Gallery
![AstroLab](images/astrolab-logo-wide.png)
Telescopes and experiences
Our team has had experience with hands on instrumentation since day one. In this gallery we show some of the places where team members have worked, collaborate with or been in the past years. These sites are in Chile and abroad, and include long radio wavelengths, millimeter wavelengths, optical telescopes, and site testing with instruments.![Cerro Calán Observatorio Astronómico Nacional, Santiago](images/calan.jpg)
![Algonquin Radio Observatory 46-m telescope](images/aro46m.jpg)
![Algonquin Radio Observatory 10-m telescope](images/aro10m.jpg)
![RFI measurements Laguna Carén](images/projects.jpg)
![RFI measurements Laguna Carén](images/caren-rfi.jpg)
![Laguna Carén CHARTS location](images/caren-rfi2.jpg)
![Effelsberg 100-m telescope](images/effelsberg.jpg)
![Atacama Large Millimeter Array (ALMA) radio dish](images/alma.jpg)
![Cerro Tololo Blanco telescope](images/blanco.jpg)
CHIME/FRB Outrigger at Green Bank Observatory
CHIME/FRB Outrigger telescope located at Green Bank Observatory (GBO) facility, WV US. A CHIME/FRb Outrigger is a CHIME-like cylinder tilted and pointing towards CHIME's zenith sky location. The Outrigger is a 20-m diameter cylinder with 256 dual-polarization feeds, and a 400--800 MHz bandwidth.
Our team closely collaborates with the CHIME/FRB Collaboration, with a particular emphasis in correlation algorithms and detecting fast radio bursts (FRB) in very long baseline interferometry (VLBI). These type of observations are fundamental to understand the cosmic origins of these millisecond duration events. Further, their observation in VLBI is very complex, their sky position and duration make observing them, simultaneously with two or more radio telescopes an instrumental challenge. The CHIME/FRB Collaboration has already been able to cross-correlate and localize on-off events (Cassanelli, Leung, & Sanghavi et al. 2023) and soon will find thousands of localized FRBs.