Normal view
MARC view
- Fermi's paradox
Entry Topical Term
001 - CONTROL NUMBER
- control field: 4779
003 - CONTROL NUMBER IDENTIFIER
- control field: TR-AnTOB
005 - DATE AND TIME OF LATEST TRANSACTION
- control field: 20210311173305.0
008 - FIXED-LENGTH DATA ELEMENTS
- fixed length control field: 020708|| azannbabn |a ana
010 ## - LIBRARY OF CONGRESS CONTROL NUMBER
- LC control number: sh2002004655
035 ## - SYSTEM CONTROL NUMBER
- System control number: (TR-AnTOB)4779
040 ## - CATALOGING SOURCE
- Original cataloging agency: DLC
- Language of cataloging: eng
- Transcribing agency: DLC
- Modifying agency: TR-AnTOB
150 ## - HEADING--TOPICAL TERM
- Topical term or geographic name entry element: Fermi's paradox
450 ## - SEE FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Fermi paradox
450 ## - SEE FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Fermi paradoksu
550 ## - SEE ALSO FROM TRACING--TOPICAL TERM
- Control subfield: g
- Topical term or geographic name entry element: Paradox
550 ## - SEE ALSO FROM TRACING--TOPICAL TERM
- Topical term or geographic name entry element: Life on other planets
670 ## - SOURCE DATA FOUND
- Source citation: Work cat.: 200273910: Webb, S. Where are they? : fifty solutions to Fermi's paradox, 2002.
670 ## - SOURCE DATA FOUND
- Source citation: WWW site, Univ. of New So. Wales, Dept. of Astrophysics and Optics, July 8, 2002
- Information found: (Fermi's paradox; most of the stars in the galaxy are more than a billion years older than the Sun. If life and civilizations are common throughout the galaxy then they should have colonized the galaxy long ago. Where are they? This is known as Fermi's paradox, which relies on the assumption that civilizations (as we know them) have a desire to colonize (or at least explore) the Galaxy)
670 ## - SOURCE DATA FOUND
- Source citation: UFOs/Aliens web site, July 9, 2002
- Information found: (Fermi paradox, the story goes that, one day back in the 1940's, a group of atomic scientists, including the famous Enrico Fermi, were sitting around talking, when the subject turned to extraterrestrial life. Fermi is supposed to have asked, "So? Where is everybody?" What he meant was: If there are all these billions of planets in the universe that are capable of supporting life, and millions of intelligent species out there, then how come none has visited earth? This has come to be known as the Fermi paradox.)
688 ## - APPLICATION HISTORY NOTE
- Institution to which field applies: TR-AnTOB
- Application history note: Op 11.03.2021
750 ## - ESTABLISHED HEADING LINKING ENTRY--TOPICAL TERM
- Authority record control number or standard number: https://lccn.loc.gov/sh2002004655
- Source of heading or term: lcsh
