Key words: Scattering Amplitudes, Effective Field Theory, Gravity, Cosmology
I began my research career with studies of massive spin-2 particles and theories of gravity, and broadened my research interests to include gravity, cosmology, and high-energy physics. My recent interests are centred around applying quantum-field theoretic techniques, especially scattering amplitudes and effective field theories, to studies of gravity and cosmology. On the one hand, these techniques serve as powerful tools for analysing a wide range of phenomena, including gravitational waves, inflation, dark matter, and dark energy. On the other hand, they can provide new insights into fundamental aspects of gravity, such as rethinking the concept of black holes and constraining general relativity and beyond as low-energy effective field theories of quantum gravity. I have been working on these topics from both phenomenological and theoretical perspectives. The list of publications can be found on Inspre-HEP (see also Publication List).