TMT TMT 181 8588 2 21 1 e-mail: n.kashikawa@nao.ac.jp TMT TMT TMT * 1 TMT TMT TMT SAC Science Advisory Committee 2012 8 13 1 1. 1 2 3 20 * 1 609
2. TMT TMT TMT 1 TMT 3 1 TMT 8 3 4 TMT PI 1 10 50 2.1 PI PI SA PI SA SA PI SA PI SA 610 2014 11
SA SA PI PI AO SA SA SA TMT TMT 2.2 PI 1 4 SA SA PI 1 PI AO TMT PI PI PI PI PI Skype 2 7 A 8 1 B PI PI Phase I 611
PI Phase II 2.3 TMT PI PI 2.4 TMT SA SA TMT TMT TMT 2.5 PI 2.6 TOO TOO Target of Opportunity TOO 612 2014 11
TOO TOO PI SA TOO PI SA TOO TOO TOO TOO TOO TOO 1.5 TOO TOO 2 5 TBD TOO TOO TOO TOO 2.7 3 μm 3 μm LMNQ 10 4 1 2 AO 2.8 1 TMT 1,734 1 365 9.5 120 17 1 45 2 20 30 1,518 506 1,518 1/3 506 1,518 1/3 506 1,518 1/3 613
30 PI PI TOO 3. 3.1 TMT TMT TMT TAC Time Allocation Committee ETC Exposure Time Calculator & IT 5 3.2 TAC TMT TAC TMT TMT 6 TMT AO PI 1 2 1 TOO 3.3 Phase II OT Observing Tool OT 614 2014 11
Phase II OT ETC TMT 3.4 TMT 4 TAC 6 PI 1 TMT 2 TMT TAC 4. 4.1 ETC 5 & IT TMT 4.2 ETC GUI 615
4.3 TMT TMT PI TMT 4.4 TMT TMT FITS VO Virtual Observatory TMT PI 18 4.5 VO TMT TMT 4.6 616 2014 11
2 TMT 5. TMT 5.1 2 3 TMT UH Science & Technology Park 20,000 140 TMT TMT 5.2 TMT 4 TMT 120 TMT 28 SA 13 AO 4 7 3 TMT 45 AO AO AO IT 617
3 TMT 4 TMT 8 119 4,200 m AO US FAA FAA TMT 3 2 1 6. TMT TAC 618 2014 11
ISDT International Science Development Team TMT TMT 10 1 TMT.OPS.TEC.11.099.REL01 TMT Operations Plan Nobunari Kashikawa TMTJ Project Office, National Astronomical Observatory of Japan, 2 21 1 Osawa, Mitaka, Tokyo 181 8588, Japan Abstract: The main purposes of TMT operations are to maintain the Observatory to run nightly at peak performance, to support efficient observations for astronomers from the partnership. TMT will initially have two observing modes: PI-Directed Mode each PI operates the instruments and executes the observations and has direct control of real-time decision making. Pre-Planned Queue Service Observing TMT staff members execute pre-defined observations on behalf of PIs in a queued sequence. Most science observations with the TMT will be carried out remotely; either from the sea-level TMT Headquarters or from remote observing centers in the partner countries. Observing time allocation will be the responsibility of each partner organization and partners will each establish and operate their own observing proposal and assessment processes. All data obtained with the TMT instruments will be stored indefinitely along with meta-data describing weather conditions and the state of many telescope and instrument AO parameters calibration data required for subsequent engineering and scientific analysis. A nominal 18 month proprietary period is planned for science data. Instruments will be delivered with standard data reduction software pipelines and observation simulators. The TMT Headquarter facility will be located in Hilo with an open-plan style of office seating for 120 staff. 619