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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
CamachoLab's Chrisitan Carver Realizes Integrated Conjugate Homodyne QRNG with Fully Differential Architecture
Demonstrates a fully differential photonic–electronic architecture that measures conjugate quadratures on chip and extracts high-entropy quantum randomness in real time.
Siavash Ghormish designs interface mechanism for Quantum Memories with Fiber Optics
A work by PhD Student Siavash Mirzaei-Ghormish was recently accepted by the peer-reviewed journal "Quantum – the open journal for quantum science." It addresses the key problem of spatially channeling light from a microdisk resonator to a fiber mode.
Josh bikes in the 25 Hours in Frog Hollow
Biking in the desert for 110 miles over 2 hours is not the for the faint of heart. Josh, in addition to doing research for the Camacho Lab, is an avid adventurer. Whether it's Rock climbing, hiking, and biking, he loves the outdoors. One of his most recent accomplishments was riding 110 miles over a 25-hour period in Frog hollow.
CamachoLab Attends QNumerics Summer School and CoQREATE Workshop
Members of BYU's CamachoLab travelled to Massachusetts from the 14th to the 22nd of July to attend the Numerical Methods in Quantum Information Science Summer School (QNumerics) and participate in a CoQREATE workshop to discuss collaboration on quantum sciences with partners from Ireland.
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