On wafer measurements at DC-750 GHz.

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138GHz IQ-Power DAC with on-die antennas transmitting 32QAM over 10cm

IQ self-calibation demo video for 120-GHz Distance Sensor

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Electronics Group

Elec. & Comp. Eng.

Univ. of Toronto

Elevated Temperature Monolithic Quantum Processors in Silicon

Forever scaling? Is Planck's length the ultimate limit of scaling?

Tb/s per Carrier Fibre-optic Systems and Circuits

Millimetre-Wave/Terahertz Sensing and Imaging

Publications and Patents

Current Graduate Students (past students: 2005 2019 2022)

1

Shai Bonen, PhD Candidate: FDSOI CMOS Quantum Processors

2

Suyash Pati Tripathi, PhD Candidate: Behavioural Modelling of Semiconductor Qubits and Quantum Processors

3

Rafid Adnan Khan, PhD Candidate: 128 GBaud Decision Feedback Equalizer in 22nm FDSOI

4

Julie McIntosh, PhD Candidate: Design of Hole-Spin Coupled Qubit Arrays

5

Khaled Matloub, MASc Candidate: 100-GHz Bandwidth Analog MUX in 22nm FDSOI

6

Srirup Bagchi, MASc Candidate: Linear Analog-to-Digital Converter Frontends with over 100-GHz Bandwidth

7

Aseer Chowdhury, MASc Candidate: 100-GHz Bandwidth Linear Large Swing Optical Modulator Drivers

8

Truman Jian, MASc Candidate:  350 GBaud Analog Multiplexer

9

Sarah Banham, MASc Candidate: 400 GBaud Linear Front-End Circuits

10

Maaz Khurram, MASc Candidate: 400 GBaud Linear Front-End Circuits

Undergraduate projects/theses

1

Vivek Dhande: QTCAD Simulation of FDSOI Spin Qubits

2

Andrei Olar: QuantumATK Simulation of 3nm FinFET Quantum Dots

3

Janelle Frias: mm-Wave spin-qubit test setup

4

Nick Nabavi-Hoshmand Naini: 200+ Gb/s SiPh Transmitters

5

Shiyu Shen, Minghao Zhang and Zhaolei Zhang: 200+ Gb/s SiPh Receivers

6

Jingyang Hu, Qingyang Liu and Sam Chowdhury: 350GBaud Analog MUX in InP/GaAsSb HBT Technology

Link to former students and projects

Updated October 4, 2024