This event is in the past.It took place on November 5, 2025 at West Hall.

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Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 1

Educational Talk

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 2

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 3

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 4

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 5

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin

Educational Talk

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 2

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 3

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 4

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 5

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin

Burns Park

Dive into quantum mechanics as Gerald Gabrielse explores the electron's magnetic moment, pushing the boundaries of the Standard Model and probing for new physics.

Quantum physics

Standard Model

Scientific lecture

Advanced physics

West Hall

1085 S University Ave, Ann Arbor, MI 48109, USA

+1 734-764-4636

events.umich.edu

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin

Burns Park

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 1

Educational Talk

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 2

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 3

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 4

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 5

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin

Educational Talk

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 2

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 3

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 4

Special Physics Colloquium | Stringently Testing the Standard Model via Direct Encounters with a Single Electron’s Spin 5

Dive into quantum mechanics as Gerald Gabrielse explores the electron's magnetic moment, pushing the boundaries of the Standard Model and probing for new physics.

Quantum physics

Standard Model

Scientific lecture

Advanced physics

West Hall

1085 S University Ave, Ann Arbor, MI 48109, USA

+1 734-764-4636

events.umich.edu

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