SQMS Center

Congratulations to Silvia Zorzetti for being named to the 2026 Scientific Computing World 75!

Silvia’s work connects deep technical leadership with a forward-looking vision for quantum systems, from superconducting technologies to quantum communication and co-design. This recognition is a fitting tribute to her impact across Fermilab, SQMS and the broader scientific computing community.

https://bit.ly/4dJB6j1

Welcome to the SCW75 – class of 2026 | Scientific Computing World It is with enormous pride that we introduce the inaugural cohort of the Scientific Computing World 75 – the exceptional individuals who are redefining what is possible at the intersection of computing and research

What limits a qubit’s performance? Sometimes, the answer starts at the surface.

In a recently published DOE Office of Science highlight, SQMS researchers identified niobium hydrides in superconducting qubits, revealing a previously unaccounted-for source of decoherence. By combining atomic force microscopy, X-ray diffraction and mass spectrometry, researchers observed how these defects form in niobium thin films as devices cool to cryogenic temperatures.

Understanding where this noise comes from is a key step toward improving qubit performance.

Spotting a New Culprit in the Hunt for Quantum Noise Microscopes, x-rays, and spectroscopy tools join forces to identify defects that interfere with delicate superconducting qubit properties.

Congratulations again to all the SQMS collaborators who presented at APS—you represented the center with excellence and energy all week.

Group pic from the NQISRC + IBM Quantum networking event hosted during the Summit!


📸 : Nikolai Puc Photography