This lecture is aimed at an audience who is familiar with some basic quantum mechanics. 
Its aim is to convey the basic ideas and show some applications of Bohmian mechanics in a rather accessible way. Consequently it sometimes ignores subtleties and demonstrates things in a simplified way. For a more thorough account we refer to the literature that can be found in the script to the lecture. 

Script available online at:

http://www.mathematik.uni-muenchen.de/~bohmmech/BohmHome/files/script_An_Introduction_to_BM.pdf

This lecture is aimed at an audience who is familiar with some basic quantum mechanics. Its aim is to convey the basic ideas and show some applications of Bohmian mechanics in a rather accessible way. Consequently it sometimes ignores subtleties and demonstrates things in a simplified way. For a more thorough account we refer to the literature that can be found in the script to the lecture. Script available online at: http://www.mathematik.uni-muenchen.de/~bohmmech/BohmHome/files/script_An_Introduction_to_BM.pdf

The origin of randomness in Bohmian mechanics, quantum equilibrium and the empirical equivalence of Bohmian mechanics and quantum theory as one finds it in textbooks.

Bohmian mechanics is a theory of quantum phenomena based on a particle picture. This lecture is aimed at an audience, who is familiar with some basic textbook quantum mechanics.Its aim is to convey the basic ideas and show some applications of Bohmian mechanics in a rather accessible way.On a fundamental level Bohmian mechanics, often also called the de Broglie-Bohm theory, explains the world in terms of point particles that move on deterministic paths. When used to describe experimental situations, Bohmian mechanics yields the textbook formalism of quantum mechanics, and can therefore be considered as an explanation of the axioms of standard quantum mechanics. Using Bohmian mechanics, one can easily understand all of the quantum puzzles.

Share The origin of randomness in Bohmian mechanics, quantum equilibrium and the empirical equivalence of Bohmian mechanics and quantum theory as one finds it in textbooks.

Sign up to save your podcasts

The origin of randomness in Bohmian mechanics, quantum equilibrium and the empirical equivalence of Bohmian mechanics and quantum theory as one finds it in textbooks.

The origin of randomness in Bohmian mechanics, quantum equilibrium and the empirical equivalence of Bohmian mechanics and quantum theory as one finds it in textbooks.

More shows like LMU An introduction to Bohmian Mechanics

MCMP – Mathematical Philosophy (Archive 2011/12)

Hegel lectures by Robert Brandom, LMU Munich

LMU Fakultät für Philosophie, Wissenschaftstheorie und Religionswissenschaft - Vorlesungen und Vorträge

John Lennox - Hat die Wissenschaft Gott begraben?

MCMP – Philosophy of Science

Epistemology and Philosophy of Science: Prof. Dr. Stephan Hartmann – HD

MCMP – Philosophy of Physics

Sommerfeld Lecture Series (ASC)

MCMP

Women Thinkers in Antiquity and the Middle Ages - SD

Sean Carroll's Mindscape: Science, Society, Philosophy, Culture, Arts, and Ideas