Seebeck effect

Summary

Seebeck effect is a physical effect^[1]. It draws 156 Wikipedia views per month (physical_effect category, ranking #2 of 8).^[2]

Key Facts

• Seebeck effect is credited with the discovery of Thomas Johann Seebeck^[3].
• Seebeck effect's instance of is recorded as physical effect^[4].
• Thomas Johann Seebeck is named after Seebeck effect^[5].
• Seebeck effect's GND ID is recorded as 4180622-0^[6].
• Seebeck effect's subclass of is recorded as thermoelectric effect^[7].
• Seebeck effect's Commons category is recorded as Seebeck effect^[8].
• Seebeck effect's opposite of is recorded as Peltier effect^[9].
• Seebeck effect's time of earliest written record is recorded as +1787-00-00T00:00:00Z^[10].
• Seebeck effect's Gran Enciclopèdia Catalana ID is recorded as 0061605^[11].
• Seebeck effect's Encyclopædia Britannica Online ID is recorded as science/Seebeck-effect^[12].
• Seebeck effect's studied by is recorded as thermodynamics^[13].
• Seebeck effect's Google Knowledge Graph ID is recorded as /g/121sxjfn^[14].
• Seebeck effect's Great Russian Encyclopedia Online ID is recorded as 1991368^[15].
• Seebeck effect's Great Norwegian Encyclopedia ID is recorded as seebeckeffekt^[16].
• Seebeck effect's Wolfram Language entity code is recorded as Entity["PhysicalEffect", "SeebeckEffect"]^[17].
• Seebeck effect's schematic is recorded as Seebeck effect circuit.svg^[18].
• Seebeck effect's IEV number is recorded as 121-12-79^[19].

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Works and Contributions

Seebeck effect is credited with the discovery of Thomas Johann Seebeck^[3].

Why It Matters

Seebeck effect draws 156 Wikipedia views per month (physical_effect category, ranking #2 of 8).^[2] It has Wikipedia articles in 15 language editions, a strong signal of global cultural recognition.^[20]