Applied Antineutrino Physics 2016
8:30am - 9:00pm /
Thursday 1st December 2016
/ Venue: Mandela Room Liverpool Guild of Students
Type: Conference /
Category: Research
- Dr Jon Coleman
- Admission: £170.00
- Book now
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The 12th meeting on Applied Antineutrino Physics will be held from December 1st, Thursday morning till December 2nd, Friday afternoon at the University of Liverpool, Merseyside, UK. In the Mandela room of the Student's Guild.
A Reception will be held on the evening of the Wednesday 30th November, in the Victoria Gallery and Musuem. With a chance to explore the World in a Particle Exhibition, charting the contribution of the University of Liverpool to the field of Particle Physics - Past, Present and Future.
The Applied Antineutrino Physics workshops are focused on applications of neutrinos such as safeguards, non-proliferation, geophysics, remote detection of reactors, including relevant technology developments. As a result of these workshops and the recent interest in sterile neutrinos, several small antineutrino detectors, designed explicitly for operation very close to a reactor, are being built or operated worldwide. Applications to the detection of hidden nuclear reactor and nuclear explosion are also being investigated.
The field of geoneutrinos made significant progress over the last ten years thanks to the measurements by KamLAND and Borexino. Future experiments will further improve these results and constrain Earth models.
A Reception will be held on the evening of the Wednesday 30th November, in the Victoria Gallery and Musuem. With a chance to explore the World in a Particle Exhibition, charting the contribution of the University of Liverpool to the field of Particle Physics - Past, Present and Future.
The Applied Antineutrino Physics workshops are focused on applications of neutrinos such as safeguards, non-proliferation, geophysics, remote detection of reactors, including relevant technology developments. As a result of these workshops and the recent interest in sterile neutrinos, several small antineutrino detectors, designed explicitly for operation very close to a reactor, are being built or operated worldwide. Applications to the detection of hidden nuclear reactor and nuclear explosion are also being investigated.
The field of geoneutrinos made significant progress over the last ten years thanks to the measurements by KamLAND and Borexino. Future experiments will further improve these results and constrain Earth models.