Linked from

The 12 pages that link to Solid-state physics, each with the reason it gives.

• John BardeenNarrower topic: Both of Bardeen’s landmark contributions arose from understanding how electrons behave in solids.

• William ShockleyNarrower topic: This field supplied the scientific problems and methods behind Shockley’s semiconductor work.

• Walter BrattainNarrower topic: Brattain’s investigations of germanium surfaces belonged to the emerging study of solid-state electronics.

• Hendrik CasimirRelated: Casimir promoted solid-state physics as Philips expanded its scientific research.

• Felix BlochNarrower topic: Bloch’s crystal-electron theory helped establish the quantum foundations of this field.

• Solid-state chemistryCompared with: It often addresses the same solids while emphasizing physical models and measurable behavior.

• Peter MansfieldNarrower topic: Mansfield’s early research in solid-state physics provided experience with magnetic resonance and physical measurement.

• Zhores AlferovNarrower topic: Alferov’s discoveries advanced understanding and engineering of electronic properties in solids.

• Mesoscopic physicsNarrower topic: Mesoscopic physics examines finite devices whose properties depart from bulk-solid averages.

• Percy Williams BridgmanNarrower topic: Many of Bridgman’s pressure experiments examined how solids respond to compression.

• Atomic systemNarrower topic: Many interacting atoms in a solid produce collective states beyond isolated-atom descriptions.

• Nevill MottNarrower topic: This field framed Mott’s investigations of electrons in crystalline materials.