In response to frequent requests from users, we have converted our widely used optical eigenmode solver from MATLAB to a Python module in the latest release (2.0.0). The Python implementation…
Congratulations to Dr. Trisha Chakraborty, who celebrated successful completion of her PhD degree at the Clark School Commencement.
Congratulations to Trisha Chakraborty, who defended her PhD thesis, entitled "Integrated Polymer Photonics: Thermo-Optic Properties and Low-Loss Fiber-to-Chip Couplers for Cryogenic and Broadband Applications"
As described in May in Optica 11, 714-723 (2024), by using a combined microwave resonance and optical resonance, we demonstrated a passive metal-free electrooptic microwave detector that circumvents the need…
Evan receives his Ph.D. at the CMNS Graduate Commencement Hooding Ceremony on May 20
Check our our paper at OFC 2024 on Monday at 8:00am (PDT), describing our new design for a polarization-independent coupler from an optical fiber to an on-chip silicon nitride optical…
Congratulations to Dr. Evan Dowling (Physics), who on Tuesday 3/5 defended his doctoral thesis entitled "Feedback experiments using entangled photons for polarization control in future quantum networks"
Congratulations to Trisha Chakraborty, whose manuscript, entitled "Thermo-optic characterization of SU-8 at cryogenic temperature" was just accepted for publication in Optical Materials Express, and has been selected as an Editor's…
Charles J. Turner defended his thesis, entitled "Advances in the Application of Superconducting and Photonic Circuits to Microwave Radiometers" This thesis was co-advised by Profs. Murphy and Andrew Harris. Much…
Congratulations to Steven Lipkowitz, who defended his PhD dissertation, entitled "Electro-optic Microwave Receivers at the System and Device Level"