Breaking the Wall to Decay by Design Andrea Ling Art & Science Breaking the Wall to Decay by Design The nominating institution Ginkgo Bioworks on the breakthrough: To design a world without waste, Design by Decay designs waste intentionally. It proposes biological decay as a fabrication process, using enzymes and microbes to decompose and compose biological matter at the same time. By mediating decay through species selection, environmental conditions,… Watch Video Share
Art & Science Breaking the Wall to Decay by Design The nominating institution Ginkgo Bioworks on the breakthrough: To design a world without waste, Design by Decay designs waste intentionally. It proposes biological decay as a fabrication process, using enzymes and microbes to decompose and compose biological matter at the same time. By mediating decay through species selection, environmental conditions,… Watch Video Share
Breaking the Wall of Organic Micropollutants by Plasma Amit Kumar Emerging Talents Breaking the Wall of Organic Micropollutants by Plasma Atmospheric non-thermal plasma is an advanced oxidation process for the treatment of contaminated water without using an additional environmentally hazardous chemical agent (e.g chlorine). Tags: Engineering, Environment & Nature. Watch Video Share
Emerging Talents Breaking the Wall of Organic Micropollutants by Plasma Atmospheric non-thermal plasma is an advanced oxidation process for the treatment of contaminated water without using an additional environmentally hazardous chemical agent (e.g chlorine). Tags: Engineering, Environment & Nature. 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
An Ebook Service for People with Reading Barriers Brad Turner Future Learning Global Call Winner An Ebook Service for People with Reading Barriers An ebook service for people with dyslexia, blindness, cerebral palsy, and other reading barriers. Bookshare is a nonprofit global ebook service for people with reading barriers. People with dyslexia, blindness, cerebral palsy, and other reading barriers can customize their experience to suit their learning style and find virtually any book… Watch Video Share
Future Learning Global Call Winner An Ebook Service for People with Reading Barriers An ebook service for people with dyslexia, blindness, cerebral palsy, and other reading barriers. Bookshare is a nonprofit global ebook service for people with reading barriers. People with dyslexia, blindness, cerebral palsy, and other reading barriers can customize their experience to suit their learning style and find virtually any book… Watch Video Share
BREAKING THE WALL TO ABSOLUTE ZERO TEMPERATURE Wolfgang Ketterle Physical Sciences BREAKING THE WALL TO ABSOLUTE ZERO TEMPERATURE How Ultracold Atomic Physics is Creating Fundamentally New Materials Physics has a long track record of discovering and studying new forms of matter. Apart from the four states of matter traditionally taught in Physics class – solid, liquid, gas and plasma – there is a whole range of other, more exotic states… Watch Video Share
Physical Sciences BREAKING THE WALL TO ABSOLUTE ZERO TEMPERATURE How Ultracold Atomic Physics is Creating Fundamentally New Materials Physics has a long track record of discovering and studying new forms of matter. Apart from the four states of matter traditionally taught in Physics class – solid, liquid, gas and plasma – there is a whole range of other, more exotic states… Watch Video Share
Falling Walls Breakthrough Conversation with Donna Strickland Donna Strickland 2021 Engineering & Technology Physical Sciences Falling Walls Breakthrough Conversation with Donna Strickland Donna Strickland is one of the recipients of the Nobel Prize in Physics 2018 for developing chirped pulse amplification-which is the current state-of-the-art technique used by most of the highest-power lasers in the world. In her talk, Strickland was talking about the relevance of lasers, the relationship between light and… Watch Video Share
2021 Engineering & Technology Physical Sciences Falling Walls Breakthrough Conversation with Donna Strickland Donna Strickland is one of the recipients of the Nobel Prize in Physics 2018 for developing chirped pulse amplification-which is the current state-of-the-art technique used by most of the highest-power lasers in the world. In her talk, Strickland was talking about the relevance of lasers, the relationship between light and… Watch Video Share
Repurposing Drugs: Breaking the Wall of Treating Depression Clara Jiang 2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Repurposing Drugs: Breaking the Wall of Treating Depression Clara Jiang explores whether statins (widely used lipid-lowering drugs) can be repurposed for treating depression by comparing the gene expression changes induced by statins and antidepressants in human cells. Watch Video Share
2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Repurposing Drugs: Breaking the Wall of Treating Depression Clara Jiang explores whether statins (widely used lipid-lowering drugs) can be repurposed for treating depression by comparing the gene expression changes induced by statins and antidepressants in human cells. Watch Video Share
Breaking the Wall of Institutional Science Thomas Landrain Science Engagement Breaking the Wall of Institutional Science Launched during the summer 2019 as a NGO based in Paris, Just One Giant Lab (JOGL.io) is the first research and innovation laboratory operating as a distributed, open and massive mobilisation online platform for collaborative task solving. At JOGL, we believe in the power of open-source community-led approaches to address… Watch Video Share
Science Engagement Breaking the Wall of Institutional Science Launched during the summer 2019 as a NGO based in Paris, Just One Giant Lab (JOGL.io) is the first research and innovation laboratory operating as a distributed, open and massive mobilisation online platform for collaborative task solving. At JOGL, we believe in the power of open-source community-led approaches to address… Watch Video Share
Pocket-Sized Detection Device: Breaking the Wall of Tuberculosis Ayushi Chauhan 2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Science Breakthrough of the Year Pocket-Sized Detection Device: Breaking the Wall of Tuberculosis Ayushi Chauhan aims to create a new generation of portable devices for the rapid detection of point mutations responsible for DR-TB. The assay is accessible, scalable, and suitable for high burden TB countries. Watch Video Share
2022 2022 Winner 2022 Winner | Emerging Talents Emerging Talents Science Breakthrough of the Year Pocket-Sized Detection Device: Breaking the Wall of Tuberculosis Ayushi Chauhan aims to create a new generation of portable devices for the rapid detection of point mutations responsible for DR-TB. The assay is accessible, scalable, and suitable for high burden TB countries. Watch Video Share
How Metabolic Engineering can replace fossil fuel Sang Yup Lee Engineering & Technology How Metabolic Engineering can replace fossil fuel Much of the world’s energy demands continue to depend on fossil fuels. However, mounting environmental concerns and decarbonisation efforts have propelled the development of sustainable processes to produce chemicals, fuels and materials from renewable biological resources. Biotechnology has been making strides and could soon help address a range of global… Watch Video Share
Engineering & Technology How Metabolic Engineering can replace fossil fuel Much of the world’s energy demands continue to depend on fossil fuels. However, mounting environmental concerns and decarbonisation efforts have propelled the development of sustainable processes to produce chemicals, fuels and materials from renewable biological resources. Biotechnology has been making strides and could soon help address a range of global… Watch Video Share