"कण त्वरक" (अनुभाग) सम्पादित करें

== कण त्वरकों का इतिहास ==
[[चित्र:Livingstone diagram.jpg|right|thumb|300px|समय के साथ आवेशित कणों कबढ़ती उर्जा]]

* '''1930''' — पहला कण त्वरक
* '''1931''' — 'वान डी ग्राफ' (Van de Graaff) नामक त्वरक का प्रादुर्भाव
* '''1931''' — रैखिक त्वरक (Linac), बीटाट्रान (Betatron), एवं साइक्लोट्रॉन (Cyclotron)
* '''1931''' — An American Linac
* '''1931''' — A Close Second: The First Cyclotron
* '''1932-1940''' — The Decade of the Cyclotron
* '''1940''' — The Betatron
* '''1945''' — New Ideas: Synchronous Acceleration Leads to the Microtron
* '''1947''' — More Synchronicity: The Electron Synchrotron
* '''1947''' — The Synchrocyclotron
* '''1952''' — Even Higher Energies: The Proton Synchrotron
* '''1952''' — A Strong Leap Ahead: Focusing the Beam
* '''1953''' — Synchrotrons Become Stronger
* '''1946-1954''' — The Linac Grows Up: An Electron and Proton Linac
* '''1966''' — Stanford Gets Serious About the Linac: SLAC
* '''1960''' — The Storage Ring Collider
* '''1969''' — CERN Enters the Collider Age T
* '''1970''' — Germany Joins the Collider Age
* '''1981''' — The First Proton-Antiproton Colliders: CERN and FNAL
* '''1981''' — CERN Gets Into the Electron-Positron Business
* '''1983''' — Illinois Builds a Big Collider: The Tevatron
* '''1993''' — Everything is Bigger in Texas-The SSC
* '''2000''' — Heavy Ion Colliders: RHIC and the LHC
* '''2010''' — The LHC collides two 3.5 TeV beams of protons resulting in a 7 TeV centre of mass energy collision. LHC collides lead ions.
* '''2011''' — Quark - gluon plasma is created at the LHC
* '''2012''' — The LHC collides two 4 TeV beams resulting in a 8 TeV centre of mass energy collision. A new particle which could be the [[Higgs boson]] is discovered at the LHC.