Elliot’s  research interests include exoplanets, galaxies and instrumentation. He worked with Shelley Wright on her Near-Infrared Optical SETI program (NIROSETI) which saw first light in January 2015. Elliot investigated aspects of the program, such as a preferred wavelength at which to search, and is also…

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In January 2017, Laura moved to Yale University to become an Assistant Professor in the Physics Department.

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Dae-Sik Moon’s research interests lie primarily in experimental astrophysics and astronomical instrumentation, along with observational studies of various objects. His research focuses on compact objects, including black holes, neutron stars and X-ray binaries. He is also interested in supernovae and supernovae remnants (both stellar and gaseous), optical…

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I am an observational astronomer studying the structural evolution of astronomical objects in the early Universe. I want to understand how the first stars, star clusters, galaxies, and galaxy clusters formed in the infant Universe and how they changed as the Universe got older. For…

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Albert specializes in the development of astronomical instruments for both radio and optical bands. He aims to explore the high-time resolution sky by advancing detection technologies. In September 2023, Albert joined the Dunlap Institute as a Dunlap Postdoctoral Fellow in Instrumentation and Experimentation. He is…

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John Antoniadis’s research focuses on using pulsars as laboratories to study fundamental physics. He is particularly interested in measuring the masses of millisecond pulsars and inferring the equation-of-state of dense nuclear matter.

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Using a number of balloon-born instruments, including BLASTpol, Spider and SuperBIT, Prof. Barth Netterfield studies galactic star formation and measures anisotropy in the Cosmic Microwave Background. Personal research page Cosmic microwave background Hydrogen intensity mapping Baryonic acoustic oscillations Large scale structure    

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Laura Newburgh is working on the Canadian Hydrogen Intensity Mapping Experiment (CHIME). CHIME is a new project which will survey a vast volume of the Universe to produce a three-dimensional map of neutral hydrogen by measuring the cosmologically red-shifted 21cm radiation it emits. Newburgh is…

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