Academic Projects

Figure 1: Blue-shifted Emission Lines of a Supernova

Figure 2: Light Curve of a Type Ia Supernova

Figure 1: Expansion of Universe (w=1)

Figure 2: CMB Power Spectrum

Figure 3: Hubble Diagram of Supernovae

Figure 4: Simulation of Galaxy Formation

Figure 5: Comparison Results between Simulation and Standard Model

Figure 6: Evolution of Galaxy Mass with and without Dark Energy-Dark Matter Interactions

Figure 1: Time dilation vs. velocity fraction (blue: crew proper time τ = 10/γ, red: 10-year Earth time).

Figure 2a: PIC simulation: particle positions colored by velocity (v/c).

Figure 2b: PIC simulation: electric field magnitude (|E|, V/m).

Figure 2c: PIC simulation: energy evolution (kinetic, electric, magnetic, total).

Figure 3: Thermomechanical simulation: (a) temperature, (b) displacement, (c) von Mises stress.

Figure 1: Simulation of dark matter particle in microgravity: trajectory and speed evolution.

Figure 2: N-body simulation of two dark matter particles orbiting a baryonic center.

Figure 3: Comparison of particle trajectories in microgravity vs. Earth's gravity.