Projects

Diving into key quantum field theories.

Diagram illustrating Feynman interactions in quantum electrodynamics.

Diagram illustrating Feynman interactions in quantum electrodynamics.

Wick Expansion

Breaking down operator products with precision.

Graph showing annihilation operators affecting particle states.

Graph showing annihilation operators affecting particle states.

Ward Identity

Ensuring gauge invariance in calculations.

Visual representation of Lorentz and Poincare symmetries.

Visual representation of Lorentz and Poincare symmetries.

Path integral quantization process with complex trajectories.

Path integral quantization process with complex trajectories.

Goldstone's Theorem

Explaining spontaneous symmetry breaking effects.

Gauge Bosons

Studying decay modes and interactions.

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Quantum Insights

Visualizing the dance of particles and fields.

A colorful Feynman diagram illustrating particle interactions with loops and vertices.

A colorful Feynman diagram illustrating particle interactions with loops and vertices.

Graphical representation of gauge boson decay pathways in a complex quantum field.

Graphical representation of gauge boson decay pathways in a complex quantum field.

Abstract visualization of Lorentz and Poincare symmetries as intertwined geometric shapes.

Abstract visualization of Lorentz and Poincare symmetries as intertwined geometric shapes.

Path integral quantization depicted as a flowing web of possible particle trajectories.

Path integral quantization depicted as a flowing web of possible particle trajectories.