01 ADR-based cryostat monitoring: 100mK working temperature (default)

02 VNA screen showing resonances in a 30-pixel mKID device

05 MKID mounted and connected in the 100mK stage of the LISA ADR cryostat

03 Visible range, 30-pixel mKID for preliminary tests at LISA facility

04 Internal view of the 100mK stage of the ADR-based cryostat for mKIDs

05 Calibration procedure of a thermal camera at LISA facility

06 Calibration procedure of a thermal camera at LISA facility - 2

00 LISA - Laboratory of Imaging and Sensors for Astronomy - IAC

01 Thermal cameras at LISA facility for testing

02 Thermal ULIS LWIR microbolometer and proximity electronics (INO)

04 Testing microbolometer camera with low temperature blackbody at LISA

03 ULIS LWIR microbolometer in customized electronics (IAC + SENER)

05 Teledyne H2RG MCT array in 3-axis mechanical support for cryovacuum.

08 Teledyne H2RG focal plane array in the GTC-EMIR+ instrument from LISA.

07 Integration of a Teledyne H2RG + SIDECAR into a 6-degree mechanical mounting.

01 Rockwell 2k x 2k HAWAII MCT array for testing

02 HAWAII-2 PACE cryo-amplifier card and testing setup

03 Teledyne H2RG MCT array and testing support, including SIDECAR/ASIC

04 Teledyne H2RG interfacing. Using a MACIE-Markury Sci card in LISA cryostat.

06 Teledyne H2RG mounting process, including SIDECAR/ASIC and flex prints.