Perturbation Insights

My Journey

In Science

Years of diving deep into singular perturbations and celestial mechanics have shaped my understanding and passion for theoretical physics.

Focused on chiral symmetry and baryon theory.

Research Fellow

MIT

2015 – 2019

Focused on chiral symmetry and baryon theory.

Postdoctoral Scholar

Caltech

2019 – 2023

Explored perturbed rotating theory in celestial contexts.

WKB Approximation

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Langer’s Method

Exploring Langer’s method to refine semiclassical approximations in singular perturbation problems.
A page from a calculus textbook is open, showing several mathematical equations and formulas. A pen with a wooden body is placed diagonally across the page, casting a shadow over the lower section of the book. The lighting suggests a natural source, possibly sunlight, coming from the upper left corner.

Rotating Theory

Analyzing perturbed rotating systems and their impact on celestial mechanics models.
A large celestial body is partially obscured by shadow in the foreground, with a smaller, illuminated body positioned nearby, emitting a halo of light against a gradient blue sky.

Chiral Symmetry

Delving into chiral perturbation symmetry and its role in chromodynamics and baryon theory.
A white cylindrical pedestal displays a floating collection of small, turquoise particles forming the shape of an infinity symbol against a neutral background.

Rotating Theory

Insights into the Goldstone theorem and its implications for massless bosons in field theory.

Feedback

Perturbation’s insights on celestial mechanics clarified complex theories beautifully.
The detailed explanations on chiral perturbation symmetry deepened my understanding.
I appreciate how the blog breaks down advanced topics like the Goldstone theorem with clarity and approachable language.