Scholar
Logan G. Wright
Google Scholar ID: MU7l9NQAAAAJ
Yale University
Citations & Impact
Citations
5,534
H-index
33
i10-index
47
Publications
20
Co-authors
87
list available
Contact
No contact links provided.
Publications
Resume (English only)
Academic Achievements
- Research areas include harnessing quantum and nonlinear systems with many degrees of freedom for analog information processing, imaging, and sensing; physical and quantum neural networks; automated experimental science and engineering; data- and computer-driven methods, and co-designed hardware-software tools for open-ended experimental discovery, and design and control of complex physical systems; multimode quantum and nonlinear photonics.
Research Experience
- Leads the Wright Applied Physics Lab at Yale University; research spans theoretical, computational, and experimental aspects, primarily using photonics-based or photonics-enabled experiments and prototypes. Aims to develop new kinds of efficient analog computing machines and multimodal light tools for rich, flexible manipulation and measurement of matter.
Background
- Focused on physical computer science and lasers; research interests include computation and computational sensing with physical systems (especially based on multimode waves), the design and control of complex physical systems (typically with physics-informed, data-driven methods), and the physics and applications of multimode quantum and nonlinear photonic systems.
Miscellany
- The lab welcomes diverse ideas, expertise, applications, and people not just from photonics but also from adjacent fields such as robotics, applied mathematics, fluid mechanics, biology, and materials science.
