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物理学院“博约学术论坛” - Lev Vaidman - 第538期

来源: 作者: 发布时间:2025-09-26

邀请人:

报告人:

时间: 2025-09-26

地点:

主讲人简介:


­物理学院博约学术论坛系列报告

538

题目:From quantum miracles to many worlds

报告人:Lev Vaidman (Physics Department, Tel Aviv University, Tel Aviv, Israel)

间:2025年09月26日(周五) 下午 13:20-14:55

点:良乡校区 理学B2-206

摘要:

Action at a distance is a miracle. Quantum phenomena such as interaction-free measurements, teleportation, Bell-type correlations apparently require such miracles. Accepting the many-worlds interpretation of quantum mechanics avoids the necessity of action at a distance and thus removes paradoxes from quantum theory.

简历:

Lev Vaidman, born in Leningrad, studied physics in Israel. He received Ph.D. at Tel Aviv University under guidance of Yakir Aharonov with whom he collaborates until today. After three years at University of South Carolina, he returned to Tel Aviv where he is the Alex Maguy-Glass Chair in Physics of Complex Systems. He is also a Fellow in the Institute for Quantum Studies at Chapman University, and a Charter Honorary Fellow of the John Bell Institute for the Foundations of Physics. Vaidman is a moderator of quant-ph arXiv, an Editorial Board member of the International Journal of Quantum Information, a Managing Editor of Springer Journal Quantum Studies: Mathematics and Foundations, and the Chief Editor of the MDPI journal Quantum Studies.

Vaidman's research is centred in foundations of quantum mechanics and quantum information. He is a theoretical physicist and many of his proposals were implemented in laboratories around the world Recently he himself became involved in experimental realisations of his ideas joining teams in Israel, China, Italy, and Germany that performed some of these experiments. Vaidman is mainly known for introducing teleportation of continuous variables, cryptography with orthogonal states, novel types of quantum measurement: nonlocal, weak, protective, interaction-free, and for introducing numerous quantum paradoxes. Another recent Vaidman's activity is in the field of philosophy of quantum mechanics His analyses of interpretations of quantum mechanics centred in developing the many-worlds interpretation, for which he is apparently the strongest proponent.

联系方式:jiangwei.shang@bit.edu.cn

邀请人: 尚江伟

址:http://physics.bit.edu.cn/

承办单位:物理学院、先进光电量子结构设计与测量教育部重点实验室