A joint Fermilab/SLAC publication

Tevatron to shut down at end of FY2011

01/10/11

Fermilab Today published the following message from Director Pier Oddone in a special edition today:

To the Fermilab community

Today we received theĀ news that we will not receive funding for the proposed Tevatron extension and consequently the Tevatron will close at the end of FY2011 as was previously planned. The present budgetary climate did not permit DOE to secure the additional funds needed to run the Tevatron for three more years as recommended by the High Energy Physics Advisory Panel.

We plan to run the Tevatron this year and extract all the physics results we can. The Tevatron has exceeded all expectations. The life of this legendary machine has been marked by historic discoveries made possible by its innovative accelerator and detector technologies. The experience developed during its operation has also immensely helped the development of the LHC accelerator and detectors. Fermilab is and will remain a very strong part of the LHC program and will continue to pursue physics at the high-energy frontier together with our collaborators at CERN.

The Office of Science is committed to maintain our laboratory as a world leader for particle physics research. We have its strong support to develop into the foremost laboratory at the Intensity Frontier with new neutrino experiments NOvA, MicroBooNE and the Long Base Line Neutrino Experiment (LBNE); the muon-to-electron conversion experiment (Mu2e); and ongoing experiments MINOS, MINERvA and MiniBooNE. Underlying our Intensity Frontier program we have the Office of Science's support for the development of Project X. In addition we have leading programs at the Cosmic Frontier with the Dark Energy Survey, the dark-matter experiments CDMS and COUPP, and Pierre Auger. While we would have liked to run the Tevatron for three more years, our life going forward is full of promising projects and great opportunities for major discoveries.

-- Fermilab Director Pier Oddone

Latest news articles
05/26/20
Science News

If true, this would be only the second time such a neutrino has been traced back to its source.

05/26/20
Quanta

Recent measurements of particles called B mesons deviate from predictions. Alone, each oddity looks like a fluke, but their collective drift is more suggestive.

05/20/20
New York Times

Roman was a pioneer at NASA, joining the agency in its early days and becoming its first chief astronomer.

05/19/20
Gizmodo

The difficult-to-detect neutrino seems to undergo a strange identity-flipping process, and if this reaction occurs differently between neutrinos and antineutrinos, then it could help physicists explain why matter dominates over antimatter.