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Collider Detector at Fermilab

The Collider Detector at Fermilab (CDF) experimental collaboration studies high energy particle collisions from the Tevatron, the world's former highest-energy particle accelerator. The goal is to discover the identity and properties of the particles that make up the universe and to understand the forces and interactions between those particles.

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History

Fermilab Jim Cronin Alvin Tollestrup Roy Schwitters KEK

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Overview

Particle collisions Tevatron Particle accelerator Particles Forces

35 related topics

Detector layers

Speed of light Charged particle Ionization energy Impact parameter Superconducting magnet

7 related topics

Discovery of the top quark

Upsilon Up quark W boson Physical Review Letters European Physical Society

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Topics to explore

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Overview

Particle collisions Particle collider
Tevatron
Particle accelerator
Particles Elementary particle
Forces Force
Physicists Physicist
American United States
Italy
Japan
UK United Kingdom
Canada
Germany
Spain
Russia
Finland
France
Taiwan
Korea
Switzerland
Detector Particle detector
Tons Ton
Events Event (particle physics)
Collisions Beam crossing
Standard Model
Top Top quark
Bottom quarks Bottom quark
W and Z bosons
Particle jets
Photons
Diffraction

History

Fermilab
Jim Cronin James Cronin
Alvin Tollestrup Alvin V. Tollestrup
Roy Schwitters
KEK
National Laboratory of Frascati Laboratori Nazionali di Frascati

Discovery of the top quark

Other discoveries and milestones

Detector layers

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Collider Detector at Fermilab

Nodes65

Edges64

Triples15

Avg. degree1.97

Density0.030769

Components1

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Collider Detector at Fermilab

Top relations

related to External links · 4

Collider Detector at Fermilab → CDF, Fermilab, INSPIRE-HEP, Record

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Important terminology

detector cdf particles silicon energy top quark particle cot tevatron high collisions layers beam muon detectors mass charged bottom quarks

Entity relationships Subject–Predicate–Object triples

Subject	Predicate	Object	Confidence	Src
the top	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
bottom quarks	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
and the W	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
Z bosonsMeasure	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
study the production of high-energy particle jets	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
photonsStudy other phenomena such as diffractionThe Tevatron collided protons	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
antiprotons at a center-of-mass energy of about 2 TeV	instance of	Look for evidence for phenomena beyond the Standard Model of particle physicsMeasure and study the production and decay of heavy particles	0.80	text
the top quark	instance of	The very high energy available for these collisions made it possible to produce heavy particles	0.80	text
the W	instance of	The very high energy available for these collisions made it possible to produce heavy particles	0.80	text
Z bosons	instance of	The very high energy available for these collisions made it possible to produce heavy particles	0.80	text
which weigh much more than a proton	instance of	The very high energy available for these collisions made it possible to produce heavy particles	0.80	text
Collider Detector at Fermilab	related to External links	Fermilab	0.60	section

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