I am a PhD student in theoretical computer science at University of Colorado, Boulder, where I am advised by Joshua Grochow and Rafael Frongillo. I am also a graduate fellow at the Santa Fe Institute.
I am generally fascinated by the questions about the mathematical structure of problems and how we can solve certain “structured” problems efficiently. I am broadly interested in complexity theory, analysis of Boolean functions, combinatorics, and statistical physics. Prior to my PhD studies, I received my BSc in physics from University of Leipzig in 2022 with concentration on stochastic thermodynamics.
I am generally fascinated by the questions about the mathematical structure of problems and how we can solve certain “structured” problems efficiently. I am broadly interested in complexity theory, analysis of Boolean functions, combinatorics, and statistical physics. Prior to my PhD studies, I received my BSc in physics from University of Leipzig in 2022 with concentration on stochastic thermodynamics.
I am currently working on communication complexity and computational complexity, using algebraic and analytical methods.
Before shifting my focus to complexity theory and mathematics, I did research on thermodynamics of computation, beyond bit erasure and Landauer's bound. (One might say that thermodynamics is complexity theory for physics, as its questions concern the fundamental capabilities and limits of physical systems under energetic constraints.) Google Scholar lists the papers I produced with my wonderful mentors and collaborators so far.
Before shifting my focus to complexity theory and mathematics, I did research on thermodynamics of computation, beyond bit erasure and Landauer's bound. (One might say that thermodynamics is complexity theory for physics, as its questions concern the fundamental capabilities and limits of physical systems under energetic constraints.) Google Scholar lists the papers I produced with my wonderful mentors and collaborators so far.
