Breaking the Wall between Stakeholders of Science and Culture Abraham Mamela Science Engagement Breaking the Wall between Stakeholders of Science and Culture The main objective of Genome Adventures was to sensitise and engage Batswana on genomics and biomedical research through the use of cartoons and capacity building workshops. The Genome Adventures creative team co-created the work with scientists, adolescents and scientists in CAfGEN to try to create content that would engage policy… Watch Video Share
Science Engagement Breaking the Wall between Stakeholders of Science and Culture The main objective of Genome Adventures was to sensitise and engage Batswana on genomics and biomedical research through the use of cartoons and capacity building workshops. The Genome Adventures creative team co-created the work with scientists, adolescents and scientists in CAfGEN to try to create content that would engage policy… Watch Video Share
Breaking the Wall to Private Data via Swarm Learning Joachim Schultze Life Sciences Breaking the Wall to Private Data via Swarm Learning The nominating institute German Center for Neurodegenerative Diseases on the breakthrough: Disease classification by machine learning is key to precision medicine, yet current solutions often violate privacy laws. Using transcriptomics, Swarm learning leads to precise and accurate classifiers for COVID-19 or leukemias. Tags: Artificial Intelligence, COVID-19, Precision Medicine Watch Video Share
Life Sciences Breaking the Wall to Private Data via Swarm Learning The nominating institute German Center for Neurodegenerative Diseases on the breakthrough: Disease classification by machine learning is key to precision medicine, yet current solutions often violate privacy laws. Using transcriptomics, Swarm learning leads to precise and accurate classifiers for COVID-19 or leukemias. Tags: Artificial Intelligence, COVID-19, Precision Medicine Watch Video Share
Breaking the Wall of Safe Energy Storage Yi-Chun Lu Engineering & Technology Breaking the Wall of Safe Energy Storage The nominating institution The Chinese University of Hong Kong on the breakthrough: Li-ion batteries used in electric vehicles and consumer electronics are both flammable and toxic. They pose real safety risks that can harm the development of clean energy. Dr Yi-Chun Lu’s breakthrough explores a safe alternative. Tags: Engineering,… Watch Video Share
Engineering & Technology Breaking the Wall of Safe Energy Storage The nominating institution The Chinese University of Hong Kong on the breakthrough: Li-ion batteries used in electric vehicles and consumer electronics are both flammable and toxic. They pose real safety risks that can harm the development of clean energy. Dr Yi-Chun Lu’s breakthrough explores a safe alternative. Tags: Engineering,… Watch Video Share
Breaking the Wall of Violence and Bullying Eduardo Castillo S. Emerging Talents Breaking the Wall of Violence and Bullying Digital Platform of educational ludic challenges. Tags: Artificial Intelligence, Climate change, Covid-19, Digitalisation, Diversity, Education, Environment & Nature, Global Cooperation, Resilience, Science Communication, Social Cohesion. Watch Video Share
Emerging Talents Breaking the Wall of Violence and Bullying Digital Platform of educational ludic challenges. Tags: Artificial Intelligence, Climate change, Covid-19, Digitalisation, Diversity, Education, Environment & Nature, Global Cooperation, Resilience, Science Communication, Social Cohesion. Watch Video Share
Breaking the Wall to Science Experiments from Home Arturo Dominguez Future Learning Breaking the Wall to Science Experiments from Home We have developed an open platform for remote control of scientific equipment with live video for desktop and mobile devices. Supporting material guides the students through the lab at various levels, up to graduate students. The platform currently focuses on plasma physics but can be easily adapted for other fields.… Watch Video Share
Future Learning Breaking the Wall to Science Experiments from Home We have developed an open platform for remote control of scientific equipment with live video for desktop and mobile devices. Supporting material guides the students through the lab at various levels, up to graduate students. The platform currently focuses on plasma physics but can be easily adapted for other fields.… Watch Video Share
Chromium Telluride: Breaking the Wall of Magnetic Computers Mohamed Atwa 2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Chromium Telluride: Breaking the Wall of Magnetic Computers An estimated 4.63 billion terabytes of data will be generated daily by 2025. To accommodate this staggering number, low-power magnetic media with higher data density and faster I/O speeds is crucial. 2D magnets are essential for next-gen magnetic random-access memories (MRAMs). 2D-MRAMs marrying ultracompactness to ultralow power consumption are key… Watch Video Share
2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Chromium Telluride: Breaking the Wall of Magnetic Computers An estimated 4.63 billion terabytes of data will be generated daily by 2025. To accommodate this staggering number, low-power magnetic media with higher data density and faster I/O speeds is crucial. 2D magnets are essential for next-gen magnetic random-access memories (MRAMs). 2D-MRAMs marrying ultracompactness to ultralow power consumption are key… Watch Video Share
Graphene Production from Industrial Flue Gases: Breaking the Wall of CO2 Utilisation Nikhil Kunati 2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Graphene Production from Industrial Flue Gases: Breaking the Wall of CO2 Utilisation Nikhil Kunati suggests converting CO2 from industrial flue gasses to graphene for application in concrete. This results in effective CO2 storage and increasing the strength of concrete, while reducing costs and material consumption. Watch Video Share
2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Graphene Production from Industrial Flue Gases: Breaking the Wall of CO2 Utilisation Nikhil Kunati suggests converting CO2 from industrial flue gasses to graphene for application in concrete. This results in effective CO2 storage and increasing the strength of concrete, while reducing costs and material consumption. Watch Video Share
Computational Problems: The Future of Quantum Computing Christine Silberhorn, Rainer Blatt, Piet Schmidt, Oliver Ambacher, Frank Wilhelm-Mauch 2021 Physical Sciences Computational Problems: The Future of Quantum Computing Quantum Computing arguably presents the biggest shift in computer science since its inception. After 25 years of fundamental theoretical and experimental research, the top leaders in the field worldwide have committed themselves to the development of quantum computers as a real technology, solving real computational problems. The panelists of this… Watch Video Share
2021 Physical Sciences Computational Problems: The Future of Quantum Computing Quantum Computing arguably presents the biggest shift in computer science since its inception. After 25 years of fundamental theoretical and experimental research, the top leaders in the field worldwide have committed themselves to the development of quantum computers as a real technology, solving real computational problems. The panelists of this… Watch Video Share
Breaking the Wall of Personalised Cancer Vaccines VALO therapeutics Science Start-Ups Breaking the Wall of Personalised Cancer Vaccines PRESENTED BY Vincenzo Cerullo NOMINATED BY University of Helsinki Tags: Cancer, Immuno Therapy Watch Video Share
Science Start-Ups Breaking the Wall of Personalised Cancer Vaccines PRESENTED BY Vincenzo Cerullo NOMINATED BY University of Helsinki Tags: Cancer, Immuno Therapy Watch Video Share
Inactivating KRAS: from bench to bedside and back Piro Lito 2022 2022 Winner 2022 Winner | Life Sciences Global Call Winner Life Sciences Inactivating KRAS: from bench to bedside and back Deciphering the function of oncogenic KRAS has been a central objective in cancer biology. For over four decades, mutations were thought lock KRAS oncoproteins in a constitutive or persistently active state. Piro Litos work has challenged this assumption to reveal new mechanisms leading to the physiologic inactivation of mutant KRAS… Watch Video Share
2022 2022 Winner 2022 Winner | Life Sciences Global Call Winner Life Sciences Inactivating KRAS: from bench to bedside and back Deciphering the function of oncogenic KRAS has been a central objective in cancer biology. For over four decades, mutations were thought lock KRAS oncoproteins in a constitutive or persistently active state. Piro Litos work has challenged this assumption to reveal new mechanisms leading to the physiologic inactivation of mutant KRAS… Watch Video Share