Ultracold Atomic Matter as a Field of Study – Wolfgang Ketterle
Source – http://serious-science.org/ultracold-atomic-matter-as-a-field-of-study-3338
What is the difference between laser and evaporative cooling? What physics stand behind frequency shift? How does ultracooling expand our knowledge of electrones? MIT Professor of Physics Wolfgang Ketterle talks on new possibilities for material scientists.
Видео Ultracold Atomic Matter as a Field of Study – Wolfgang Ketterle канала Serious Science
What is the difference between laser and evaporative cooling? What physics stand behind frequency shift? How does ultracooling expand our knowledge of electrones? MIT Professor of Physics Wolfgang Ketterle talks on new possibilities for material scientists.
Видео Ultracold Atomic Matter as a Field of Study – Wolfgang Ketterle канала Serious Science
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
Skull Modularity in Evolutionary Morphology — Arkhat Abzhanov / Serious Science
Causal Hypotheses in Medicine — John Worrall / Serious Science
Bose-Einstein Condensation - Wolfgang Ketterle
Wolfgang Ketterle and ultra-cold atomic physics – FLEET Public Lecture
Rydberg Atoms - Daniel Kleppner
NASA Engineered a Box to Create the Fifth State of Matter in Space
How does laser cooling work?
Nanoscale quantum sensors - Michail Lukin
Big Ideas for Busy People - Wolfgang Ketterle
Ultracold Molecules for Quantum Simulation - John Doyle
Inside The Most Precise Atomic Clock in the World
I. Bloch - Probing and controlling quantum matter with ultracold atoms
Electrochemical Metamaterials — Alexey Kornyshev / Serious Science
Application of Electrochemical Metamaterials — Alexey Kornyshev / Serious Science
Wolfgang Ketterle – Breaking the Wall to Absolute Zero Temperature (FW2015)
Photochemistry — David Phillips / Serious Science
1. Introduction to Atomic Physics
How We Make the Coldest Things in the Universe
Deep Feedforward Neural Networks — Jürgen Schmidhuber / Serious Science
Mod-01 Lec-01 Introduction