Projects under the Collaboration of University at Buffalo and BITS Pilani

The collaboration between BITS Pilani and UB (University at Buffalo) brings together two prestigious institutions with a shared commitment to advancing research and innovation in cutting-edge fields. This partnership aims to foster academic excellence through joint research initiatives, the exchange of knowledge, and the development of technologies that address global challenges. 

1. Wide Bandgap Devices and Power Electronics - EUV Detection

Summary: Design and development of efficient self-powered solar-blind photodetectors based on 2D materials and UWBG heterojunctions for wireless UV communication.
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3. Sensors and Bioelectronics - 2D Materials for Breath Biomarker Sensors

Summary: Engineered 2D material-based FET sensor system modeling, design, and fabrication for rapid screening of disease biomarkers in exhaled breath.
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4. Sensors and Bioelectronics - Microchip Capillary Electrophoretic for Diagnosis

Summary: Microfluidic chip development with integrated electrodes, miniaturized circuits, sensing subsystems, and ML integration for self-calibration and improved accuracy.
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5. 2D Materials and Devices - MXene/Graphene Supercapacitors

Summary: Development of novel materials based on 2D (MXene/Graphene) and nanoparticles for applications in supercapacitors and efficient electrocatalysts/photoelectrocatalysts for energy conversion (e.g., H2 production by water splitting).
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6. 2D Materials and Devices - Neuromorphic Computing Applications

Summary: Development of 2D materials-based FET devices for neuromorphic computing applications, with efforts to make devices flexible while retaining their electronic properties.
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7. Quantum Photonics - Quantum State Generation

Summary: LNOI's strong nonlinearity allows efficient manipulation of light for quantum state generation (QRNG), paving the way for miniaturized and scalable quantum technologies.
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8. Quantum Photonics - Silicon Photonic Devices

Summary: Using dilute nitride InAs quantum dots grown directly on Si to create integrated photonic circuits, addressing the challenge of efficient light emitters on Si.
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9. Photovoltaics and Renewable Energy - Electrocatalysts for Water Electrolyzers

Summary: Development of efficient and durable (photo)electrocatalysts for water electrolyzers and hybrid water electrolyzers, integration with photovoltaic devices for green H2 production.
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10. Photovoltaics and Renewable Energy - Solar PV Technology and Power Converters

Summary: Design and development of electrical interfacing (power converters and controllers) for converting Solar PV electricity into usable electricity for water-splitting and H2 generation, alongside quantum material-based electrochemical energy conversion devices.
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