First Electronic–Photonic Quantum Chip Created in Commercial Foundry
In a milestone for scalable quantum technologies, scientists have reported the world’s first electronic–photonic–quantum system on a chip.
Boston University’s College of Engineering faculty are creating startups and securing impact research grants, continuing growth that builds on the Chips and Science Act, aiming to strengthen the country’s semiconductor industry and boost scientific research and development.
BU Engineering faculty and students are innovating and creating startup companies on the bleeding edge of technology and real world impact.
Secure Miniaturized Bio-Electronic Sensors for Real-Time In-Body Monitoring
National Science Foundation (NSF)
Real-time in-body monitoring can provide essential health information for achieving early diagnosis and intervention of complex disorders.
This project will develop inexpensive and non-invasive miniaturized ingestible sensors that tap into the biochemical in-body domain to surpass the limited accuracy of existing methods.
In a milestone for scalable quantum technologies, scientists have reported the world’s first electronic–photonic–quantum system on a chip.
The team is pioneering universal data decoding chips to develop the nation's wireless communications capabilities.
An optical biosensor developed by Professor Selim Ünlü and collaborators diagnoses monkeypox in record time.
In many ways, Professor Rabia Yazicigil is the very image of the kind of scientist and engineer called for by…
This is the second article in our series highlighting BU ECE’s contributions to research and education under the umbrella of…
This article is the first part of a series highlighting BU ECE’s contributions to research and education under the umbrella…