Particle Physics
As the study of the fundamental particles and interactions in the Universe, particle physics explores the behaviour of matter at the microscopic and fundamental levels in different energies/temperatures and densities. Experiments through the use of colliders allows us to probes the structures and interactions between the particles, with energies reaching levels similar in astronomical bodies and the early Universe. Theoretical models are constructured through symmetries and empirical finding, as current research explores specific systems and unexplained phenomenas.
My current reseach and interest topic is modeling thermodynamic behaviours of Quantum Chromodynamics
\( \mathcal{L}_{\text{QCD}} = \overline{\psi}_j \big( i ( \gamma^{\mu} D_{\mu} )_{jk} - m \delta_{jk} \big) \psi_k - \dfrac{1}{4} G^{a}_{\mu\nu} G^{a\mu\nu} \)