Sachs–Wolfe effect

Summary

Sachs–Wolfe effect is a physical phenomenon^[1]. It draws 88 Wikipedia views per month (physical_phenomenon category, ranking #63 of 138).^[2]

Key Facts

• Sachs–Wolfe effect is credited with the discovery of Rainer K. Sachs^[3].
• Sachs–Wolfe effect is credited with the discovery of Arthur M. Wolfe^[4].
• Sachs–Wolfe effect's instance of is recorded as physical phenomenon^[5].
• Rainer K. Sachs is named after Sachs–Wolfe effect^[6].
• Arthur M. Wolfe is named after Sachs–Wolfe effect^[7].
• Sachs–Wolfe effect's time of discovery or invention is recorded as +1967-00-00T00:00:00Z^[8].
• Sachs–Wolfe effect's Freebase ID is recorded as /m/028jg3^[9].
• Sachs–Wolfe effect's Wolfram Language entity code is recorded as Entity["PhysicalEffect", "SachsWolfeEffect"]^[10].
• Sachs–Wolfe effect's Microsoft Academic ID is recorded as 2776741722^[11].
• Sachs–Wolfe effect's characteristic of is recorded as cosmic microwave background^[12].

Body

Works and Contributions

Credited discoveries include Rainer K. Sachs^[3], an astronomer^[13], 1932–2024^[14], of United States^[15], awarded the Guggenheim Fellowship^[16] and Arthur M. Wolfe^[4], an astronomer^[17], 1939–2014^[18], of United States^[19], awarded the Fellow of the American Association for the Advancement of Science^[20].

Why It Matters

Sachs–Wolfe effect draws 88 Wikipedia views per month (physical_phenomenon category, ranking #63 of 138).^[2] It has Wikipedia articles in 11 language editions, a strong signal of global cultural recognition.^[21]