This research line is performed in collaboration with Jesus Sobrado (Centro de Astrobiología-INTA-CSIC) and Gary Ellis (ICTP-CSIC)
We have developed new instruments to address interdisciplinary problems that requires unconventional approaches based on vacuum technology. Particularly we have built vacuum chambers for simulating different astronomical environments, as planets (Mars) or evolved stars atmospheres (Stardust Machine, see astrochemistry research line).
Instrumentation is designed in such a way that in-situ characterization techniques (electron-based or optical) can be adapted.
Also, we have designed a fast-valve able to introduce liquid drops into vacuum systems. This valve, called ALI, is currently commercialized by Bihurcrystals and it is very valuable to deposit large molecules or nanostructures on controlled surfaces.
Jose A. Martín Gago
Broad-band high-resolution rotational spectroscopy for laboratory astrophysics
J Cernicharo, JD Gallego, JA López-Pérez, F Tercero, I Tanarro, F Beltrán, …
Astronomy & Astrophysics 626, A34 (2019)
Precisely controlled fabrication, manipulation and in-situ analysis of Cu based nanoparticles
L Martínez, K Lauwaet, G Santoro, JM Sobrado, RJ Peláez, VJ Herrero, …
Scientific reports 8 (1), 1-13 (2018)
Using radio astronomical receivers for molecular spectroscopic characterization in astrochemical laboratory simulations: A proof of concept
I Tanarro, B Alemán, P de Vicente, JD Gallego, JR Pardo, G Santoro, …
Astronomy & Astrophysics 609, A15 (2018)
Controlled injection of a liquid into ultra-high vacuum: Submonolayers of adenosine triphosphate deposited on Cu (110)
JM Sobrado, JA Martín-Gago
Journal of Applied Physics 120 (14), 145307 (2016)
Mimicking Mars: A vacuum simulation chamber for testing environmental instrumentation for Mars exploration
JM Sobrado, J Martín-Soler, JA Martín-Gago
Review of Scientific Instruments 85 (3), 035111, 2014