Immanuel Bloch - Quantum Many Body Systems (VIDEO PORTRAIT)
HTML-код
- Опубликовано: 25 сен 2022
- Immanuel Bloch is one of the five scientific directors at the Max Planck Institute of Quantum Optics in Garching by Munich, a world leading institution for fundamental research on quantum science and technology. In his group Quantum Many Body Systems, Immanuel Bloch aims at understanding the interaction and dynamics in quantum systems with many particles, and engineering and exploiting them for quantum simulation and quantum information purposes. He is a specialist in quantum simulation and one of the founders of this experimental field. He and the researchers in his group have developed some of the most advanced platforms for quantum simulation to this date.
The interview and lab tour with Immanuel Bloch was recorded in November 2021 at the Max Planck Institute of Quantum Optics. The video was produced with the support of ScienceRelations.
Camera: Franz Lindinger
Editing: Krischan Dietmaier
Concept: Katharina Jarrah, Dirk Hans
Copyright: Max Planck Institute of Quantum Optics 
Наука
To jest bardzo ze niedobre gdy nsjwieksze osagniecia nsukowe swiata sa prezentowane waskiej grupie specjslistow .Trzeba by te tendencje zmienic dla upowszechnia jezykiem popularyzacujnym😂❤
If you once get a chance to listen to Prof. Immanuel Bloch's talk, you will be amazed. He is so good!
Excellent Explanations.
🎉🎉
You had me at light crystals
What are those glasses they were using in the computer room?
To protect eyes from the intense laser beam
gooo bloch
Picturing the atoms precisely. No uncertainty in position what about the uncertainty in momentum? Can anyone help me get around it!
By saying precisely, he meant under the limitations of the uncertainty principle, the phase space area fairly greater than h.
It is atoms that are much heavier than photons so the uncertainty in position is small even if the atoms are slow.
Why students are using special kind of glasses to watch computer?
the lasers used within these labs are so powerful that even a single stray photon could bind you if it was to strike your eye, i think it's more of a safety precaution if anyhting
@@paulcatterson1732 I agree, most of them seem to be class 3b or class 4 lasers which can instantly blind you even if they hit you through diffused reflection on ordinary surfaces.