This month's Research Director's Report was written by Michael Peskin, convener of the Physics Common Task Group and of the group preparing the physics chapter of the Detailed Baseline Design report.
by Michael Peskin
The ILC Detailed Baseline Design report will contain a chapter that describes the physics opportunities that the ILC will offer. The LHC is bringing us new information about particles in the ILC energy range. But what exactly is the Large Hadron Collider telling us, and what are the implications for the ILC programme? Michael Peskin encourages members of the ILC community to debate this question and contribute to the report.
The Funding Agencies for Large Colliders (FALC), an informal group of agency representatives met at CERN on 6 October. FALC is constituted to improve the possibilities for international cooperation in high-energy physics by understanding the planning processes in the funding agencies, exchanging information on plans and statuses of projects in different countries or regions and preparing for cooperation on future particle physics facilities. Highlights of this FALC meeting included discussion of plans for the ILC and more generally for lepton colliders following completion of the ILC Technical Design Report, as well as discussions of plans for the European Strategy Update just getting underway.
At the Superconducting Test Facility (STF) at KEK, Japan, the construction of the injector cryomodule equipped with two ILC-type nine-cell cavities has begun for the Quantum Beam experiment. The cavity string has been brought out of the clean room, ready for tuner installation. The gas return pipe is being readied to be placed in the cold-mass assembly framework.
Work on the Middle East’s first synchrotron light source received a major boost yesterday after scientists began commissioning parts of its accelerator system.
If the solution holds, it is likely to guide future attempts to explain physics beyond the current standard model. It will certainly have implications for any previously unknown particles that may be discovered at the Large Hadron Collider (LHC) at CERN, Europe’s particle physics lab near Geneva, Switzerland.
Over the last few decades, particle physicists have developed all kinds of useful simulation tools to help them predict the behavior of subatomic particles interacting with matter, with valuable applications in medical and space science to boot.
PHYSICISTS are keen on symmetry. The universe does not always humour them. Take the Big Bang: if nature were ideally balanced, equal amounts of matter and antimatter would have emerged from it.
According to the Higher Education Funding Council for England (HEFCE), there was a 10% increase in the number of students accepted to read physics by the university admissons services between 2008-09, when The Big Bang Theory was first broadcast in the UK, and 2010-11.