초전도체는 어떻게 노벨상을 휩쓸었나, 저항 0의 영역 (김갑진 교수)

A new book created by KAIST Professor Kim Gap-jin and Dr. Lee Geun-hee in collaboration with the Andeul Science Team 『How Did We Come to Believe in Science?』 A history of doubt, debate, and consensus examined through the history of Nobel Prizes in Physics. Discover what 'science' truly is through this journey. Yes24 https://t.ly/E0es4 Aladdin https://t.ly/WpoQt Kyobo Book Centre https://t.ly/0g_Yd Since Heiker Onnes first discovered superconductivity in mercury in 1911, superconductor research has become a 'holy ground' that has produced the most Nobel Prizes in the history of physics. From the Drood model to BCS theory, Josephson junctions, and macroscopic quantum tunneling, A narrative spanning over 100 years in which countless physicists, despite hitting and being broken by the wall of resistance, ultimately proved the world of 'zero resistance'! Watch the video to see how superconductors swept the Nobel Prizes and the single question physics poses to us through the concept of 'voltage'. #NobelPrize #Superconductor #Quantum #QuantumMechanics #Physics #HowDidWeComeToBelieveInScience #ProfessorKimGapJin #DrLeeGeunHee ◆ Thanks to Editor: Lee Ju-hyun Studio: Seoul Streaming Station Guest: Professor Kim Gap-jin and Dr. Lee Geun-hee, Department of Physics, KAIST ◆ Unreal Science - More Science Smart Store (Science Goods) https://m.site.naver.com/1Yjdj ◆ Unreal Science Instagram   / unreal.science   ◆ Unreal Science Community https://cafe.naver.com/unrealscience ◆ Unreal Science Inquiries E-MAIL: [email protected]