Unruh effect

Summary

Unruh effect is a physical law^[1]. It draws 402 Wikipedia views per month (physical_law category, ranking #30 of 113).^[2]

Key Facts

• Unruh effect's instance of is recorded as physical law^[3].
• W. G. Unruh is named after Unruh effect^[4].
• Unruh effect's GND ID is recorded as 4643880-4^[5].
• Unruh effect's Freebase ID is recorded as /m/0335kx^[6].
• Unruh effect's Stack Exchange tag is recorded as https://physics.stackexchange.com/tags/unruh-effect^[7].
• Unruh effect's defining formula is recorded as T=\frac{\hbar a}{2\pi ck_{\mathrm B}}^[8].
• Unruh effect's studied by is recorded as thermodynamics^[9].
• Unruh effect's Great Norwegian Encyclopedia ID is recorded as Unruh-effekt^[10].
• Unruh effect's Wolfram Language entity code is recorded as Entity["PhysicalEffect", "UnruhEffect"]^[11].
• Unruh effect's maintained by WikiProject is recorded as WikiProject Mathematics^[12].
• Unruh effect's Microsoft Academic ID is recorded as 88018779^[13].
• Unruh effect's in defining formula is recorded as T^[14].
• Unruh effect's in defining formula is recorded as \hbar^[15].
• Unruh effect's in defining formula is recorded as a^[16].
• Unruh effect's in defining formula is recorded as c^[17].
• Unruh effect's in defining formula is recorded as k_{\mathrm B}^[18].
• Unruh effect's Scholarpedia article ID is recorded as unruh^[19].
• Unruh effect's OpenAlex ID is recorded as C88018779^[20].
• Unruh effect's Encyclopedia of China is recorded as 59660^[21].

Why It Matters

Unruh effect draws 402 Wikipedia views per month (physical_law category, ranking #30 of 113).^[2] It has Wikipedia articles in 16 language editions, a strong signal of global cultural recognition.^[22] It is known by 8 alternative names across languages and contexts.^[23]