Squeezed Quantum prOcessing with Photonics and Electronics (SQOPE)

Circuit and System Design for Quantum Applications

Circuit and System Design for Quantum Applications

Design of High-Speed Sampling Front-End for Optical Receivers

Doctoral project Borre Van Lombergen

Electronic and Photonic Integrated Circuit Co-Design of a 60 GHz Analog Radio-over-Fiber Transceiver Chipset

Electronic-Photonic Circuit Co-Design

High-Baudrate Traveling-WaveTransimpedance Ampliers

High-Frequency Cryptographically Secure Circuits

Integrated quantum random number generation for space applications

Optical I/O Front-End for Low-Latency Optical Switched Networks

Photonic-Assistant Analog-to-Digital Conversion

Shot-Noise-Limited Digital Receiver Design for Quantum Encryption

Doctoral project Jakob Declercq

Doctoral project Joris Lambrecht

Doctoral project Michael Vanhoecke

Doctoral project Renato Vaernewyck

III-V-on-Si SOAs and DFB/DBR Lasers Realised Using Micro-Transfer Printing

Scalable Control Circuits for Complex Photonic Chips

Burst-mode partial response compensating techniques for next-generation optical access networks

Electronic-Photonic Integrated Circuits for Next-Gen Communications and Computing

High bitrate burst-mode electronic dispersion compensation/equalization circuitry for converged optical access networks

Integration of novel thin films with photonic circuits for telecom, quantum optics and neuromorphic computing

MicroWave Photonic Technologies for Communications and Sensing Applications in Space

Design of an integrated balanced receiver for continuous variable quantum key distribution systems

DSP-Lite 100 Gbaud Analog Optical Coherent Receivers for Datacenter Short-Reach Links

Optical I/O as an enabler for the high-performance computers of the future