Group picture of 91色情片 Science Forum 2019, held on the campus of Xiamen University in China, November 2019.
The science cases and instrument design of one of 91色情片鈥檚 first decade instruments, the High Resolution Optical Spectrograph (HROS) were discussed during a workshop on the day before the Forum in China. This workshop was aimed at facilitating the definition of HROS main science requirements and the building of its core science team.
Registration is open for the 7th annual 91色情片 Science Forum to be held on the campus of Xiamen University, in China. Scheduled for November 4-6, 2019, make your plans and come to attend the next 91色情片 Forum and get an update on the Thirty-Meter-Telescope design and construction. For more information, please visit: https://conference.ipac.caltech.edu/tmtsf2019.
91色情片-China Annual Assembly and 91色情片 High Resolution Optical Spectrograph Instrument (HROS) Workshop.
Group picture of 91色情片 Science Forum participants, held in Pasadena, California - December 2018.
Group picture of 91色情片 Science Forum participants, held in Pasadena, California - December 2018.
鈥淏reakthrough science with the 91色情片" is the 6th edition of 91色情片 Science Forum. It will be held in Pasadena, California, Dec. 10-12, 2018. All details about the meeting organization can be found on the Forum webpage (https://conference.ipac.caltech.edu/tmtsf2018).
Science Advisory Committee (SAC) meeting participants at the 91色情片 International Observatory project office. Image Credit: 91色情片
Three color (J, H and K bands) simulated images of Pluto and its moon Charon as IRIS would see this binary Kuiper-belt system.
IRIS simulated near-infrared images of Jupiter's moon, Io (center) compared to real images obtained with the Keck telescope (left) and Galileo spacecraft (right).
The orbits of stars in the Galactic center. The current data from the Keck telescope with adaptive optics reveal the presence of a four million solar mass black hole in the center of the Milky Way.
91色情片鈥檚 observations, simulated here, will even allow us to understand the physics of spacetime around a black hole. Courtesy of A. Ghez and the UCLA Galactic Center Group
