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Nobel Prize	The Wall Street Journal	The Most Fatuous Nobel Peace Prize - WSJ	2023-10-29T15:54:00Z	https://www.wsj.com/articles/nobel-peace-prize-obama-eu-7795cf7a	The Most Fatuous Nobel Peace Prize Listen (41 sec) The Most Fatuous Nobel Peace Prize Listen (41 sec) https://www.wsj.com/articles/nobel-peace-prize-obama-eu-7795cf7a Oct. 29, 2023 10:54 am ET Listen (41 sec) In reviewing “Eurowhiteness” by Hans Kudnani (Bookshelf, Oct. 26), Tunku Varadarajan suggests, “Perhaps the most fatuous recent bestowal of the Nobel Peace Prize was its award in 2012 to the European Union for the ‘advancement of peace and reconciliation’ on the continent.” Even more fatuous was President Barack Obama’s 2009 Nobel Peace Prize merely for not being President George W. Bush. Shawn Clark Copyright ©2023 Dow Jones & Company, Inc. All Rights Reserved. 87990cbe856818d5eddac44c7b1cdeb8 Continue reading your article witha WSJ subscription Already a subscriber? Sign In WSJ Membership Customer Service Tools & Features Ads More Dow Jones Products WSJ Membership Customer Service Tools & Features Ads More Copyright ©2023 Dow Jones & Company, Inc. All Rights Reserved
Nobel Prize	Daily Sabah	Nobel laureate Sancar stresses vital role of science in Türkiye's 2nd century \| Daily Sabah	2023-10-29T08:20:00Z	https://www.dailysabah.com/turkiye/nobel-laureate-sancar-stresses-vital-role-of-science-in-turkiyes-2nd-century/news	Cookies are used for the purpose of performing advertising and marketing activities on our sites. These cookies work by identifying the browsers and devices of the user. If you allow these cookies, we can provide you with personalized ads and a better advertising experience on our pages. While doing this, we would like to remind you that our aim is to provide you with a better advertising experience and that we make our best efforts to provide you with the best content and that advertising is our only income item to cover our costs. In any case, if users do not enable these cookies, they will not receive targeted ads. In order to provide you with a better service, our website uses cookies belonging to us and third parties. Various personal data of yours are processed through these cookies, and necessary cookies are used for the purpose of providing information society services. Other cookies will be used for limited purposes, subject to your explicit consent, to make our website more functional and personal as well as for advertising/marketing activities for you. You can set your cookie preferences through the panel below. To learn more about cookies, you can click on the Settings button and read our Cookie Information Text. Nobel laureate and Turkish biologist Aziz Sancar said Türkiye will need science in its second century, stressing that, "If we are strong in science, we will be strong in everything.” Sancar, who made history as the first Turkish scientist to win the Nobel Prize in chemistry in 2015, said as he spoke to Anadolu Agency (AA) about the 100th anniversary of the republic. He noted his time in the U.S. state of North Carolina, where he has taught for years. "My scientific education took place in Türkiye. I learned the scientific method in Türkiye. I had exceptional teachers from primary school to high school and at the Istanbul Faculty of Medicine. During my years of study, the Istanbul Faculty of Medicine was one of the best in Europe. "That's why I believe that the Nobel Prize I received was won by (Türkiye’s founder Mustafa Kemal) Atatürk and the republic. For this reason, the Nobel medal is in Anıtkabir (the mausoleum of Atatürk)," he said. Sancar emphasized that the Nobel Prize represents not only himself and the Republic of Türkiye, but also Turks across the world. "Our land is not given to us; we take our land. This happened thanks to Atatürk and his comrades. It happened because of their beliefs and the revolutions they made. If it weren't for him, a scientist from the town of Savur in (southeastern Turkish province of ) Mardin wouldn't have received a Nobel Prize," he said. "In the first 100 years of the republic, Türkiye has risen to the level of a powerful country. This was achieved through the revolutions and ideas initiated by Atatürk and his comrades. The Turkish republic has taken significant steps toward providing equal rights for both girls and boys. For example, Türkiye has produced more female physics professors than Germany. Our country has provided educational opportunities for both the poor and the rich more than any other country in the world," he said. "While all kinds of oppression and injustice are carried out by so-called great powers all over the world, Türkiye has always followed a peaceful path and tried to defend the rights of the oppressed when necessary. "For Türkiye's second century, we need science the most. We should invest as much in science as we invest in defense. If we are strong in science, we will be strong in everything. This can be seen in the current geopolitical world," he added. Sancar pointed out that Türkiye has taken important steps in achieving Atatürk's great ideal of Turkish unity. "Atatürk lit that torch, but he couldn't do anything concrete in the conditions of that time. But he instilled that ideal in the future generations. Now there are significant advances toward achieving Turkish unity. I and my close friends believe in Turkish unity and work towards that goal." 'Don't waste your time' Sancar had the following message for young people on the 100th anniversary of the republic: "My advice to the new generation is to work hard and not waste your time on fleeting arguments. Focus on the profession you have chosen. Don't imitate the West; let them imitate us. We have many virtues to be imitated." Who is Aziz Sancar? Born in 1946 in southeastern Mardin province, Sancar was one of eight children in a family with little education. Thanks to his family's emphasis on education, he was able to study in Mardin up to university. After completing his undergraduate at Istanbul University Medical School, Sancar went to the U.S. for a graduate education and obtained a Ph.D. in molecular biology from the University of Texas. He specialized in DNA repair and cell cycle and, in 2015, he won the Nobel Prize in Chemistry along with Tomas Lindahl and Paul Modrich for their work on DNA repair. This website uses cookies. Cookies are used for the purpose of performing advertising and marketing activities on our sites. These cookies work by identifying the browsers and devices of the user. If you allow these cookies, we can provide you with personalized ads and a better advertising experience on our pages. While doing this, we would like to remind you that our aim is to provide you with a better advertising experience and that we make our best efforts to provide you with the best content and that advertising is our only income item to cover our costs. In any case, if users do not enable these cookies, they will not receive targeted ads. In order to provide you with a better service, our website uses cookies belonging to us and third parties. Various personal data of yours are processed through these cookies, and necessary cookies are used for the purpose of providing information society services. Other cookies will be used for limited purposes, subject to your explicit consent, to make our website more functional and personal as well as for advertising/marketing activities for you. You can set your cookie preferences through the panel below. To learn more about cookies, you can click on the Settings button and read our Cookie Information Text. Daily Sabah INFORMATIVE TEXT UNDER THE LAW ON PROTECTION OF PERSONAL DATA We, as Turkuvaz Haberleşme ve Yayıncılık A.Ş. 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Nobel Prize	Fortune	Here’s the climate movement’s biggest mistake since the 1970s, according to the climate scientist who won the Nobel Prize alongside Al Gore	2023-10-23T16:30:00Z	https://fortune.com/2023/10/23/climate-movement-biggest-mistake-since-1970s-scientist-who-nobel-prize-al-gore-david-schimel/	The world is finally waking up to climate change not as a slow increase in temperatures but as a cascading series of devastating events, occurring not just with more frequency but also with ever more extreme effects. Numerous regions have experienced entirely new types of weather. The world is palpably different—and not in a good way. Decades of living in denial have left us both unprepared for these conditions and facing the far more difficult tasks of adaptation to the new climate and decarbonization. Had we started when it first became clear in the 1970s that climate change was a scientific reality, our work would have mostly consisted of mitigation. Amid the devastation of 2023, which may shatter records not only for the hottest summer but also for the hottest year on record, it is hard to imagine the casual rejection of well-substantiated warnings. But that’s precisely what happened. Looking back 50 years, it was challenging to project the rate of increase in greenhouse gas concentrations because we could not forecast future economic activity better than economists and Wall Street analysts. Correcting for the projections of emissions, one can see that the correlation of global mean temperature to greenhouse gas concentrations that climate scientists warned of was about right. Climate models have been quite accurate in projecting the response of global mean temperature to changes in greenhouse gases, primarily carbon dioxide, but also methane, nitrous oxide, and other gases produced both naturally and due to human activities. However, despite the rigor and breadth of the science, these dire conclusions have been consistently challenged, delaying or forgoing opportunities to curtail climate change and adapt to it. I have some experience here: I was the convening lead author of the scientific community’s climate change report awarded the 2007 Nobel Prize alongside Al Gore’s An Inconvenient Truth. Scientists have consistently warned about temperature rise, and humanity has reacted—as Gore noted in An Inconvenient Truth—like frogs in a quickly heating pot of water, unmoved as the temperature rises toward a boil. As it turns out, that proverb is a myth: Frogs are smart enough to jump out of a pot of heating water. I’m not sure what that says about humanity. The delay, while maddening, has provided us with critical new information to plot a path to safety. Damages from climate change, mostly due to extremes, are growing far faster than projected. In other words, adaptation is going to be more expensive than we thought. At the same time—although sophisticated models have in the past projected high costs of shifting to new energy sources (i.e., mitigation)—the cost of new clean energy is dropping faster than projected. In short, damage costs are rising rapidly and green energy costs are dropping quickly. We still have time—barely. Meeting the twin challenges of decarbonization and adaptation, the planet’s warming of 1.5 to 3 degrees above industrial-era norms will test our ingenuity and technological creativity. One of our signal failures, decades ago, was to accept the false choice pitting climate change mitigation against economic growth. We have to reset the terms of the debate: At Entelligent (a climate data firm I cofounded in hopes we could bend this curve), we analyze both physical risks (the damage done when the climate warms) and transition risks (the cost and benefit to publicly traded companies when they lower dependence on fossil fuels). We can see the trends clearly in our statistical analysis: A world invested in a productive climate transition will be a wealthier world. The idea of climate action leading to a wealthier world is worth emphasizing. We can’t force global action, but three critical ideas must move to the top of our agenda: Despite our harsh reality, there are still opportunities to keep moving in the right direction. Yes, the impact of climate change on regional weather systems has intensified our direct experience, if not universal understanding, of the consequences of climate change with its major impact on health, infrastructure, jobs, the economy, and day-to-day life. By limiting the expensive, GDP-crushing impacts of ever-worsening catastrophes and encouraging the wealth creation that climate innovation will spur around the world, we can generate economic growth. The extremes we are now experiencing appear to have gotten society’s attention. While it’s frustrating to not have been heard, given the need to play catch-up, we must use this new energy to improve our responses and make more sustainable choices. David Schimel, a 2007 Nobel Prize laureate alongside Al Gore, is chairman and cofounder of climate data analytics company Entelligent. He is also a senior research scientist at the NASA Jet Propulsion Laboratory, where he leads research focused on carbon-cycle climate interactions. The opinions expressed in Fortune.com commentary pieces are solely the views of their authors and do not necessarily reflect the opinions and beliefs of Fortune.
Nobel Prize	NPR	Ig Nobel Prize Winner: 'Necrobot' Reanimated Spider Corpses : Short Wave	2023-10-18T07:00:00Z	https://www.npr.org/2023/10/18/1198908301/necrobotics-reanimating-spiders-ig-nobel-prize	Your support helps make our show possible and unlocks access to our sponsor-free feed. By , , , Listen to Short Wave on Spotify, Apple Podcasts and Google Podcasts. That spider you squished? It could have been used for science! At least, that's what Faye Yap and Daniel Preston think. Yap is a mechanical engineering PhD student in Preston's lab at Rice University, where she co-authored a paper on reanimating spider corpses to create grippers, or tiny machines used to pick up and put down delicate objects. Yap and Preston dubbed this use of biotic materials for robotic parts "necrobotics" – and think this technique could one day become a cheap, green addition to the field. Credit: Te Faye Yap and coauthors It all started when Yap noticed dead spiders curled in the corners of the lab one day. Why did they die on their backs with their legs curled in? The question led her down a classic spiral of scientific curiosity. "We did a really quick search online and we found that spiders do not have antagonistic muscle pairs," she said. "Instead they rely on flexor muscles to curl their legs inward toward their body and hydraulic pressure to extend their legs outward." Since Preston's lab focuses on soft robotics, they saw the spider biology as inspiration for a pneumatic gripper, or claw-like device. But instead of a classic metal claw, they used something much spookier: a spider corpse. When spiders die, their muscles tense up. "So when the spider is alive, it can actively control the valves in each leg too, so that it can have this walking motion. But when it dies, it loses the control over these valves," Yap explains. Yap wondered if she could re-impose control over the spider legs using compressed air. It turns out, spiders are incredibly good at delicately gripping fragile objects. Researchers at Rice University explain that this has to do with their lack of antagonistic muscle pairs. The injected air pressurizes the dead spider's hemolymph (a rough analog of blood) that hasn't yet dried up in the corpse. The hemolymph adds pressure to the joints, creating a claw-like grabbing motion. And Yap says the experiment worked! The "necrobots," as Yap and Preston call them, could pick up fragile materials like wires and even other spiders up to 130% more massive than the reanimated spider grippers. Preston says this was the first time a full animal was used as a robot. "We've seen researchers use, for example, feathers from a bird for robotics applications," he says. "Other than that, we're not aware of people using biotic materials." But beyond the novelty, Yap and Preston say the spiders are plentiful, convenient for researchers. "Spiders, in this case, serve as a really good source material because nature does all the work for us," Preston says. "We don't have to build this pneumatically actuated gripper from scratch. We just use nature in this sense to harvest the spider and use it for the gripper." Spider corpses are also biodegradable, which Preston argues makes them better for the environment than other robot parts – which often result in e-waste. Yap and Preston are already seeing other researchers – and non-researchers – trying out the technique. "Someone reached out from Australia and said, 'We did this together!' It was a father and son duo. And they said, you know, we did this in our backyard and it actually worked on the first try," Preston says. "So it's not just scientists, it seems." So maybe the next time you see a spider curled up in the corner, consider channeling that panic into science. Questions about the science happening around you? Email shortwave@npr.org — we'd love to hear about it! Listen to Short Wave on Spotify, Apple Podcasts and Google Podcasts. This episode was produced by Rachel Carlson. It was edited by Rebecca Ramirez. Anil Oza checked the facts. The audio engineer was Patrick Murray. Sponsor Message Become an NPR sponsor These cookies are essential to provide you with services available through the NPR Services and to enable you to use some of their features. These cookies are necessary for the website to function and cannot be switched off in our systems. They are usually set in response to actions made by you that amount to a request for services, such as setting your privacy preferences, logging in, or filling in forms. You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. Without these cookies, the services that you have asked for cannot be provided, and we only use these cookies to provide you with those services. 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Nobel Prize	Al Jazeera English	Who are the 2023 Nobel Prize winners so far?	2023-10-06T07:00:00Z	https://www.aljazeera.com/news/2023/10/6/who-are-the-2023-nobel-prize-winners-so-far	This year’s laureates have opened doors for disease control, technological advancements and subversive literature. This week marks the announcement of Nobel Prizes for 2023. The six prizes recognise individuals and groups for their contributions to particular fields. Here is some information about this year’s winners and why they won: This is a modal window. Beginning of dialog window. Escape will cancel and close the window. End of dialog window. This is a modal window. This modal can be closed by pressing the Escape key or activating the close button. This is a modal window. This modal can be closed by pressing the Escape key or activating the close button. The US-based duo won the Nobel Prize in physiology or medicine on Monday for research that led directly to the first mRNA vaccines to fight COVID-19. The Hungarian-born Kariko and American Weissman conducted research at the University of Pennsylvania on modifying mRNA. They started looking into this in the late 1990s and published a key finding in 2005. According to the awarding body, the Karolinska Institute, this research enabled the development of COVID-19 vaccines by Pfizer and Moderna. The trio won the prize in physics on Tuesday for conducting experiments that produced pulses of light so short that they were measured in attoseconds, or one-billionth of one-billionth of a second. Their research can help provide images from inside atoms and molecules. The breakthrough allows, for example, for blood samples to be examined with light flashes to detect any changes, opening the possibility of early detection of diseases such as lung cancer. L’Huillier is only the fifth woman to win a Nobel in physics. The trio won the award in chemistry on Wednesday for the discovery and synthesis of quantum dots. Quantum dots are particles that are so small that their properties are determined by quantum phenomena. Researchers believe that this technology can pave the way for the development of flexible electronics, tiny sensors, thinner solar cells and encrypted quantum communication. In a very unusual turn of events, Swedish media reported the names of the winners before the prize was announced. The prize in literature was awarded to the Norwegian author and dramatist John Fosse on Thursday. Fosse was recognised by the Swedish Academy “for his innovative plays and prose which give voice to the unsayable”. Fosse, 64, has written about 40 plays as well as novels, short stories, children’s books, poetry and essays. His work has been translated into about 50 languages. The Iranian rights activist won the Nobel Peace Prize on Friday. She was chosen from 351 nominees. Mohammadi, who has been has served multiple prison sentences for the past two decades, is best known for her fight for freedom and against oppression of Iranian women. “Woman, life, freedom,” said Berit Reiss-Andersen, chair of the Norwegian Nobel Committee. She recited the slogan that is now associated with the women’s movement in Iran as she announced Mohammadi as the winner. One Nobel remains. The prize for economics will be announced on Monday. Follow Al Jazeera English: We use cookies and other tracking technologies to deliver and personalize content and ads, enable features, measure site performance, and enable social media sharing. You can choose to customize your preferences.Learn more about our Cookie Policy.
Nobel Prize	BBC.com	Nobel economics prize awarded to Claudia Goldin for work on women's pay	2023-10-09T07:00:00Z	https://www.bbc.com/news/business-67045408	You've been selected for a preview of the new BBC website. This year's Nobel economics prize has been awarded to Claudia Goldin, an American economic historian, for her work on women's employment and pay. Prof Goldin's research uncovered key drivers behind the gender pay gap, the Royal Swedish Academy of Sciences said. She is only the third woman to receive the prize, and the first to not share the award with male colleagues. The 77-year-old academic currently teaches labour market history at Harvard University in the US. She had "advanced our understanding of women's labour market outcomes", the Royal Swedish Academy of Sciences said, pointing to her work examining 200 years of data on the US workforce, showing how and why gender differences in earnings and employment rates changed over time. "This year's Laureate in the Economic Sciences, Claudia Goldin, provided the first comprehensive account of women's earnings and labour market participation through the centuries," the prize-giving body said in a statement. "Her research reveals the causes of change, as well as the main sources of the remaining gender gap." Her research found that married women started to work less after the arrival of industrialisation in the 1800s, but their employment picked up again in the 1900s as the service economy grew. Higher educational levels for women and the contraceptive pill accelerated change, but the gender pay gap remained. While historically that earnings difference between men and women could be blamed on educational choices made at a young age and career choices, Prof Goldin found that the current earnings gap was now largely due to the impact of having children. "Claudia Goldin's discoveries have vast societal implications," said Randi Hjalmarsson, a member of the committee awarding the prize. "She has shown us that the nature of this problem or the source of this underlying gender gap changes throughout history and with the course of development," she said. Describing her as "a detective", Prof Hjalmarsson said her work had provided a foundation for policymakers in this area around the world. Globally, about 50% of women participate in the labour market compared to 80% of men, but women earn less and are less likely to reach the top of the career ladder, the prize committee noted. Prof Goldin was the first woman to receive tenure in Harvard's economics department in 1989. Economics still had an image problem with women, she told the BBC in 2018. "Even before students enter university they believe economics is a field more oriented to finance and management and women are less interested in those than are men," she said. If we explained economics was about "inequality, health, household behaviour, society, then there'd be a much greater balance," she said. The economics prize is different to the original prizes in physics, chemistry, physiology or medicine, literature and peace, which were established by Alfred Nobel and first awarded in 1901. The Sveriges Riksbank Prize in Economic Sciences was established in 1968 and funded by Sweden's central bank. Elinor Ostrom was the first woman to win the economics prize in 2009, which she was awarded jointly with Oliver E Williamson for research on economic governance. In 2019 Esther Duflo shared the award with her husband Abhijit Banerjee, and Michael Kremer, for work that focused on poor communities in India and Kenya. Esther Duflo: 'Nobel Prize will be a megaphone' The tiny pill which gave birth to an economic revolution The spectacular failures and successes of massive dams Nobel prize for economics awarded Netanyahu rules out ceasefire with Hamas, saying ‘this is a time for war’ US rejects Putin claim over anti-Jewish airport mob Friends stars 'devastated' by Matthew Perry's death Colonial abuses hang over King Charles's Kenya trip Are we in a golden age of horror for video games? Beaten into a coma for taking extra food at school Would you drink genetically modified beer? Neck guards to be mandatory in English ice hockey Israel has no plan for Gaza after war ends, experts warn Matthew Perry: Friends fame couldn't quell deep demons Mum's new baby joy after children's crash deaths Where gods and kings 'turn to stone' VideoWhere gods and kings 'turn to stone' The dark side of touch-screen tipping Europe's magnificent €50 train The British obsession with footballers' wives © 2023 BBC. The BBC is not responsible for the content of external sites. Read about our approach to external linking.
Olympic Games 2024	Front Office Sports	French Riots Stoke Concerns With 2024 Paris Olympics Looming	2023-10-30T17:30:03Z	https://frontofficesports.com/french-riots-stoke-concerns-with-2024-paris-olympics-looming/	The cancellation of a Ligue 1 soccer match in France due to rioting fans is the latest black eye for the country less than a year before the Paris Olympics begin next summer. On Sunday, the bus of visiting squad Lyon was attacked by Marseille fans, who threw rocks and beer bottles at the vehicle. Lyon coach Fabio Grosso was injured in the altercation, and the game was called off. Seven suspects were arrested. Marseille, which is about 500 miles south of Paris, will host Olympic sailing events in 2024, as well as some soccer matches. Earlier this year, riots in Paris saw protestors storm the Paris organizing committee’s offices and cause fires at an Olympic swimming center. Beyond potential unrest from local fans next summer, the Paris Games are also dealing with an escalating budget that has reached at least $4.5 billion — despite organizers insisting the financial strains are under control. The extravagant opening ceremony planned to run along the River Seine will attract hundreds of thousands of fans — some paying as much as $2,900 each for waterside views of the parade. The Games are also rerouting the Tour de France, which won’t conclude in the country’s capital for the first time in over 100 years.
Olympic Games 2024	Olympics	India vs Vietnam football, AFC women's Olympics qualifiers, result and scores	2023-10-29T11:59:00Z	https://olympics.com/en/news/paris-2024-afc-olympics-qualifiers-women-football-india-vs-vietnam-result-scores	The Indian women’s football team lost the match by a 3-1 scoreline. India will play Uzbekistan in their next match on Wednesday. The Indian football team lost 3-1 to Vietnam in its second Group C match of the AFC Women's Olympic Qualifiers second round at the Lokomotiv Stadium in Tashkent on Sunday. Huynh Nhu (4’), Tran Linh (22’) and Pham Hai Yen (73’) scored for Vietnam while Sandhiya Ranganathan (80’) scored the solitary goal for India. The loss essentially ends the Indian women’s football team’s chances of qualifying for the third and final round of the Paris 2024 Olympic qualifiers scheduled in February as only the top teams from the three groups (A–C), along with the best runners-up, will make the cut. India, who lost to Japan 7-0 in their opening match, currently sit at the bottom of Group C with no points from two matches. The other three teams in the group - Uzbekistan, Japan and Vietnam - each have three points already. Vietnam, 34th in the latest FIFA women’s football rankings, got off the blocks quickly following the start of the match and took the lead inside the first five minutes after Nguyen Dung raced own the right wing and put in a cross for Huynh Nhu, who headed in past Indian goalkeeper Elangbam Panthoi. World No. 61 India struggled to match up to the pace and intensity of the Vietnamese players, who created havoc in the Indian half. Huynh Nhu, in fact, could’ve completed her hat-trick in the first 15 minutes. The Vietnamese striker had Panthoi beat with another header but the post came to India’s rescue and seconds later Panthoi had to be in full stretch to deny Nhu’s driven free-kick for distance. Vietnam, however, continued probing and finally found a second goal through Tran Linh, who dove in to meet Nguyen Thuy’s cross. India’s only meaningful chance of the half came in the 36th minute after Anju Tamang brought down Ritu Rani’s cross near the opposition goal but the danger was cleared before the Indian forward could make something out of it. In the second-half, India head coach Thomas Dennerby made a couple of substitutes to curb Vietnam’s dominance. Sangita Basfore and Astam Oraon came in for Bala Devi and Ashalata Devi, respectively. The changes, however, did little to increase India’s offensive prowess as Vietnam continued to attack in waves and pegged the Indian players back in their own half. India fell 3-0 behind around the 75-minute mark with Pham Hai Yen beating Panthoi with a header, again. With 10 minutes of regulation time to play, however, India pulled one back with Sandhiya Ranganathan registering India’s first goal of the tournament. The Indian women's football team will play Uzbekistan next on Wednesday at the Milliy Stadium. The first round of the AFC Women's Olympic qualifying tournament was played in April. India beat the Kyrgyz Republic 5-0 and 4-0 in the two-legged playoff in Bishkek to qualify for the second round. While the Indian men’s football team has made four appearances at the Olympic Games, the Indian women’s football team is yet to make its debut at the quadrennial event.
Olympic Games 2024	Olympics	Ethiopia's athletics legend Kenenisa Bekele: “I haven't reached my peak yet in marathon”	2023-10-28T08:44:00Z	https://olympics.com/en/news/kenenisa-bekele-marathon-paris-2024-exclusive	The Ethiopian Olympic champion reveals his motivation for participating in the 2023 Valencia Marathon, his aspirations to compete in the Paris 2024 Olympic Marathon, and much more. It’s not easy being Kenenisa Bekele. For nearly 25 years, his name has been synonymous with running. A long journey of pushing himself and setting ambitious yet achievable goals. The five-time Olympic medallist was the ultimate competitor, practically unbeatable across various surfaces, earning 19 global titles on both the track and in cross-country events. A decade into his marathon career, he continues to contend with significant expectations every time he steps up to the starting line, despite not quite being able to replicate his track and cross-country success on the roads. “I never achieved my maximum effort in the marathon. I've been struggling for a long time with injury,” he shares in an exclusive interview with Olympics.com. “I train hard, but I have never finished all my trainings in a good way because of injury.” The Ethiopian believes that he could have secured another victory in a World Marathon Major, in addition to his two wins in Berlin. He believes he could have also broken a world record, becoming the holder for the 5000m, 10,000m, and marathon simultaneously, solidifying his iconic status. While he acknowledges that he's faced some challenges in the marathon, he remains committed, working diligently to reach the 'Bekele level'. “My mind tells me that I can still do better in the marathon… I have so many goals. The Olympics is in front of us…maybe [Paris] will be my last Olympics.” His Olympic dream hinges on his performance at the upcoming race in Valencia on Sunday, 3 December. Kenenisa Bekele destroyed his opponents with his trademark finishing kick on track. Kenenisa Bekele’s success on track serves as a source of inspiration for many runners, including himself. During his prime, he would dominate his opponents with his trademark finishing kick, memorable performances that earned him the distinction of being the first athlete to hold the titles of Olympic, World, and World Cross Country Champion. For Bekele, running was not only a means to secure a better life but also a form of personal expression. Even though he seldom interacted with the media, he preferred to communicate in his native Amharic. He diligently worked on improving his proficiency in the English language, driven by his aspiration to be the best in all aspects of his career. This determined mindset played a crucial role in propelling the five-time Olympic medallist to legendary status in long-distance running, culminating in Olympic victories in Athens 2004 and Beijing 2008, along with five world outdoor titles. When he switched to the marathon after contending with a persistent knee injury in his final track years, Bekele's relentless pursuit of greatness remained unwavering. His debut marathon time of 2:05:04 in Paris in 2014, which currently places him towards the bottom of the list of the 100 fastest marathoners, was quicker than marathon greats such Haile Gebrselassie, Paul Tergat and the late Samuel Wanjiru did on their first attempt. 82392379 But what followed was a season clouded by a myriad of injuries that has characterised most of his marathon career. There was the old Achilles pain, a back issue, calf, hips, hamstring. “The injuries have moved from one place of the body to another. It has been a disaster,” he admitted. His body took in a lot. It was amazing how much his mental side was able to take in while coping with the injuries. Bekele always bounced back, making it to the start lines of several top races, including finishing in third place behind Eliud Kipchoge at the 2016 London Marathon. That season was possibly one of the few good periods he trained and ran nearly pain-free, and and he was understandably bitter about not being selected for the Ethiopian marathon team for Rio 2016. A month after the Games, he won the 2016 Berlin Marathon but fell short in his attempt at the world record. Another watershed moment in his career was in the German capital in 2019 when he painfully missed the world record by just two seconds. What followed were long, gruelling training sessions and runs in pursuit of his mythical past. “I've been struggling with injury…,”the 11-time World Cross Country champion tells Olympics.com as he continues his preparations for his first run in nine months in Spain. “Marathon training is really difficult… Every day you train, go for long runs…very hard challenging training and not to no to finish in a good way is hard.” Bekele’s personal best of 2:01:41 from Berlin 2019 still stands as the third-fastest time ever recorded, trailing behind the Kenyan pair of Kiptum, the new world record holder, and Kipchoge. This achievement continues to inspire, countering a prevailing sentiment in the running world that his moments of brilliance have dimmed. “Of course, this keeps me going,” the 41-year-old agrees. “My mind also tells me that I can still do better in the marathon.” “I know my potential,” he continues, addressing the persistent question of why he continues to persevere, even in the face of recurring injuries, as exemplified by his most recent race at the London Marathon in April. He’s fired up and eager to maintain that momentum when he makes his debut at the 2023 Valencia Marathon. “I know that the course is very fast. And [on the entry list] there are many strong competitors from different countries, so the expectations are very high among the fans and also from people who follow the sport. For me, it's not going to be an easy challenge after injury. “But of course, I want to be a strong competitor. I'm not going just for participation. I will use my maximum effort to do anything possible. At this time, it's a really difficult to talk about [running] my personal best, that’s a big challenge, but I will try my best." Since his first Olympics in Athens, where he secured the 10,000m gold and a silver in the 5000m, Bekele has consistently been in contention for various achievements, a mindset that continues to drive his motivation. “I have so many goals still,” he says. “I want to try the [Masters] world record in the future. At this moment, the Olympics also in front of us. I really want to participate in the marathon at the Olympics. “I'll try my best, but it’s not going to be easy. “[Qualifying for the] Olympics in Ethiopia is a big challenge. There are many athletes, who qualify for the Olympics. They are fast and strong, because we have many athletes at the same level who qualify for selection.” The Ethiopian Athletics Federation is anticipated to announce its provisional marathon teams for Paris 2024 based on athletes' performances by the end of the year, which explains Bekele's decision to participate in the race in the Spanish city.. The track star is making a comeback to the roads at a time when runners are edging ever closer to achieving what was once deemed impossible in marathon running. Bekele believes it's now only a matter of time before the sub-two-hour barrier is shattered in an official marathon race. “I didn’t think someone will be running 2:00 hours, or 2:0 something this soon… It surprised everyone,” Bekele says of the new mark, which only Kipchoge had beaten in 2019 in a time trial in Vienna. “No one expected Kelvin Kiptum, a newcomer, to run 2:00 in his third marathon… nobody expected it. But after running like that, maybe he himself can run under two hours next time, or maybe somebody else will come and surprise us.” Bekele expects the marathon finishing times to get even quicker, not only because of the improved shoe technology, but with the influx of younger athletes stepping up to the marathon. “Marathon really training is very difficult. Every day you train long runs in the hard training, so when you are 24 years and when you are 40 years, it's not the same. Recovery wise, the body will not recover easily. When I was 24 years old, I didn’t feel any tiredness and my body after one or two hours felt fresh. Now I need more recovery time.” Nevertheless, Bekele remains steadfast; he has unfinished business. He recently inked a new deal with the Chinese brand Anta, parting ways with his longtime partner Nike, as well as the NN Running team, the management group he had been associated with alongside Kipchoge. “Anta are not only sponsoring me as an individual, but they also want to sport my sport centre and the younger generations that use this track daily.” Running has not been the sole focus of his life; he's one of the East African athletes who have adeptly balanced their sports careers with business pursuits. He is the owner of a hotel and track in Suluta, located just 10km from the capital Addis Ababa. This facility currently accommodates approximately 200 athletes daily for training. “I always remember my past, how challenging it was to find some sports track for training. For athletes who train for track races, track is very important for them. Anta came to visit my camp, and they saw athletes running on the track despite part of the running track being damaged. And they were willing to help in that too.”
Olympic Games 2024	Olympics	Asian Shooting Championships 2023: Manu Bhaker secures Paris 2024 Olympic quota for India	2023-10-28T08:43:00Z	https://olympics.com/en/news/asian-shooting-championships-2023-india-olympic-quota-manu-bhaker-25m-pistol	Manu Bhaker finished fifth in the women's 25m pistol while Divyansh Singh Panwar and Ramita won a silver medal in the mixed 10m air rifle team event at Changwon. Manu Bhaker finished fifth in the women’s 25m pistol event at the Asian Shooting Championships 2023 in Changwon, the Republic of Korea on Saturday and in the process, secured a Paris 2024 Olympic quota for India. Tokyo Olympian Manu Bhaker topped qualification with a score of 591 to qualify for the final but could only manage 24 in the medal round to finish behind the People’s Republic of China’s Liu Rui (37), Iran’s Rostamiyan Haniyeh (36) and China’s Zhao Nan (32) and Feng Sixuan (27). The Asian Shooting Championships 2023 is a qualifying event for the Paris 2024 Olympics. A total of 24 Olympic quotas are on offer with the top two finishers (one per country) in each of the 12 Olympic shooting events securing a spot for their national teams. Though Manu Bhaker finished outside the top two, she obtained the quota as a country can only win a maximum of two Paris 2024 quotas in any particular shooting event at Paris 2024. Since China had already secured one in the women’s 25m pistol event through Chen Yan at the Shooting World Championships 2022 in Cairo, Saturday’s gold medallist Liu Rui filled up China’s allotment by securing the second. This ruled out both Zhao Nan and Feng Sixuan from securing a quota place for next year’s Summer Games. Iran's Rostamiyan Haniyeh had already secured a Paris 2024 quota from last year’s Cairo World Championships, which meant the second quota place on offer at Changwon automatically passed on to Manu Bhaker despite her finishing fifth. This was India’s 11th quota in shooting for the Paris 2024 Olympics. Five of these - Manu Bhaker, Mehuli Ghosh, Sift Kaur Samra, Rajeshwari Kumari and Tilottama Sen - have come through women. Tilottama Sen had obtained a quota after winning the silver medal in the women’s 10m air rifle event in Changwon on Friday. Arjun Babuta (men’s 10m air rifle) and Sarabjot Singh (men’s 10m air pistol) have also secured Paris 2024 quotas from the Changwon meet. As National Olympic Committees have the exclusive authority for the representation of their respective countries at the Olympic Games, athletes' participation at the Paris Games depends on their NOC selecting them to represent their delegation at Paris 2024. Esha Singh, meanwhile, finished 17th in the women’s 25m pistol qualifying round with 579 while Rhythm Sangwan shot 576 to come in 23rd. Though both shooters failed to make the finals, they, along with Manu Bhaker, won India the silver medal in the women’s 25m pistol team event with a total score of 1746. China took gold with 1760. Meanwhile, India’s Divyansh Singh Panwar and Ramita claimed the silver medal in the 10m air rifle mixed team event. The duo topped qualifying with 631.1 to make the gold medal match, where they lost 16-12 to the Chinese team of Han Jiayu and Yu Haonan. Tilottama Sen and Arjun Babuta finished fifth in the qualification round with a score of 630.3.
Olympic Games 2024	Olympics	Asian Shooting Championships 2023: Anish Bhanwala obtains Paris 2024 Olympic quota for India	2023-10-30T09:01:00Z	https://olympics.com/en/news/asian-shooting-championships-2023-india-olympic-quota-anish-bhanwala-25m-pistol	Anish Bhanwala won the bronze medal in the men's 25m rapid fire pistol event. This was India’s 12th Olympic quota in shooting. Indian shooter Anish Bhanwala won the bronze medal in the men’s 25m rapid fire pistol event at the Asian Shooting Championships 2023 in Changwon, the Republic of Korea on Monday. En route, the 21-year-old Indian shooter also secured India’s 12th Paris 2024 Olympic quota in shooting and the first in the men’s 25m pistol event. Anish Bhanwala, the 2018 Commonwealth Games champion, scored 28/35 in the final before losing a shoot-off to Japan’s Dai Yoshioka, who went on to win the silver medal with a score of 33/40. South Korea’s Lee Gunhyeok shot 34/40 and bagged the gold medal. The Asian Shooting Championships 2023 is a qualifying event for the Paris 2024 Olympics. A total of 24 Olympic quotas are on offer with the top two finishers (one per country) in each of the 12 Olympic shooting events securing a spot for their national teams. Dai Yoshioka and Lee Gunhyeok had secured Olympic quotas for their national teams in prior events. Additionally, three out of the six finalists were from the People's Republic of China, who have already reached the maximum quota limit of two in the 25m rapid fire pistol. Consequently, Anish Bhanwala's spot in the final assured him an Olympic quota. As National Olympic Committees have the exclusive authority for the representation of their respective countries at the Olympic Games, athletes' participation at the Paris Games depends on their NOC selecting them to represent their delegation at Paris 2024. In the qualification round, Anish Bhanwala finished third with a score of 588 and made the cut for the final. Bhavesh Shekhawat, competing for ranking points only (RPO), shot 584 for sixth place. Vijayveer Sidhu was 10th with 581 and was followed by Gurpreet Singh (577) and Adarsh Singh (570) in the 15th and 25th positions, respectively. The combined total of 1739 by Anish Bhanwala, Vijayveer Sidhu and Adarsh Singh also helped India win the bronze medal in the men’s 25m pistol team event behind China (1758) and South Korea (1748). Meanwhile, India could not add to their Olympic quotas in the trap events. Zoravar Singh Sandhu made the six-shooter men’s trap final after finishing second in the qualifying event with 119. However, the 46-year-old Indian veteran was the first to get eliminated in the final. Lakshay was 12th in qualifying with a score of 113 and was followed by Prithviraj Tondaiman (111) and Kynan Chenai (111) at 16th and 17th, respectively. Bhowneesh Mendiratta, who secured India an Olympic quota in the men’s trap last year, was 22nd with 110 points. Lakshay and Bhowneesh Mendiratta were competing for RPO. The combined score of 341 by Zoravar Singh Sandhu, Prithviraj Tondaiman and Kynan Chenai helped India claim the silver medal in the team event. Qatar (344) and Iran (340) took home the gold and bronze, respectively. In the women’s trap, Rajeshwari Kumari, who obtained an Olympic quota at the world championships, and Shagun Chowdhary, both playing as RPO shooters, shot 108 and 107 to finish seventh and eighth, respectively. Preeti Rajak was the next best at 10th with 103. Manisha Keer (98) and Sabeera Haris (94) were 17th and 21st, respectively.

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Schlüsselwort: Nobel Prize 2024

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