“사람도 고치고 지구도 고칩니다(?)” 하찮은 비주얼의 물질이 압도적으로 노벨상 받은 이유 #몰아볼교양

My insurance remodeling service meticulously taken care of by honest experts! My Insurance Check (Free Consultation 1800-7917) https://myinsurance-check.com/ 00:00 A delightful meeting of engineers and chemists & Introduction of Professor Choi Kyung-min 02:33 What is MOF (Metal-Organic Framework)? The concept of a 'molecular mansion' 03:19 Clear criteria for distinguishing organic and inorganic materials (Presence or absence of carbon) 05:10 The design principle of MOF's 'jungle gym' that makes things come and stay on their own 07:05 Humanity's savior to solve global warming and water shortage problems 10:07 A soccer field area with just 1g? Overwhelming surface area efficiency relative to volume 13:45 A sponge of the microscopic world, artistic nanostructures tailored to molecular shapes 17:15 The history of MOF: The protagonists who established the idea and led to the Nobel Prize 21:01 Made with a pressure cooker? MOF Manufacturing Methods and Mass Production Technology 21:52 Examples of Commercialization in Everyday Home Appliances, such as Deodorizing Filters 23:57 Directionality of Atomic Bonding and Molecular Combinations More Than the Number of Stars in the Galaxy 28:08 An Eco-Friendly Future Recycling Captured Carbon Dioxide as a Resource 32:41 Potential in Medical and Cosmetic Fields, such as Drug Delivery and Inflammation Adsorption Pads 34:26 Seawater Gold Mining Startups and Safe Explosive Storage Technology 36:12 The Significance of the Nobel Prize and a Promise for the Next Chemistry Festival (Carbon) Creating a Space the Size of a Soccer Field with Just 1g?! The Identity of the New Material That Shocked Scientists What Does the New Material That Turned the Chemical World Upside Down, MOF, Look Like? A Trio of Chemistry Majors All Out! Hosting the ‘Chemistry Festival’ Capturing Carbon Dioxide, Creating Water, and Even Collecting Gold?! Encountering MOFs in Real Life In this episode, MC Defconn, Professor Jang Hong-je of the Department of Chemistry at Kwangwoon University, science communicator Hangseong, and Professor Kwak Jae-sik of the Department of Environmental Safety Engineering at Soongsil Cyber ​​University meet with Professor Choi Kyung-min of the Department of Chemical and Biological Engineering at Sookmyung Women's University to introduce the principles and potential of MOFs, which have emerged as a core technology for future industries. Upon seeing the MOF powder appear in the studio, Defconn could not hide his surprise, exclaiming, "It just looks like white flour. Did you say this won the Nobel Prize in Chemistry?" However, Professor Choi Kyung-min explains that tremendous potential is contained within this small powder. MOFs are porous materials formed by the combination of metals and organic molecules, harboring an unimaginably vast space inside. Professor Choi explains, "MOFs are like apartments where molecules live." He explains that the interior can be designed to provide an environment that molecules wish to be captured prefer, and an environment that they dislike when they are to be retrieved, allowing for their release. The cast members were left in awe at his subsequent explanation that "just 1 gram can provide a surface area the size of a soccer field." In addition, this broadcast covers the research stories of Professor Omar Yagi, a pioneer in MOF research, and the 2025 Nobel Prize in Chemistry laureates. Professor Choi Kyung-min shares episodes from his personal experiences in his mentor Professor Omar Yagi's laboratory and introduces the background of how a scientist of refugee origin came to dream of solving humanity's problems. 📺 Broadcast Information ▶ Watch Full Version: https://www.ebs.co.kr/ 📌 Program Title: Science is My Hobby - MOF, Is It the Material That Will Save the World? 📌 Broadcast Date: June 12, 2026 #Therapeutics #Development #NewMaterials #MOF #NobelPrize #Extraordinary #ClimateCrisis #Solution #QuantumMechanics #GodsMaterial #NewDrugDevelopment #NewMaterials #DEFCON #Star #ChoiKyungmin #EBS #ScienceIsMyHobby