معرفی
Matthijs de Jong is a Postdoctoral Researcher at the Department of Applied Physics within the Faculty of Applied Sciences at Delft University of Technology, affiliated with the Quantum NanoOptomechanics and Forces research group. His work bridges theoretical modeling and experimental physics in quantum nanoscale systems.
He earned his Doctorate from Delft University of Technology in December 2022 with research on dynamical behavior of trampoline membranes, specializing in Optomechanics and Nanomechanics. His educational foundation includes advanced training in quantum measurement techniques and nanofabrication.
Dr. de Jong's research centers on Quantum Optomechanics and Nanomechanics, with significant contributions to Casimir Physics and Computational Physics. He develops Finite Element Analysis frameworks to model quantum phenomena in mechanical resonators while conducting precision experiments on nanoscale forces. His work directly impacts quantum computing hardware development and fundamental force measurement techniques at microscopic scales.
His 2024 publications reveal a dual focus: quantum control of acoustic resonators for information processing and computational modeling of electrostatic forces in complex geometries. These studies demonstrate his expertise in translating theoretical quantum frameworks into experimental implementations, particularly for Casimir force measurements in superconducting systems.
Dr. de Jong actively contributes to open science through research datasets and participates in key conferences like the MQSens Workshop (June 2024), advancing collaborative efforts in quantum sensing and nanomechanics.
As a core member of the Quantum NanoOptomechanics and Forces group, he develops experimental platforms for measuring quantum effects in mechanical systems, with emphasis on superconducting devices and nanoscale force characterization techniques.
