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Quantum Photonics
Building the future of quantum communications by developing integrated optics technologies.
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3D Printed Optical Resonators
Developing methods for cheap and precise construction of microdroplet optical resonators using 3D printing technology.
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Computational Photonics
Using Machine Learning techniques, we seek to accelerate the design of photonic circuits.
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Microfluidics
Printing integrated photonic circuits; lab-on-a-chip technology; microfluidic devices for tuning photonic circuits.
About CamachoLab
Our research group develops technologies for producing, processing, and detecting quantum and classical states of light at the microscale.
Latest News
Christian Runs in the Boston Marathon
All brains, no brawn? Not Christian. In addition programming Simphony, BYU's opensource photonic circuits simulator, Christian is an avid runner. He's been running since he was little and despite his preference for Python, he is by far the fastest member of the Camacho Lab.
Helaman Presents to CQN
In February of this year, CamachoLab members had the opportunity to go to the Center for Quantum Networks 2023 Winter Retreat. This event was held at Biosphere 2, a research facility containing the world's largest closed ecological system.
Simphony is Downloaded 4000 Times in October
Simphony—a simulator for photonic circuits developed by CamachoLab—reached 4000 downloads in the month of October. This number was reached in part by Simphony now being listed as a dependency for GDS Factory. Main contributors to Simphony include Sequoia Ploeg, Christian Carver, Skandan Chandrasekar, and Austin Probst. The repository for Simphony can be found on the CamachoLab GitHub. Further details can also be found on our Computational Photonics research page.
FiO LS Accepts Poster Presentations from Christian and Skandan
Christian and Skandan are invited to present posters at the October 2022 Frontiers in Optics and Lasers Science conference
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