not undergo mineralization in vitro. For this, they edited the genome of osteoblast cells using the CRISPR-Cas9 genome editing technology to generate Alpl knockout osteoblast clones. When Iwayama et al. examined the knockout clones using high-resolution SE-ADM, they did not observe MVs, which was further confirmed using spectrometric analysis due to the absence of phosphorous and calcium peaks. © 2019 Science X Network , Science During the physiological process of bone mineralization, the deposition of calcium phosphate crystals occurs in the extracellular matrix as a fundamental process in all vertebrates. In 1967, biologists Clarke Anderson and Ermanno Bonucci, individually visualized mineral-related particles in the extracellular space using electron microscopy (EM). Scientists later recognized these particles as mineralizing nano-vesicles or matrix vesicles (MVs). During the past 50 years of EM studies on MVs, biologists have grappled to understand the mechanism of MV formation and secretion, which remains largely unknown. Clarifying the mineralizing process of live cells with EM is challenging since sample preparation for EM requires steps on both chemical fixation and alcoholic dehydration. The steps can induce artefacts and even dissolve or remove unstable mineral precursors leaving an organic scaffold known as a “crystal ghost”. While scientists had successfully used the process of EM using fixed and dehydrated tissue to view the structure of mineralized collagen fibrils in bone, to study mineral precursors, they must employ cryo-EM processes to avoid dehydration and facilitate costly, extremely fast cooling with small specimens. More information: Tomoaki Iwayama et al. Osteoblastic lysosome plays a central role in mineralization, Science Advances (2019). DOI: 10.1126/sciadv.aax0672 N. Reznikov et al. A materials science vision of extracellular matrix mineralization, Nature Reviews Materials (2016). DOI: 10.1038/natrevmats.2016.41 Natalie Reznikov et al. Fractal-like hierarchical organization of bone begins at the nanoscale, Science (2018). DOI: 10.1126/science.aao2189 Irving M. Shapiro et al. Matrix vesicles: Are they anchored exosomes?, Bone (2015). DOI: 10.1016/j.bone.2015.05.013
The youth festival 2013, that is going on in the Capital, is empowering the country’s young achievers. It is also providing them with a national platform to showcase their talent. The festival is bringing together a truly Indian extravaganza of dance, drama and music for youngsters.The festival stages together an array of dance forms that depicts the flavour of India. Young and talented artists and groups, from all over the country, are participating in the event. Be it contemporary, classical or folklore – there’s a lot of action to watch out for in every segment of the festival. Youth bands selected from different states and cities are set to take the festival on a much higher note. Also Read – ‘Playing Jojo was emotionally exhausting’‘We are extremely overwhelmed to see the kind of acknowledgement this festival is receiving from people of all ages in the city. The crowd, the hoots and the appreciation from the audience on each day, says it all’, said Sindhu Mishra, Deputy Secretary of Sahitya Kala Parishad.She moves on to explaining the concept of the festival further. There are many independent groups/institutes in our country who are continuously helping the youngsters with adequate training in different art forms. Then, there are youth bands who have their own unique take on music and a huge fan following. ‘Our country has a bunch of talent waiting to get explored. At the same time, these young dancers, musicians, cultural groups and trainers, need support and the right kind of exposure. The youth festival acts like their backbone and give them the platform to showcase their talents and the culture,’ she added. Also Read – Leslie doing new comedy special with NetflixGiving the ongoing festival a much-needed edge, an exhibition showcasing the best artworks by young artists from various art colleges of Delhi is also up for display and exploration.As part of their many endeavours to keep the roots of our country intact, the Delhi government’s Department of Art, Culture and Language celebrates this festival annually to make sure that our young achievers are recognised and encouraged and take their talents seriously. It also, in turn, brings a reason for celebration. Groups like Sadhya, Bhoomika, ASPA, Abhinay dance company, Tapasya among others are taking on the contemporary juncture in full swing. Music bands including Secret Weapon, Indian Saber, Three the People, Daksha, to name a few, will musically empower the festival in coming days.In the classical segment, dance forms like Kathak, Oddissi, Manipuri, Mohiniattam, Chhau, Kuchipuri, Bharatnatyam and Kathakali will be performed by young birds from all across the country, reflecting the true culture of our country.Also Murad’s Sarangi, Akram Khan’s Tabla, Ajay Kumar’s ritual drum, Anupriya’s Parinday band playing the violin and Pt Bhajan Sapoori’s Santoor will ensure classical music gets its due at the Youth Festival, on all days.When: Till 1 DecemberWhere: Central Park, Connaught Place
Christmas and New Year are magical times and to usher in the festive season. Shangri-La’s – Eros Hotel, New Delhi hosted its Annual Christmas Tree Lighting Ceremony in the Hotel Lobby on Friday, December 12. The spirit of Christmas was shared by in-house guests and other luminaries from various walks of life. Guests were offered Santa hats as they stepped into the lobby. The imposing Christmas tree was unique. It has been laboriously and artistically made from dried rubber plant leaves, beautifully painted in hues of gold by our in -house florist. The team painstakingly worked for three months to create this gigantic environmentally friendly Christmas tree keeping in line with the Hotel’s green initiative. Also Read – ‘Playing Jojo was emotionally exhausting’Guests were treated to delectable Christmas delights, such as chocolate Santa, plum cake, candies, gingerbread cookies and mulled wine as they immersed themselves in the festive spirit. After the lighting of the Christmas tree by Farhat Jamal and children, Santa came through his chimney and went straight into the Lobby to give out goodie bags to all the excited young ones. The sounds of Jingle Bell Rock’, ‘Joy to the World’ and ‘Santa Claus is coming to town’ by young carollers from St. Ann’s choir reverberated through the Lobby as everyone sang along to the popular carols. After the ceremony, guests were invited for a pre Christmas celebration over Christmas delicacies, canapes and wine as they enjoyed the popular tunes being belted out by the live band.
Kolkata: In a sensational incident, a class XII girl from South 24-Parganas’s Sonarpur went live on a social networking site and showed the way she committed suicide by hanging herself from the ceiling fan at her house.The victim, Mousumi Mistri was a student of Sonarpur Kamrabad School. The incident took place in Baidyapara area of Sonarpur. The incident triggered tension in the area. Police on Monday morning recovered the body from the house and sent the body for postmortem. Also Read – Heavy rain hits traffic, flightsAccording to police, the victim had an affair with a local youth for quite some time. Police came to know in the course of the investigation that the victim on Sunday afternoon received a phone call from one of her friends and left the house. She told her mother that she would return home by 5 pm. Though, she returned home at around 6 pm. After returning, she did not talk much. Her mother, Shampa Mistri who works as an Ayah left the house a little after 6 pm. Later, she went to attend a cultural programme that going on in the locality and returned home at around 9.30 pm. After having her dinner, the girl went to her sleep in her room and closed the door. The victim’s father and younger brother live somewhere else and the victim used to live with her mother. Also Read – Speeding Jaguar crashes into Merc, 2 B’deshi bystanders killedAs the girl did not open the door till 8.30 am on Monday morning despite her mother’s repeated knocks on the door, she informed locals, who broke a portion of the window to see the victim hanging from the ceiling fan. The girl generally got up within 8 am. After being informed, police reached the spot and recovered the body. Police said before committing suicide she spoke to her boyfriend through video chat on a social networking app. Police have started a detailed probe into the incident. They are yet to ascertain the exact cause.
India’s men’s hockey chief coach Roelant Oltmans on Tuesday said that a well-organised defence will hold the key for the team’s fortunes in next year’s Rio Olympic Games.Oltmans, who is doubling up as High Performance Director and head coach after the ouster of Paul van Ass, said that he was working on building a solid defence and switching to different styles of play in different situations.“Organisation of defence is very important. If your defence is well organised you have confidence while going for
Writers express themselves through their writings, musicians through their music but for an artist, his work, whether be it a painting, a portrait or just a drawing, speak to a great length not only about his feelings but of others as well.Grosvenor Gallery will showcase its works for the sixth consecutive year at the 8th edition of the India Art Fair from January 28-31. This year the gallery will be exhibiting new paintings by one of South Asia’s premier artists, Senaka Senanayake. Also Read – ‘Playing Jojo was emotionally exhausting’The work by renowned artist Senaka Senanayake, titled ‘Ganesh’, will be published in an edition of 100 and will be available for the first time at the India Art Fair. The piece is exclusive to Grosvenor Gallery, which will not be available anywhere else.Senaka achieved early fame as a child prodigy, whose work was first exhibited in Colombo in the late 1950s. He then held his first international one man show in New York at the age of 10. He continued to paint and as a teenager held numerous exhibitions in Sri Lanka as well as Europe, the USA and Asia. His recent work is inspired by the plight of the Sri Lankan rainforests, many of which have been a subject to intense deforestation to make way for tea-plantations. Also Read – Leslie doing new comedy special with NetflixOne of Senaka’s objectives is to establish a connection with everyone that encounters his work. “Many times, people can’t relate to a piece of art as the artworks don’t respond but I want my paintings to talk. Everyone, from a street sweeper to a university professor, should be able to relate to my art”, said Senaka.It takes almost 2-3 weeks for his canvas to get completed. Layer upon layer of paint is added, creating an incredible depth to the colours and imparting a rich feel to the works, which appear to have an almost luminescent quality to them. When asked about his work, the artist commented: “My main focus is on the endangered flora and fauna in our rainforests. In 2005, I visited a rainforest in Sri Lanka, which had become my muse for many of my shows. I could have shown the negative aspects of destruction, such as people and animals dying, but I try to create happy and positive paintings.”When: January 28 – 31Where: NSIC Grounds, Okhla Industrial Area, New DelhiTimings: 11 am to 7 pm
Kolkata: A person was shot dead at Dum Dum in North 24-Parganas on Friday evening.The deceased identified as Ganesh Kundu (28) was a staff at a decorator’s shop. It is suspected that he had some personal enmity with someone, who killed him. According to locals, Kundu was alone at the shop in the evening near Gorabazar in Dum Dum. Around 7:30 pm, two unknown persons came on a bike. All of a sudden, one of them took out a firearm and shot Kundu on his head from point blank range. Before the pedestrians or locals could react, the miscreant fled the scene riding the bike. Also Read – Rain batters Kolkata, cripples normal lifeKundu immediately was rushed to Dum Dum Municipal Hospital and later shifted to R G Kar hospital. But Kundu was declared brought dead at R G Kar hospital. It is suspected that the miscreants knew about the locality and done their act in a planned way as Dum Dum police station is located at a stone throwing distance. It is also suspected that the miscreants are from Dum Dum area which is an advantage for them. The sleuths are checking with Kundu’s family and friends if they know anything about Kundu and his enmity with someone. Locals informed that the miscreants were wearing helmets and kept faces covered. They also came to know that the owner of the shop where Kundu worked got involved in an altercation with some persons a few days ago. Keeping this fact in mind, police are checking if the incident has any relation with the altercation. The sleuths are also checking with the CCTV footages in the locality to identify the bikers.
Shriram Centre for Performing Arts (SRCPA) Repertory will be staging ‘Meeta Ki Kahani’ (Meetachi Gosh) – originally written by the acclaimed Marathi playwright Vijay Tendulkar. Brilliantly directed by Sameep Singh, an NSD alumnus and currently SRCPA Repertory Chief, the 90-minute long play will be staged on May 25 and 26, 2019 at 7:00 pm and 11:30 am respectively.Breaking the image of a conventional woman of Indian society Tendulkar had written about a young girl ‘Meeta’ who is battling with herself trying to fit in the society. Confused about her emotions she finally finds the missing piece of her puzzle in another girl Nama, who made her feel things she had never felt in her life. Will she be able to express her Queer feelings to society? Will society be able to accept her with those feelings without questioning her choice? Bapu wheels forward the journey, touching the sensitive events narrating the ups and downs of Meeta’s life and the escape she needed from the stereotype. Also Read – Add new books to your shelfVijay, who had written this play much ahead of his time perhaps finds more relevance today in society. Today’s younger generation relocate themselves to metros carrying desires in their eyes, be it education or their dream jobs, due to which hostels, sharing rooms and live-in relationships are in fashion. In such a lifestyle where one is struggling with the perplexities of life, feeling of love and to be loved back blossoms homosexual relationships too. Regardless of recognition to Article 377, has the society been able to break the mental block and give acceptance to it, does a woman perpetuate the oppression of patriarchy if she imbibes the nature of a man? For people like Meeta, is ending their life due to inadequacy a solution? Also Read – Over 2 hours screen time daily will make your kids impulsiveThis play ‘Meeta ki Kahaani’ forces us to think and question such issues. The entire play has been conceptualised along with the complexities of relationships, based on perceptions as well as an understanding of moral values which are stretched out to women in particular. Bapu as a character can be related to more of traits which are otherwise confined to women by the society whereas Meeta stands alone as a bolder character, much ahead of her time. Contrary to Vijay Tendulkar’s realism, the play has been designated a non-realistic design, imposing the openness that the entire flow of the story should bring. The play from the concept to interpretation delves between complexities and simplicities of life, which when misunderstood can reach to a non-desirous end. To know more, watch how Meeta questions and explores today’s complex world for her identity.
Advertisement The McGregor/Mayweather press conferences were the dominant sports story in possible the slowest sports week of the year. Even though McGregor and Mayweather made headlines by relentlessly insulting each other, the best story from the four city press tour came from an innovative young hustler who managed to sneak backstage to the London event, and ended up walking out with Team McGregor.With the tour headed for its London stop, Zac Alsop used an Instagram post by Mayweather’s former driver that displayed full access passes to the event, and used his tech skills to make his own forged pass. Once at the event, Alsop breezed through security, and blended in with the Team McGregor crowd. When it came time for McGregor to walk out for his intro, Alsop was right behind him and filmed the whole thing.Here’s the incredible story, as told by Alsop, including the footage of him walking out with team McGregor. Legend.h/t BroBible
Dame Lillard finished off his first round series beef with Russell Westbrook by lighting up the Thunder for 50 and hitting the series clinching three from just inside the logo as time expired to give Portland a 118-115 Game 5 win.Any series winning dagger is an all-time playoff moment, but the Korean broadcast call of the shot of the year (so far) somehow does it justice. Maybe Kevin Harlan has a Korean son? This bad boy is an 11/10 on the Gus Johnson excitement scale.Here’s the Korean call of Lillard’s game-winning three-pointer. It’s as electric as you’d expect! (Call from SpoTV) pic.twitter.com/mJWbSzoOAi— Sung Min Kim (@sung_minkim) April 24, 2019
Blackberry is practically synonymous with business, even as RIM continues to release devices like the Torch in an attempt distance itself from the dull corporate image it has earned over the years.But now the other major players in the smartphone wars — iPhone, Android, and even the new line of Windows Phone 7 devices — are attempting to bite into Blackberry’s enterprise dominance.1. The Dell Venue Pro could prove the Windows Phone 7’s enterprise worthDell already announced that it will be ditching it’s 25,000 company Blackberrys for it’s propriety Windows Phone 7 device.That not only speaks well for the phone, but also the Windows Phone platform as a business tool. What makes this phone stand out among other Windows Phone 7 devices is the sliding QWERTY keyboard, a huge asset for business users.There’s a lot of enterprise potential for Windows Phone 7, and maybe Dell will be the manufacturer to solidify that position.There’s no official announcement on cost yet, but Engadget reports they were told by a Microsoft Store employee that the Venue Pros will be available for $199 with contract.2. The Motorola Droid Pro is a stylish Blackberry killerMotorola took their popular Droid line and reimagined it for the business user.The Droid Pro runs Android 2.2, has a full QWERTY keyboard, and syncs with your company’s e-mail and calendars. It makes a great alternative to the tired look of the Blackberry and has access to the extensive Android Market. The Droid Pro has an expected November 18 release, according to Engadget.Cost: $179.99 with a two-year contract from Verizon.3. iPhone 4 is a contender for enterprise, tooWhen the iPhone first came out in 2007, it was regarded more as a toy than a serious business tool.But now that it has Microsoft Exchange support and thousands of productivity apps, the iPhone is increasingly becoming a viable alternative to the Blackberry.Cost: $199 (16GB) or $299 (32 GB) with a two-year contract from AT&T.4. T-Mobile G2 is a powerful Android optionThe G2’s design and open format make it perfect for the business user who needs some versatility in a smartphone.Engadget calls the G2 one of the purest Android phones available, meaning the OS isn’t bogged down with too much proprietary software or modifications. The design is solid too. It’s almost a clone of the ill-fated Nexus One, but with a slide out QWERTY keyboard for firing off e-mails.Cost: $199.99 with a two-year contract from T-Mobile.5. Samsung FocusIf a physical keyboard doesn’t matter to you and you’re looking for something different, check out one of the other Windows Phone 7 options like the Samsung Focus.The Focus has all the power you’ll need: 1 GHz CPU, Super AMOLED display, and 8 GB of internal storage. Plus the Windows Phone 7 OS makes syncing your Microsoft Office documents, presentations, and Outlook e-mails a snap. As with the Dell Venue Pro, the Samsung Focus has great potential to prove Windows Phone 7’s worth as an enterprise device.Cost: $199.99 with a two-year contract from AT&T.6. The Nokia E5 is unlocked for any networkThis pricey device looks a lot like the Blackberry Bold, but is perfect for the world traveler.Since the Nokia E5 is unlocked, you can avoid being overcharged for an international plan from your U.S. carrier. Slip in a pay-as-you-go SIM card and you’re all set.Cost: $259 from Nokia.Our pick: Dell Venue ProWe think the Windows Phone 7 has serious potential to bridge the gap between enterprise device and fun-to-use smartphone. The initial sale numbers don’t look good, but hopefully we see some more user adoption and useful apps. With luck, RIM will wise up and ditch their clunky Blackberry OS for Windows Phone 7. November 26, 2010 4 min read Brought to you by Business Insider Problem Solvers with Jason Feifer Hear from business owners and CEOs who went through a crippling business problem and came out the other side bigger and stronger. Listen Now
Lucy Reading-Ikkanda/Quanta MagazineIn their paper, Baum, Freese and Kelso show that WIMPs can still generate the observed annual modulation if they have a twist: an innate preference for protons over neutrons that will lead them to interact more often with sodium than iodine (which has more neutrons). However, several physicists said this special “isospin-violating” property probably would have affected the results of other dark matter experiments, such as XENON1T, a 3.2-ton liquid xenon detector also located under Gran Sasso, which has seen no such effect.The eerie silence in XENON1T, and in other catchily named dark matter detectors like LUX and PICO, had already dimmed many experts’ hopes about DAMA. These experiments, which look for telltale nuclear activity in different types of materials, have published a string of null results, ruling out large classes of WIMPs that would be compatible with DAMA’s signal. (Other dark matter candidates, such as axions, can’t be tested by these experiments.)It had been possible, however, to think dark matter might just have an unexplained affinity for sodium iodide. But the April 4 analysis changes that. “What they show in this paper nicely is that … you can exclude DAMA with itself—not with reference to other experiments,” said Laura Baudis, a physicist at the University of Zurich and a member of the collaboration that runs XENON1T.Hard as it is to account for the DAMA signal using dark matter, it’s equally difficult to understand it any other way. For decades, experts have mulled over more mundane explanations. “Several have been put forward and rapidly dispelled,” said Juan Collar, a physicist at the University of Chicago who leads the CoGeNT dark matter experiment. “I personally cannot come up with a good explanation.”Davis argued in Physical Review Letters in 2014 that the annual modulation comes from a combination of muons bombarding Earth most heavily in July and solar neutrinos peaking in January. But other physicists quickly showed that the latter seasonal effect is too small to produce the signal, at least in the way he had proposed. In a new paper that’s causing some buzz, Daniel McKinsey, a physicist at the University of California, Berkeley, contends that the signal could come from argon contamination. Certain isotopes of argon radioactively decay more or less depending on the season. Yet this explanation works only if the nitrogen DAMA uses in one step of their procedure contains argon, which is unknown.Many researchers said that a lack of transparency by Bernabei and the DAMA team has slowed efforts to understand what’s going on. For example, one limitation of Freese and coauthors’ analysis is that DAMA hasn’t released information about whether background effects amplify or diminish at lower energies, leaving outside researchers to assume that these effects have been corrected for already. For 20 years, an experiment in Italy known as DAMA has detected an oscillating signal that could be coming from dark matter—the fog of invisible particles that ostensibly fill the cosmos, sculpting everything else with their gravity.One of the oldest and biggest experiments hunting for dark matter particles, DAMA is alone in claiming to see them. It purports to pick up on rare interactions between the hypothesized particles and ordinary atoms. But if these dalliances between the visible and invisible worlds really do produce DAMA’s data, several other experiments would probably also have detected dark matter by now. They have not.Late last month, Rita Bernabei of the University of Rome Tor Vergata, DAMA’s longtime leader, presented the results of an additional six years of measurements. She reported that DAMA’s signal looks as strong as ever. But researchers not involved with the experiment have since raised serious arguments against dark matter as the signal’s source.DAMA searches for popular dark matter candidates called WIMPs, or “weakly interacting massive particles.” The scientists monitor an array of sodium iodide crystals kept deep under Gran Sasso Mountain in the Apennines, looking for flashes of radiation that could be caused by dark matter particles colliding with atomic nuclei in the crystals. As the solar system hurtles through the galaxy, “it looks like a wind of WIMPs coming at you,” explained Katherine Freese, a physicist at the University of Michigan who in 1986 co-developed the idea for such an experiment, “in the same way that when you’re driving it looks like the rain is coming into your windshield.”A technician works on the detectors for the DAMA experiment, which uses 250 kilograms of sodium iodide in an attempt to find dark matter.DAMA-LIBRA Collaboration/LNGS-INFNExactly in line with this hypothesis, the DAMA scientists find that nuclear activity in their crystals varies throughout the year. The signal always peaks in June, when Earth is moving fastest through the dark-matter-filled galaxy, and troughs in December, when the planet curves into the leg of its orbit that opposes the sun’s motion around the galaxy, slowing us relative to the dark matter wind. Katherine Freese, The author of ‘The Cosmic Cocktail: Three Parts Dark Matter,’ sits on The High Line in New York City on July 18, 2014. Freese is the George E. Uhlenbeck Professor of Physics at the University of Michigan. She is one of the world’s leading researchers into the mystery of dark matter.John Smock/Quanta Magazine“I am certain that if they completely opened up to the community,” such as by sharing their data, “we would get to the bottom of what is causing the annual modulation,” Davis said. But the DAMA scientists present only their finalized data plots, argue strongly that their signal is evidence for dark matter, and take a “combative approach” to anyone who suggests otherwise, he said.Other groups have had to step up. In the next few years, three new sodium iodide crystal experiments will start yielding results: ANAIS, COSINE-100 and SABRE, which has locations at Gran Sasso and at an underground lab in Australia. By replicating the experiment in the Southern Hemisphere, where summer and winter flip, SABRE will eliminate seasonal effects.“For as long as physics remains an experimental science, the only way to advance knowledge will be through improved measurements,” Collar said. The complementary experiments either won’t see a modulation, in which case “we will have to turn the page and write the DAMA anomaly off,” he said. Or they’ll see something akin to it, in which case “we will have to work hard on a dark matter model that also explains all null observations with other detector materials.”“Experience teaches that it will most likely not be dark matter,” said Neal Weiner, a theoretical physicist at New York University. “But I’m certainly persuaded enough that there’s a real chance it’s something interesting.” Ultimately, said Freese, the new data release and her group’s analysis don’t change the big picture. “You still have to go build detectors made of the same material, but with different people doing it, and in different locations in the world … to figure out what the hell’s going on with DAMA,” she said. “Because nobody understands DAMA.”Original story reprinted with permission from Quanta Magazine, an editorially independent publication of the Simons Foundation whose mission is to enhance public understanding of science by covering research developments and trends in mathematics and the physical and life sciences. The latest run of the experiment, called DAMA/LIBRA-phase 2, began in 2011. After taking data for six earthly orbits, the team reports that they continue to see a seasonal signal consistent with dark matter. As Bernabei told Quanta by email, “The annual modulation signature and the adopted procedures assure sensitivity to a plethora of possible dark matter candidates.”Outside experts saw otherwise. In a paper posted April 4 to the physics preprint site arxiv.org, three physicists showed that a standard dark-matter WIMP cannot produce the new DAMA signal. “The vanilla one that everybody loves—that one’s gone,” said Freese, who coauthored the new paper with her student Sebastian Baum and Chris Kelso of the University of North Florida.Freese and colleagues focused on a new feature of the DAMA data. As part of the DAMA/LIBRA-phase 2 upgrade, the team at Gran Sasso switched out hardware to make their detectors sensitive to lower-energy excitations inside the sodium iodide crystals. Bernabei reported an annual modulation in lower-energy nuclear recoils that was broadly similar to the signal for higher-energy recoils.But if a vanilla WIMP were really the source of the annual modulation, the low-energy recoils should change relative to the high-energy recoils, wrote Freese and her coauthors. They found that nuclear activity should vary between June and December either much more dramatically, or much less so, at low energies than at high energies, depending on whether dark matter particles are lightweight or heavy. If WIMPs are light, DAMA should see them colliding with light sodium atoms at low energies much more often than with heavy iodine atoms. Overall, DAMA’s signal should be strongest for the very-lowest-energy recoils. Alternatively, heavy WIMPs will interact almost exclusively with iodine atoms at low energies and very little with sodium. Overall, in that case, the signal will weaken as you look at the lowest-energy events.Instead, neither shift is seen in the DAMA/LIBRA-phase 2 data, “which is difficult to explain with dark matter,” said Jonathan Davis, a theoretical physicist at King’s College London.
Share this:TwitterFacebookLike this:Like Loading… The mayor of an Indiana city has married his partner and celebrated at a Pride event. Mayor Pete marries his partner ‘I was well into adulthood before I was prepared to acknowledge the simple fact that I am gay,’ Buttigieg said in the essay.In the coming out article, he said acceptance for the LGBTI community was slow in certain parts of the country.‘South Bend isn’t exactly the land of change,’ he said.Mayor gets married and then went to Pride partyBut the couple are very popular in Indiana’s fourth largest city of 100,000 people.A Democratic mayor in a Republican stronghold, Buttigieg has been praised for his direct approach and popular policies.And now he has a husband.The two invited 200 to attend the ceremony. Two hundred more were invited to the reception, according to the New York Times.Following the ceremony, the couple attended a Gay Pride Week block party in downtown South Bend before leaving for the reception.The couple donned rainbow-colored beads, greeted the crowd and took photos with attendees.The ceremony itself featured a reading from Justice Anthony Kennedy’s majority opinion in Obergefell v Hodges, the Supreme Court case that granted marriage equality in the US.Got a news tip? Want to share your story? Email us . South Bend mayor Peter Buttigieg, 36, and Chasten Glezman, wed in Indiana at the weekend.Buttigieg was named by President Barack Obama as a rising star in the Democratic Party. In the article for Politico, he was even tipped as a possibility for president one day.How the couple metThe two met on an app, and dated on Facetime before meeting in person.Both were looking for a long-time relationship, tired of the gay dating scene.Buttigieg (pronounced BOOT-edge-edge) and Glezman shared a love for carnival games. Glezman loves Skee-Ball and Buttigieg adores claw-vending machines.Unusual for a politician, Buttigieg is introverted and shy in relationships. His now-husband, however, is a natural performer who does improv comedy.The mayor was shy as he only came out in 2015 in an essay for The South Bend Tribune.He decided to come out in response to a religious freedom bill signed by Vice President Mike Pence, the then state governor. eTN Chatroom for Readers (join us) Icons in LGBTI history and today share their pivotal stories in 29 portraitsLouisville flying high during colorful Pride WeekPosthumous wedding for French policeman killed in ISIS attackRead the full article on Gaystarnews: :https://www.gaystarnews.com/article/mayor-of-indiana-city-marries-his-partner-and-then-goes-to-pride/ GAYSTARNEWS-
Share this:TwitterFacebookLike this:Like Loading… Adam Rippon | Photo: Instagram/adaripp The openly gay Olympian will appear in a cameo role in season 10, although exact details of his character are thus far unknown.The news was confirmed in an NBC press release. Adam has already made an impact on TV, winning Dancing With the Stars this year.He will also serve as a judge on Dancing With the Stars Juniors. Furthermore, Minnie Driver is returning to play Karen’s stepdaughter Lorraine Finster.David Schwimmer and Chelsea Handler have already been announced as guest stars on the next season.Will & Grace returned last year after originally bowing out after the eighth season in 2008. The comeback furthermore received positive reviews.The 10th season will comprise of 18 episodes. An 11th season has already been commissioned.Got a news tip? Want to share your story? Email us . GAYSTARNEWS- eTN Chatroom for Readers (join us) ‘Smooth-talking, self-satisfied TV news anchor’Openly gay actor Matt Bomer will meanwhile play a ‘smooth-talking, self-satisfied TV news anchor’ on the show. Adam Rippon will join the cast of Will & Grace for his first scripted TV role, it’s been revealed. Matt Bomer and Adam Rippon spill tea, share pic from Will & Grace setThis is what my straight, male friends think about Adam RipponAdam Rippon’s boyfriend is going to move in with himRead the full article on Gaystarnews: :https://www.gaystarnews.com/article/adam-rippon-joining-will-grace-along-with-these-2-stars/
Cancun, Q.R. — The Federal Office of Environmental Protection (Profepa) says last week, they inspected boats offering tours for whale sharks.Federal officers were out for two days with officials from the National Commission of Natural Protected Areas (Conanp) to inspect boats in federal waters off Isla Contoy.On the first day, Profepa says they suspended a boat, Los Hermanos JMRS, from all observation, swimming and snorkeling activities with whale sharks for operating with an expired license, which is granted by Conap.Over the two days, another four boats were suspended from providing tourist services when they found the boat captains failed to carry the necessary authorization onboard.They say that two of the four boats were private and two were tourist, all of whom headed out to sea to with the intention of observing and swimming with whale sharks.Before the concluded their rounds, a fishing vessel was spotted in known whale shark waters. That boat was also removed from the area.Photo: La Procuraduría Federal de Protección al AmbienteProfepa says in total, they inspected 53 boats for tourist activities that include the observation, swimming and free diving with whale sharks as well as verifying licenses and issuance by the General Directorate of Wildlife of the Secretariat of the Environment.Whale shark season runs May 15 to mid-September when more than 400 of the world’s largest fish spend the four-months between the islands of Isla Contoy and Isla Mujeres.Click to share on Facebook (Opens in new window)Click to share on Twitter (Opens in new window)Click to share on LinkedIn (Opens in new window)Click to share on WhatsApp (Opens in new window)
Get the biggest Daily stories by emailSubscribeSee our privacy noticeThank you for subscribingSee our privacy noticeCould not subscribe, try again laterInvalid EmailA car has overturned on the A500 tonight – leading to the southbound D-road being closed. The accident has taken place on the southbound carriageway between A527 Porthill Road/Longbridge Hayes Road and the A527 Grange Road/Wolstanton Retail Park. One car is on its roof and it is now understood this is the only vehicle involved in the accident. A number of Sentinel readers have contacted us in the past 15 minutes to let us know about the accident. Witnesses say a ‘huge number’ of emergency vehicles are at the scene – including police, firefighters and the ambulance service. In a statement at 1.30am on Sunday morning, a Staffordshire Police spokesman said: “Restrictions are still in place A500SB in the Longport area of Stoke-on-Trent following an RTC earlier this evening.” Long tailbacks are reported on the southbound carriageway although the northbound route is understood to be unaffected. The Southbound carriageway is closed, Highways England confirmed. A spokesman said: “The A500 is closed Southbound between the A527 north and A527 south near Tunstall due to a single vehicle road traffic collision. “Police are in attendance. Road users are also advised to allow extra time for their journey.” Traffic data company INRIX reports the accident happened at around 11pm. A second accident is also reported on the northbound A500 between the A50 Sideway Roundabout and A5007 City Road between Stoke and Fenton. We have no further information on this second accident. Read MoreGritters out as temperatures expected to dip below freezing We will bring you more on this story as we get it. This accident is unconnected to the earlier incident involving two vehicles on the D-Road in Hanford. DIVERSION: Highways England say the following diversion is in place: Road users are advised to exit the A500 and continue along Reginald Way to the roundabout with the A50. At the roundabout take the fourth exit on to the A50 southbound. Continue along the A50 to the roundabout with the A5271. At the roundabout take the third exit on to the B5051. Continue on the B5051 to the roundabout with Woodbank Street and take the second exit. Continue along Woodbank Street merging in to Baptist Street. Continue on Baptist Street until the junction with the A50. Continue on the A50 until the junction with the A53. At the junction join the A53 and proceed to the roundabout taking the 1st exit and continue on the A53 until the roundabout with the A500 and re-join.