Welcome to Krissia's webpage, an online platform I will use to share my professional and personal adventures.
I am a Computational Physicist 👩💻 who fell in love with quantum mechanics ⚛️ and decided to pursue a career dedicated to the many-body problem.
Currently, I am an assistant professor at the São Carlos Institute of Physics of the University of São Paulo.
My research 🔎 focuses on many-body systems, a topic at the intersection of various sub-fields, including condensed matter theory, statistical mechanics, quantum information, and quantum computing. I am mainly interested in understanding how interactions between quantum particles and their dynamics produce complex states and lead to emergent phenomena. Since my graduate studies, I have been developing and implementing various numerical methods 💻 to simulate, with classical computing, model Hamiltonians, which are basically the mathematical description we use to study many-body quantum phenomena. In particular, I devoted a decade of my research journey to investigate many fermionic particles in one dimension in regimes in which they are strongly correlated and/or evolve towards an out-of-equilibrium dynamics. More recently, I have been fascinated with the potential of quantum computers to digitally simulate model Hamiltonians and continue to explore the various flavours of the many-body problem.
You are invited to explore my scientific contributions and the research program I am building with my group, QuCoA.
I am a Computational Physicist 👩💻 who fell in love with quantum mechanics ⚛️ and decided to pursue a career dedicated to the many-body problem.
Currently, I am an assistant professor at the São Carlos Institute of Physics of the University of São Paulo.
My research 🔎 focuses on many-body systems, a topic at the intersection of various sub-fields, including condensed matter theory, statistical mechanics, quantum information, and quantum computing. I am mainly interested in understanding how interactions between quantum particles and their dynamics produce complex states and lead to emergent phenomena. Since my graduate studies, I have been developing and implementing various numerical methods 💻 to simulate, with classical computing, model Hamiltonians, which are basically the mathematical description we use to study many-body quantum phenomena. In particular, I devoted a decade of my research journey to investigate many fermionic particles in one dimension in regimes in which they are strongly correlated and/or evolve towards an out-of-equilibrium dynamics. More recently, I have been fascinated with the potential of quantum computers to digitally simulate model Hamiltonians and continue to explore the various flavours of the many-body problem.
You are invited to explore my scientific contributions and the research program I am building with my group, QuCoA.