The D-Lab: Sculpting light at the nanoscale

We are the research group of Professor Jen Dionne at Stanford. We explore new ways to control the interaction of light with matter. We aspire to build a world where diseases like cancer, tuberculosis, and Alzheimer’s are detected and cured with light; where light drives sustainable chemical and catalytic reactions; and where quantum computing enables trillions of operations in the blink of an eye. We strive to make that future a reality by developing new nanophotonic materials, methods, and devices.

Our diverse team spans materials scientists, chemists, physicists, synthetic biologists, electrical engineers, chemical engineers, bioengineers, and mechanical engineers — all working together toward our shared vision.

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The D-Lab: Sculpting light at the nanoscale

We are the research group of Professor Jen Dionne at Stanford. We explore new ways to control the interaction of light with matter. We aspire to build a world where diseases like cancer, tuberculosis, and Alzheimer’s are detected and cured with light; where light drives sustainable chemical and catalytic reactions; and where quantum computing enables trillions of operations in the blink of an eye. We strive to make that future a reality by developing new nanophotonic materials, methods, and devices.

Our diverse team spans materials scientists, chemists, physicists, synthetic biologists, electrical engineers, chemical engineers, bioengineers, and mechanical engineers — all working together toward our shared vision.

Featured Research

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Biophotonics: Machine learning and nanophotonics for label-free molecular-to-cellular detection
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Active and electro-optically-tunable nanophotonics
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Catalysis: Electrifying the chemical manufacturing industry
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Extreme energy-shifting nanoparticles: Upconversion and Scintillation

Scientific Publications Recent Highlights

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Cody's work titled "Heart cockle shells transmit sunlight to photosymbiotic algae using bundled fiber optic cables and condensing lenses" was recently published in Nature Communications!
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Jason's paper titled "Upconverting microgauges reveal intraluminal force dynamics in vivo" has been published by Nature!
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Very-Large-Scale Integrated High-Q Nanoantenna Pixels (VINPix)
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In Focus: Wastewater Disease Tracking
Stanford spotlights our work analyzing wastewater for pathogens!
From Lab to Launch: Stanford’s Entrepreneurial Ecosystem
Jen participated as a panelist on a NNCI entrepreneurship webinar to discuss her experience co-founding Pumpkinseed.
Seeing the oceans in a new light
Watch how our nanophotonic technologies help coastal communities around the world assess ocean health in this Stanford video!
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