This symposium will be focused on a combination of presentations related to materials for quantum computing as well as semiclassical probabilistic approaches. On the materials for quantum computing, an overview will be given by experts from various leading physical platforms such as superconductors, semiconductors and diamond.
This symposium will also explore cutting-edge advancements in oscillation-based and probabilistic computing, moving beyond traditional qubit paradigms. We will focus on novel materials and devices that intrinsically enable stochasticity and complex dynamics. The aim is to bridge fundamental material science with innovative device design for next-generation computing from neuromorphic systems to hardware-based probabilistic algorithms.
- Material techniques for quantum computation
- Superconducting materials for quantum computation
- Semiconductor materials for quantum computation
- Color centers in wide bandgap materials
- Material sciences for oscillation-based, stochastic, and probabilistic computing
- Beyond CMOS devices for probabilistic and stochastic computing
- Bayesian computing using non-CMOS devices
Adrian BachtoldElia BertoldoMoira HocevarVictor Lopez DominguezPaloma Machain is a condensed matter physicist with ten years of experience working on the fabrication and study of low-dimensional systems. She holds a Ph.D. in Physics from Nanyang Technological University (Singapore) and both her Master’s and Bachelor’s degrees in Physics from the Balseiro Institute (Argentina). Over the course of her studies, she received four full scholarships that allowed her to gain research experience across Europe, South America, and Asia.
Her work focuses on designing, simulating, and fabricating devices that explore exotic quantum phases of matter with potential applications in quantum computing. She has a strong background in optimizing experimental workflows, developing advanced nanofabrication techniques, and expanding laboratory capabilities for scaling multi-qubit systems. Paloma is currently passionate about pushing the integration of multi-qubit systems beyond planar architectures, exploring new pathways for scalable quantum technologies.
Joel Wang