Lagrangians to Lasers

Note: This talk will discuss both theoretical and experimental aspects of Dark Matter research. As many know, the ever elusive dark sectors of the universe - namely dark matter and dark energy - are estimated to make up nearly 95%... [Read More]

In the quest to explore new particles and physics beyond the standard model, high-energy physics searches analyze vast amounts of data, often costing a lot of money and effort. While these analyses are typically designed to address specific questions, the... [Read More]

Is Einstein’s theory of gravity correct? If so, let’s take it to its most extreme. We dive into the strong-field regime during a black hole merger - the most extreme environments where gravity reigns supreme, to test the limits of... [Read More]

The discrepancy in the Hubble constant measurements, ranging from 4σ to 6σ, between local probes and the Cosmic Microwave Background observations, is still lively debated in the modern research. In this talk, we examine this tension using the SNe Ia... [Read More]

The first stars in the universe produced energetic photons that ionized the neutral hydrogen gas pervading the universe at that time. This ‘Epoch of Reionization (EoR)’ is challenging to observe through telescopes, and we need fast and efficient ways to... [Read More]