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Circuits & Devices

RF, digital and quantum circuits: transceivers above 100 GHz, agile upper mid-band front ends, and superconducting devices for quantum communication and sensing.

7 projects

SALSA: Spectrally Agile Large-Scale Arrays Sundeep Rangan, Hamed Rahmani Wideband, frequency-agile RFICs and tileable massive MIMO radios for the upper mid-band (FR3).

Hardware-Algorithm Co-Design Sundeep Rangan, Elza Erkip, Hamed Rahmani, Brandon Reagen Energy-efficient wireless networks built from low-power, approximate, non-linear, and noisy components.

WaveFlow: Agentic Algorithm-Hardware Co-Design Sundeep Rangan A Python-based, agentic framework for automated algorithm-hardware co-design of wireless systems.

ALMA Lab: Atoms, Light, and Microwaves Aziza Almanakly A quantum engineering lab building superconducting circuits for light-matter interaction, quantum links, and sensing.

Microwave Quantum Optics Aziza Almanakly Superconducting qubits as microwave photon emitters: generating, routing, and measuring quantum states of light.

Superconducting Quantum Interconnects Aziza Almanakly Coherent microwave links that share quantum information and entanglement between distant quantum processors.

Quantum Sensing Aziza Almanakly Superconducting circuits and entangled sensor networks for detecting weak signals beyond classical precision limits.

We are moving this area's projects to this site. Other projects in Circuits & Devices are listed on the NYU WIRELESS website.