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MICE To Go Ahead: Quest To Unravel The Characteristics Of The Mysterious Neutrino Particle

Date:
March 30, 2005
Source:
Particle Physics And Astronomy Research Council
Summary:
In the quest to unravel the characteristics of the mysterious neutrino particle, millions of which pass through us undetected every day, scientists from several international universities have joined forces with UK research colleagues to build a unique engineering technology demonstrator at the Rutherford Appleton Laboratory in Oxfordshire. Known as MICE [Muon Ionisation Cooling Experiment] the experiment will prove one of the key requirements to produce intense beams of neutrinos at a dedicated Neutrino Factory to be built later this decade.

A 3D quarter sectional view of the MICE Cooling Channel. Credit: The MICE collaboration

In the quest to unravel the characteristics of the mysterious neutrino particle, millions of which pass through us undetected every day, scientists from several international universities have joined forces with UK research colleagues to build a unique engineering technology demonstrator at the Rutherford Appleton Laboratory in Oxfordshire. Known as MICE [Muon Ionisation Cooling Experiment] the experiment will prove one of the key requirements to produce intense beams of neutrinos at a dedicated Neutrino Factory to be built later this decade.

Announcing funding for the experiment Science and Innovation Minister, Lord Sainsbury said, It is a testament to the UKs world class science and facilities that leading experimental physicists from across the globe have supported conducting a project of this calibre in the UK. The Governments investment in this experiment will provide a unique showcase of UK scientific and engineering technology. The support for using the Rutherford Appleton Laboratory in Oxfordshire is a further demonstration of the UKs position as a leading base for scientific research and innovation."

Recent observations of solar neutrinos have shown that they change state [oscillate], between three forms electron, tau and muon during their journey from the Sun to the Earth. This discovery is extremely significant since oscillations can only occur if neutrinos have mass. The Standard Model of particle physics, on which our current understanding how our universe was created and is held together, assumes that neutrinos have no mass. The ability for neutrinos to change state, therefore having mass, means the Standard Model is wrong or incomplete.

MICE will study the behaviour of muons as they pass through materials and are then subsequently accelerated. In this way, scientists will learn how to create bunches of muons having similar energies and travelling in the same direction, which can then be accelerated and stored within the Neutrino Factory as part of the process to explore the characteristics of the neutrino to unprecedented accuracy, reshaping our understanding of the structure of nature and the forces which bind it together.

Funding for MICE has been provided by the Governments Large Facilities Capital Fund (7.5 million), the Particle Physics and Astronomy Research Council [PPARC] 1.28 million and the Council for the Central Laboratory of the Research Councils [CCLRC] 0.92 million.

Professor Ian Halliday, Chief Executive of PPARC said, "Siting MICE here in the UK is a clear recognition of the expertise and infrastructure we already have in place and this positive investment will position the UK to be a major player in the development and possible hosting of a Neutrino Factory in the future."

In order to make precise measurements of the detailed characteristics of neutrino oscillations a new facility, a Neutrino Factory, is required. Such a facility will produce very intense beams of neutrinos with well known characteristics. The objective of MICE is to show that muons can be assembled into bunches with similar energies going in the same direction enabling them to be suitable for subsequent acceleration and storage. The technology for this process of ionisation cooling, as it is known, will be demonstrated by MICE. The feasibility of this novel technique is at the root of a whole line of new accelerators from Neutrino Factories to Muon Colliders.

After an exhaustive search, the international collaboration decided that the muon beam from ISIS at the Rutherford Appleton Laboratory provided the most suitable environment for this experiment. The collaboration will design, build and test a section of the realistic cooling channel on a beam line.

Professor John Wood, Chief Executive of the Rutherford Appleton Laboratory said "I am delighted that the international Muon Ionisation Cooling Experiment (MICE) will be performed at the CCLRC's Rutherford Appleton Laboratory. This project adds to the already considerable portfolio of world-leading projects hosted on ISIS, the world's most powerful pulsed neutron source, and represents a major step on the way to the design of a future neutrino factory."

Professor Ken Long of Imperial College London, and the UK Spokesperson for MICE said "I am very pleased that MICE is going to be performed in the UK on ISIS. This is a very significant step towards the design of a Neutrino Factory, and could not have been achieved without the dedication and support of the international MICE collaboration, from Europe, the US and Japan. It is also a remarkable success for particle physicists and accelerator scientists in the UK. I would also like to acknowledge the strong support that we have received from many people and organisations, but particularly PPARC and CCLRC, and the contribution from the Large Facilities Capital Fund, without which this would not have been possible."

The MICE collaboration consists of 150 scientists from the UK, continental Europe, the US and Japan. UK collaborators are from UK collaborators are from Brunel University, University of Edinburgh, Glasgow University, University of Liverpool, Imperial College London, University of Oxford, CCLRC Rutherford Appleton Laboratory, University of Sheffield.

For further quotes and contacts from international MICE collaborators see /Nw/Md/Artcl/mice_int.asp.

See http://www.gnn.gov.uk/environment/dti/ for the DTI release.


Story Source:

The above story is based on materials provided by Particle Physics And Astronomy Research Council. Note: Materials may be edited for content and length.


Cite This Page:

Particle Physics And Astronomy Research Council. "MICE To Go Ahead: Quest To Unravel The Characteristics Of The Mysterious Neutrino Particle." ScienceDaily. ScienceDaily, 30 March 2005. <www.sciencedaily.com/releases/2005/03/050323150100.htm>.
Particle Physics And Astronomy Research Council. (2005, March 30). MICE To Go Ahead: Quest To Unravel The Characteristics Of The Mysterious Neutrino Particle. ScienceDaily. Retrieved July 31, 2014 from www.sciencedaily.com/releases/2005/03/050323150100.htm
Particle Physics And Astronomy Research Council. "MICE To Go Ahead: Quest To Unravel The Characteristics Of The Mysterious Neutrino Particle." ScienceDaily. www.sciencedaily.com/releases/2005/03/050323150100.htm (accessed July 31, 2014).

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