SCIENTIFIC DOMAINS
Neutrino physics
Key words: Detector R&D, electronics and control, magnet design
PROSPECTIVES
The primary goal of the laboratory is the study of neutrinos from various natural and laboratory sources using an iron calorimeter (ICAL) detector. It is envisaged that such an underground facility will develop into a centre for other studies as well, in physics, biology, geology, etc., all of which will make use of the special conditions that exist deep underground.
The ICAL detector that will be installed in the INO laboratory will be the world's most massive detector. Such an effort will involve INO-Industry interface in a big way, in issues related to mechanical structure, electronics and detector-related technology. It is being developed completely indigenously.
Apart from pursuing neutrino physics goals, the laboratory itself will greatly aid the development of detector technology and its varied applications (which have so far been in the areas of medical imaging).
PARTNERSHIP
At present, INO is a totally Indian effort.
EVENTS
INO collaboration meeting held at, IICHEP, Madurai
3-5 April 2014, INDIA
INO collaboration meeting held at, VECC, Kolkata
13-15 September 2013, INDIA
INO collaboration meeting held at, Madurai Kamaraj University, Madurai
CONTACTS
Prof. Naba Mondal
Spokesperson, India-based Neutrino Observatory, Dept. High Energy Physics, Tata Institute of Fundamental Research