Matt Eichenfield

Endowed Chair, SPIE Optical Sciences | Member of the Graduate Faculty | Associate Professor, Optical Sciences

Research Area

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Recent

Aluminum scandium nitride films for piezoelectric transduction into silicon at gigahertz frequencies

2023

Arbitrary Waveforms from a Resonant Modulator via Coherent Pre-Compensation

2023

Building a Quantum Repeater Using Optomechanical Oscillators as On-Demand Entanglement Sources

2023

Coherent Microwave Control of a Diamond Tin-Vacancy Spin in a Scalable Platform

2023

High-Efficiency Three-Wave and Four-Wave Phonon Mixing Via Electron-Mediated Nonlinearity in Semiconductor-Piezoelectric Heterostructures

2023

Complex angle isofrequency opening and reciprocity breaking in the refractive dual interface system

2023

High-speed off-chibeam steering via photonic integrated waveguides embedded on vertical ski-jumcantilevers

2023

Modular chip-integrated photonic control of artificial atoms in diamond waveguides

2023

High-speed photonic crystal modulator with non-volatile memory via structurally-engineered strain concentration in a piezo-MEMS platform

2023

Modular free-space architecture for photonic addressing and collection of artificial atoms in diamond

2023

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Matt Eichenfield

Research Area

Grants(27)

Publications(27)

Aluminum scandium nitride films for piezoelectric transduction into silicon at gigahertz frequencies

Arbitrary Waveforms from a Resonant Modulator via Coherent Pre-Compensation

Building a Quantum Repeater Using Optomechanical Oscillators as On-Demand Entanglement Sources

Coherent Microwave Control of a Diamond Tin-Vacancy Spin in a Scalable Platform

High-Efficiency Three-Wave and Four-Wave Phonon Mixing Via Electron-Mediated Nonlinearity in Semiconductor-Piezoelectric Heterostructures

Complex angle isofrequency opening and reciprocity breaking in the refractive dual interface system

High-speed off-chibeam steering via photonic integrated waveguides embedded on vertical ski-jumcantilevers

Modular chip-integrated photonic control of artificial atoms in diamond waveguides

High-speed photonic crystal modulator with non-volatile memory via structurally-engineered strain concentration in a piezo-MEMS platform

Modular free-space architecture for photonic addressing and collection of artificial atoms in diamond

Collaborations(30)

Robert Norwood

Brian LeRoy

Krishna Muralidharan

John Schaibley

Ricardo Valerdi

Courses(1)

Quantum Photonic Integrated Circuits