Hi, I'm John!

Electrical & Computer Engineering @ Olin College '28

Broadly speaking, my research interests lie in the design and fabrication of novel microelectronic and quantum devices; especially those that bridge microwave and photonic devices. My work spans across areas like nanofabrication, materials processing, Microwave/RF Engineering, and embedded instrumentation for quantum and scientific applications. Outside of academics, I enjoy competing in 2D fighting games, learning new languages, and exploring optical and radio astronomy. I’m also a huge fan of anime and manga, and I hope to one day build devices as cool as those I’ve read about!

Explore My Projects!

Featured Projects

Research & Publications

A Compact, Portable Spectrometer for NMR Measurements in Undergraduate Education Labs

A Compact, Portable Spectrometer for NMR Measurements in Undergraduate Education Labs

SpinQuorumResearch Intern
FPGAVerilogDigital Signal ProcessingRadio AstronomySpectral Kurtosis

Jan 2026 - Jun 2026

Quorum-1, a low-cost, open-source, single-qubit Earth-field nuclear magnetic resonance platform designed for hands-on quantum education and adaptable to both spectroscopy and gradient-coil magnetic resonance imaging demonstrations.

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A Low-Cost, Optically Detectable Magnetic Resonance Device

A Low-Cost, Optically Detectable Magnetic Resonance Device

SpinQuorumResearch Intern
RF EngineeringNV-Center DevicesAntenna DesignODMRAnsys HFSSQuantum DevicesProduct Management

Jan 2026 - Jun 2026

Here we present Quorum-NV, an open-source, low-cost optically detected magnetic resonance (ODMR) device designed specifically for secondary, undergraduate, and hobbyist laboratory environments. Rather than targeting research-grade sensitivity, Quorum-NV is meant to be an instructional platform for introducing NV- center physics through direct experiment.

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Real-Time RFI Mitigation via FPGA-Based Spectral Kurtosis

Real-Time RFI Mitigation via FPGA-Based Spectral Kurtosis

Green Bank ObservatoryResearch Intern
Radio Frequency Inteference MitigationDigital Signal ProcessingSpectral KurtosisFPGAVerilog

Jun 2025 - Aug 2025

Implemented real-time Radio Frequency Interference (RFI) detection algorithms on FPGA hardware using Spectral Kurtosis to automatically isolate and filter transient interference for radio astronomy signals.

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