Photo by [Katharina Merks]
I am a theoretical physicist focused on understanding the strong interactions that bind protons and neutrons in atomic nuclei. My work involves exploring how these forces shape the building blocks of the universe and their impact on the symmetries that govern the fundamental forces of nature.

About ME

Publications

Latest News

Colloquium

Colloquium at LPSC - Grenoble (France) on Thursday Oct 9, 2025, 10:00 - 11:00 AM.

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Research

Fundamental Symmetries

Exploring fundamental symmetries provides insights into the origin of a matter-dominated universe, unraveling the underlying principles that govern the cosmic balance between particles and anti-particles.

Hadron Structure

Most of the mass in the universe comes from strong interactions. Explore the world of hadron structure, where we study subatomic particles and uncover the details of their composition and interactions.

Precision Physics

Strong interaction dynamics are slightly modified by quantum electromagnetic effects. Explore the complex calculations of these corrections and the precision needed to understand the subtle interplay of forces at the quantum level.

Artificial Intelligence

AI is becoming a valuable tool in the study of strong dynamics. Explore how it enhances complex calculations, driving new efficiencies and providing deeper insights in supercomputer simulations of quantum phenomena.

Theoretical Developments

Recent theoretical advancements offer the exciting possibility of accurately calculating previously elusive observables, thereby enhancing our understanding of the complex dynamics of strong interactions.

Open Science

Open science collaboration to share data and support researchers who lack the necessary resources. Our goal is to conduct high-quality physics and provide the community with the data needed to advance the field.

Teaching

I enjoy teaching physics and strive to make complex concepts more accessible and engaging. By creating a dynamic learning environment, I aim to empower students to explore and succeed in the interconnected fields of physics, mathematics, and computer science.

Quantum Field Theory

I aim to make complex concepts accessible, helping students grasp fundamental principles and navigate the fascinating world of particle interactions.

Renormalization

I aim to connect the dots between particle physics and statistical mechanics, helping students appreciate how adjustments in particle interactions fit into the broader picture of statistical behaviors

Lattice Field Theory

My goal is to make the theoretical and computational framework accessible, assisting students in exploring particle and nuclear physics

Undergraduate

The focus is on establishing a strong foundation through accessible and engaging teaching, creating a curiosity-driven learning environment that cultivates a lasting appreciation for the principles of physics