Research

Our company focuses on the simulation and design of superconducting quantum circuits - delicate little devices that operate at temperatures so cold, even penguins would complain. These circuits form the cornerstone of quantum technologies, from qubits to parametric amplifiers. But we don’t stop there. We also explore hybrid quantum systems, like quantum dots and optomechanical resonators coupled to microwave resonators to answer some fundamental physics questions and test long lived quantum memories. Imagine tiny mirrors and oscillators whispering secrets to photons and electrons, all while obeying the strangest rules of quantum mechanics. And because even quantum systems make mistakes (a cosmic reminder that nobody’s perfect), we dive into quantum error correction algorithms. Think of it as teaching qubits how to “undo” their clumsiness a bit like giving them an infinite supply of Ctrl+Z. Without this, quantum computers would be about as reliable as a Wi-Fi signal in a bunker.