Professor Darling's research deals with galaxies, massive black holes, star formation, cosmology, and dark matter. His work is mostly observational, using telescopes across the electromagnetic spectrum, but includes some theoretical work. Recent new research areas focus on 'real-time' cosmology, astrometry, tests of general relativity, detecting dark matter, detecting antimatter, measurements of physical constants with telescopes, detecting and characterizing gravitational waves, and predictions of phenomena that can be observed using modern and planned telescopes.
keywords
cosmology, dark matter, antimatter, physical constants, precision spectroscopy, atomic clocks in space, neutron lifetime, gravitational waves, star formation, interstellar medium, black holes, general relativity, Galactic Center, masers, gravitational lenses, high redshift, early universe, astronomical surveys, data mining, machine learning, proper motion, astrometry
