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College 3

Nuclear and Particle Physics

College Secretary: Hanno FILTER
Mailing list: col03_l(at)ill.eu
Newsletter: col03_gen_l@ill.fr 

College 3 covers nuclear and particle physics research and has a strong overlap with the activities of the Nuclear and Particle Physics Group (NPP) at the ILL.
The NPP group operates six instruments with strong overlap with the activities of college 3:

  • FIPPS — Fission Product Prompt gamma-ray Spectrometer.
  • PN1 ‘Lohengrin’ - Fission product spectroscopy of exotic neutron rich nuclei.
  • PF1B – (polarised) cold neutron beam facility.
  • PF2 – Very-cold and ultra-cold neutron facility.
  • SuperSUN — Super Ultra Cold Neutron source.
  • S18 — Thermal neutron interferometer (CRG).

These instruments cover a wide range of physical phenomena in atomic, nuclear and particle physics involving all known fundamental forces. Our members work specifically on an equally broad range of questions in fundamental physics, the development of new techniques and devices for neutron science, and the production of isotopes for medical applications.


Seminars:


If you would like to discuss with us, for example by presenting your work in the scope of a seminar, please send an email to the college secretary.
We might even be able to reimburse travel and expenses for your stay.
 

Newsletter: 

If you would like to receive the college 3 newsletter, please write a short email to the college secretary. 
The newsletter contains information around the college and most importantly dates and topics for upcoming seminars.
Also as member of the college you have access to the recording of past seminars.

Proposal Submission:



If you would like to propose an experiment in the scope of our college, please see the proposal submission guidelines. There you can find all necessary information to prepare your proposal. 
Please also contact the corresponding instrument responsible as early as possible, as they can help you to robustly define the scope of your experiment. 


  • 3-01 - PN1 "LOHENGRIN" fission product spectrometry
  • 3-07 - PF1 cold (polarised) neutron beam
  • 3-14 - PF2 very cold and ultracold neutrons
  • 3-15 - Other nuclear and particle physics
  • 3-16 - S18 Neutron interferometer
  • 3-17 - FIPPS - Fission Product Prompt gamma-ray Spectrometer
  • 3-18 - SuperSUN - A Super Ultra Cold Neutron source

List of subcommittee 3 members, pdf file (pdf - 3.65 Ki).

HIGHLIGHTS

- France,Germany,News,Nuclear and Particle physics,Scientific news

The STEREO experiment releases new results based on the detection of about 65 000 neutrinos at short distance from the research reactor of the ILL.

- News,Advanced materials,Biology Health,Chemistry,Magnetism,Nuclear and Particle physics,Soft matter,General news,Press releases
- PF2,Austria,France,News,Nuclear and Particle physics,Press releases,Scientific news
- PN3-GAMS,News,Nuclear and Particle physics,Scientific news

E=mc2 : Michael Jentschel and Klaus Blaum explain why the most famous equation of physics needs checking — and how to do it. A Nature Physics publication.

- PN1,France,News,Nuclear and Particle physics,Scientific news
- Nuclear and Particle physics,Scientific news

Neutrinos are notoriously hard-to-detect elementary particles. They are produced in the core of stars, at particle accelerators, in very high energy phenomena or – as in STEREO – in nuclear reactor cores. Neutrinos do not carry any electric charge…

- S18,Austria,Nuclear and Particle physics,Press releases,Scientific news
- Nuclear and Particle physics,Press releases,Scientific news,S18,Austria
- PF2,Austria,Nuclear and Particle physics,Press releases,Scientific news