Publications by authors named "Daan Lenterman"
Article Synopsis
- Strong nonlinear interactions are crucial for quantum technologies involving bosonic oscillator modes, but typical electromagnetic and mechanical nonlinearities are too weak for single-quantum effects to be noticed.
- This limitation has been addressed by linking electromagnetic resonators with highly nonlinear quantum systems like atoms and superconducting qubits.
- The research introduces a solid-state mechanical system that achieves a single-phonon nonlinear regime, surpassing decoherence rates, enabling its use as a mechanical qubit for various quantum operations, paving the way for advancements in quantum simulations, sensing, and information processing.
