Gleason's theorem
Gleason's theorem proper noun: a mathematical theorem, important for quantum logic, proving that the Born rule for the probability of obtaining specific results for a given measurement follows naturally from the structure formed by the lattice of events in a real or complex Hilbert space.
Proper noun
Gleason's theorem
- A mathematical theorem, important for quantum logic, proving that the Born rule for the probability of obtaining specific results for a given measurement follows naturally from the structure formed by the lattice of events in a real or complex Hilbert space.
Origin of Gleason's theorem
Named after Andrew M. Gleason.
Questions about Gleason's theorem
- What does Gleason's theorem mean?
- Gleason's theorem means a mathematical theorem, important for quantum logic, proving that the Born rule for the probability of obtaining specific results for a given measurement follows naturally from the structure formed by the lattice of events in a real or complex Hilbert space.
- What part of speech is Gleason's theorem?
- Gleason's theorem is a proper noun.
Words near Gleason's theorem in the dictionary
Source and license
Adapted from Wiktionary: Gleason's theorem (page history and authors). Text available under the Creative Commons Attribution-ShareAlike 4.0 license. Word.ws reformatted the entry and added links. Wiktionary data of 2026-09-02.
Last updated:
Cite this entry: “Gleason's theorem.” Word.ws, https://word.ws/gleason%27s_theorem. Based on Wiktionary, CC BY-SA 4.0.
