The Millimeter-wave Laboratory (MWL) develops advanced technologies for both radio astronomy and industrial applications, with a strong emphasis on cutting-edge research and technology transfer. Our work spans a broad range of disciplines and is driven by a commitment to scientific and technological excellence.
MWL is a multidisciplinary team comprising engineers, astronomers, technicians, and students, whose combined expertise covers the entire radio spectrum—from decametric to sub-millimeter wavelengths—as well as analog and digital electronics, and digital signal processing and analysis.
The laboratory is located at the National Astronomical Observatory in Cerro Calán, Santiago, Chile. It was established in the year 2000 following the transfer of key equipment from the Maipú Radio Observatory and the relocation and enhancement of the MINI (1.2-meter millimeter-wave radio telescope) from Cerro Tololo.
MWL's activities are primarily supported by the Center for Astrophysics and Associated Technologies (CATA) and the University of Chile. The laboratory plays an essential role in bridging the gap between academic research and real-world applications in both the scientific and industrial sectors, as well as in forming new generations of radio and electronic engineers.
Scientific Publications
Patents
Graduate students
Thank you for believing in us
Working at the MWL was one of my best professional experiences. Not only is the quality of the people who work there incredible, but the knowledge I acquired there was essential to my professional development.
I had the privilege of being part of the Millimeter Wave Laboratory for a couple of years, initially as an intern, then as a mater's student and finally as an electronics engineer in charge of an incredible radioastronomical project ARTE. This experience has been a fundamental contribution to my academic and professional career. Working at the laboratory provided me the essential tools, knowledge and hands-on experience that were crucial for my development in the industry. I'm deeply grateful for the opportunity to have been part of such wonderful team.
In the world of wireless electronic sensors, RF and microwaves often felt like black magic—even among my peers. During two internships and my thesis work at the Millimeter Wave Lab, I learned how to do real RF engineering: from designing custom antennas to mastering the intricacies of instrument handling. What I value the most is how much my "RF intuition" sharpened—and how well it has stayed with me over the years.
I started my career at the Millimeter Wave Laboratory, and it gave me all the knowledge I needed to become the professional I'm today. The people and installations are the best in Chile, and I'm proud I was a part of it. You can learn everything there to be a world-class RF engineer.
Entering the mwl has been transcendental in my engineer training. The joyful laboral environment and the professional quality of those who are part of the laboratory translates into new daily knowledge.
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