Accelerating Carbon Capture by Marine Ecosystems: Breaking the Wall of Oceanic CO2 Removal Lorena Neira Ramírez
Transatlantic Science Bridge in Key Science and Technology Developments Cornelia Denz, Arik Willner, Asmeret Asefaw Berhe, Young-Kee Kim, Maria Leptin, Eric Isaacs 2023 Circle Plenary Tables Transatlantic Science Bridge in Key Science and Technology Developments Transatlantic Science Bridge in Key Science and Technology Developments – Falling Walls Circle Plenary Table 2023 Conditions to cooperate in the international science arena are becoming increasingly complex as scientific communities address urgent challenges while respecting technological sovereignty. The session will address the role of transatlantic cooperation on key science… Watch Video Share
2023 Circle Plenary Tables Transatlantic Science Bridge in Key Science and Technology Developments Transatlantic Science Bridge in Key Science and Technology Developments – Falling Walls Circle Plenary Table 2023 Conditions to cooperate in the international science arena are becoming increasingly complex as scientific communities address urgent challenges while respecting technological sovereignty. The session will address the role of transatlantic cooperation on key science… Watch Video Share
Protein Structures: Breaking the Wall to Understanding Life John Jumper 2022 Breakthrough Day Talk Life Sciences Protein Structures: Breaking the Wall to Understanding Life Proteins are essential to life, supporting practically all its functions. Yet, the structure of these complex molecules has stood as a grand challenge in biology for the past 50 years. However, with the recent developments in the field of artificial intelligence, it has become possible to predict the three-dimensional structure… Watch Video Share
2022 Breakthrough Day Talk Life Sciences Protein Structures: Breaking the Wall to Understanding Life Proteins are essential to life, supporting practically all its functions. Yet, the structure of these complex molecules has stood as a grand challenge in biology for the past 50 years. However, with the recent developments in the field of artificial intelligence, it has become possible to predict the three-dimensional structure… Watch Video Share
Breaking the Wall to Indigenous Sciences Kiri Reihana Spraggs Future Learning Breaking the Wall to Indigenous Sciences Our project is based on a 2000yrs Kaitiakitanga (active protectors, stewards, caretakers, and conservers) plan for Warawara forest. In this forest are ancient tree’s such as Kauri, local botanists suggest that these tree’s may have lived up to 2000yrs, so our virtual reality project is observing the forest over this… Watch Video Share
Future Learning Breaking the Wall to Indigenous Sciences Our project is based on a 2000yrs Kaitiakitanga (active protectors, stewards, caretakers, and conservers) plan for Warawara forest. In this forest are ancient tree’s such as Kauri, local botanists suggest that these tree’s may have lived up to 2000yrs, so our virtual reality project is observing the forest over this… Watch Video Share
Understanding and restoring hearing Tobias Moser 2022 2022 Winner 2022 Winner | Life Sciences Global Call Winner Life Sciences Understanding and restoring hearing Prof. Dr. med. Tobias Moser is a neuroscientist and otolaryngologist at the Göttingen Campus in Germany. He heads the Institute for Auditory Neuroscience at the University Medical Center Göttingen and leads research groups at the German Primate Center and the Max-Planck-Institute for Multidisciplinary Sciences. His main areas of research are… Watch Video Share
2022 2022 Winner 2022 Winner | Life Sciences Global Call Winner Life Sciences Understanding and restoring hearing Prof. Dr. med. Tobias Moser is a neuroscientist and otolaryngologist at the Göttingen Campus in Germany. He heads the Institute for Auditory Neuroscience at the University Medical Center Göttingen and leads research groups at the German Primate Center and the Max-Planck-Institute for Multidisciplinary Sciences. His main areas of research are… Watch Video Share
Breaking the Wall to the Past and Future of Planets Luca Fossati Physical Sciences Breaking the Wall to the Past and Future of Planets To put the Solar System’s terrestrial planets in context, the detection and characterization of low-mass exoplanets is important but challenging. The Dispersed Matter Planet Project targets stars with anomalously low Ca II H and K chromospheric emission, indicative of circumstellar absorbing gas. Tags: Space & the Universe Watch Video Share
Physical Sciences Breaking the Wall to the Past and Future of Planets To put the Solar System’s terrestrial planets in context, the detection and characterization of low-mass exoplanets is important but challenging. The Dispersed Matter Planet Project targets stars with anomalously low Ca II H and K chromospheric emission, indicative of circumstellar absorbing gas. Tags: Space & the Universe Watch Video Share
Breaking the Wall of Energy from Battery Waste Anna Siekierka 2023 Emerging Talents Breaking the Wall of Energy from Battery Waste Anna Siekierka is addressing the challenging issue of lithium-ion battery (LIB) effluent containing hazardous metals like cobalt, lithium, and nickel by proposing a zero-waste process for metal recovery. Her solution involves using reverse electrodialysis with an ultra-selective cobalt exchange membrane, allowing for cobalt recovery and simultaneous energy harvesting from the… Watch Video Share
2023 Emerging Talents Breaking the Wall of Energy from Battery Waste Anna Siekierka is addressing the challenging issue of lithium-ion battery (LIB) effluent containing hazardous metals like cobalt, lithium, and nickel by proposing a zero-waste process for metal recovery. Her solution involves using reverse electrodialysis with an ultra-selective cobalt exchange membrane, allowing for cobalt recovery and simultaneous energy harvesting from the… Watch Video Share
Breaking the Wall of Diabetic Neuropathy Greta Preatoni 2023 Emerging Talents Breaking the Wall of Diabetic Neuropathy Greta Preatoni is introducing MYNERVA, a groundbreaking neurostimulating medical device designed to address the challenges of diabetic neuropathy, providing a solution that restores the sense of touch and reduces chronic pain. Through strategic electrode placement in a sock and AI algorithms targeting nerves, MYNERVA empowers patients to regain control of… Watch Video Share
2023 Emerging Talents Breaking the Wall of Diabetic Neuropathy Greta Preatoni is introducing MYNERVA, a groundbreaking neurostimulating medical device designed to address the challenges of diabetic neuropathy, providing a solution that restores the sense of touch and reduces chronic pain. Through strategic electrode placement in a sock and AI algorithms targeting nerves, MYNERVA empowers patients to regain control of… Watch Video Share
Breaking the Wall of Hydrogen Energy Membranes Seda Koksal Yegin 2023 Emerging Talents Breaking the Wall of Hydrogen Energy Membranes Seda Koksal Yegin is tackling the problem of non-compliance with future European regulations in ion exchange membranes used in green hydrogen electrolyzers and fuel cells. Her proposed solution involves innovative membranes that not only meet regulatory standards but also offer superior technical properties, lower carbon emissions, and reduced costs, making… Watch Video Share
2023 Emerging Talents Breaking the Wall of Hydrogen Energy Membranes Seda Koksal Yegin is tackling the problem of non-compliance with future European regulations in ion exchange membranes used in green hydrogen electrolyzers and fuel cells. Her proposed solution involves innovative membranes that not only meet regulatory standards but also offer superior technical properties, lower carbon emissions, and reduced costs, making… Watch Video Share
Breaking the Wall to Bose-Einstein Condensation at Room Temperature Alexey Kavokin Physical Sciences Breaking the Wall to Bose-Einstein Condensation at Room Temperature In the 20th Century, the Bose-Einstein Condensation (BEC) was observed in atom gases at the temperatures close to the absolute zero (Nobel Prize in Physics 2001). Then, Kavokin and co-authors have predicted and experimentally demonstrated BEC of light-matter quasiparticles, exciton-polaritons, at the room temperature. This major breakthrough in condensed matter… Watch Video Share
Physical Sciences Breaking the Wall to Bose-Einstein Condensation at Room Temperature In the 20th Century, the Bose-Einstein Condensation (BEC) was observed in atom gases at the temperatures close to the absolute zero (Nobel Prize in Physics 2001). Then, Kavokin and co-authors have predicted and experimentally demonstrated BEC of light-matter quasiparticles, exciton-polaritons, at the room temperature. This major breakthrough in condensed matter… Watch Video Share
New Quantum Light Sources: Breaking the Wall of Prototyping Photonics Sofia Pazzagli 2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents New Quantum Light Sources: Breaking the Wall of Prototyping Photonics Sofia Pazzagli and her team developed a new method to ‘write’ micrometric pattern inside glass-like materials which is 10 times more efficient and up to 5 times less expensive than the currently available techniques. Watch Video Share
2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents New Quantum Light Sources: Breaking the Wall of Prototyping Photonics Sofia Pazzagli and her team developed a new method to ‘write’ micrometric pattern inside glass-like materials which is 10 times more efficient and up to 5 times less expensive than the currently available techniques. Watch Video Share