Academic Profile : Faculty

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Prof Gao Weibo
Professor, School of Electrical & Electronic Engineering
Dieter Schwarz Endowed Professor in Quantum Sovereignty and Resilience (QUASAR)
Professor, School of Physical & Mathematical Sciences
Director, CN Yang Scholars Programme
 
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01/09/2024- Now
Dieter Schwarz Endowed Professor in QUASAR, EEE&SPMS, NTU

01/04/2024 to 01/09/2024
President's Chair Professor in Physics, NTU

2023- 2024
Professor, Provost’s Chair in Physics,
Director of Nanyang Quantum Hub (NQH), NTU
School of Physical and Mathematical Sciences,
Nanyang Technological University, Singapore

2019- 2023
Associate Professor, Provost’s Chair in Physics,
School of Physical and Mathematical Sciences,
Nanyang Technological University, Singapore

2014 - 2019
Nanyang Assistant Professor (NRF Fellow),
School of Physical and Mathematical Sciences,
Nanyang Technological University, Singapore

2010 - 2014
Research Fellow,
Department of Physics,
Swiss Federal Institute of Technology (ETH Zurich), Switzerland

2002- 2010
Bachelor, PhD in University of Science and Technology of China
Key Areas of Research

• Quantum technology

We are investigating the quantum technology application with the electron spins and photons as qubits. Especially, electron spins in color centers of wide bandgap material can hold long spin coherence time. They are promising candidates for quantum sensing and stationary qubits for quantum communications. Photons act as flying qubits in quantum network and are promising candidates for on-chip integrated photonics quantum computation.

• Quantum material investigation

We are exploring different candidate for quantum materials such as systems for single photon emitters and 2D material excitons. They can carry different degrees of freedom such as charge, spin or valleys. In our research, we explore their interaction with optical and electric field.
 
  • Solution-Processed Perovskite Materials for Next Generation Integrated X-Ray Sensors
  • Precision magnetic field sensing based on NV centers in diamond (WP-S1)
  • Quantum Assisted Navigation and Magnetic Sensing
  • Precision magnetic field sensing based on NV centers in diamond (WP-S1) (For research scholarship only)
  • Quantum Assisted Navigation and Magnetic Sensing (For research scholarship only)
  • Phase-Change Optical Nanoantenna Enhanced Single Photon Emitters with Tunability and Chirality
  • NV center Quantum sensing measurement for health science
  • Plasmonic nanopore: Toward on-chip quantum-based genome sequencing
  • Fabrication of ultra-pure ‘quantum grade’ diamond via MPCVD
  • Processing and Characterization of Diamond Crystals
  • SPE QKD (NUS PI: Alexander Ling)
  • Precision Reflectance Sensing in Noisy Environments via Quantum Illumination
  • WP2: Reprogrammable and Near-Optimal Single-Photon Emitters in 2D Materials by Harnessing Strain-Tunable Phase Change Materials
  • Lanthanides-based Biosensor chemical engineering (NUS PI: Liu Xiaogang)
  • Quantum sensing for health science based on NV centers in diamond
  • Quantum Single Photon Emitters in Silicon Emitting at Telecom Wavelengths
  • Topological quantum physics in atomically thin materials
  • Exciton polariton with 2D materials
  • Enhanced nonlinearities in GaAs
  • N-GAP: Nanophotonics Gates with Exciton-Polaritons
  • Exciton-Polariton Theory
  • Solid state qubit spin photon interface
  • Heterogenous quantum interfaces over metropolitan distances
  • Electrically pumping and Ultra-high brightness room temperature telecom SPE
  • Island-wide quantum key distribution using electrically driven single photon emitters
  • High Linearity Silicon Germanium Photonic Modulator for 6G Analog Radio over Fiber
  • High Linearity Silicon Germanium Photonic Modulator for 6G Analog Radio over Fiber (WP 3.2: Ultrafast Carrier Dynamics in Photonic Modulator)
  • WP1: Reprogrammable and Near-Optimal Single-Photon Emitters in 2D Materials by Harnessing Strain-Tunable Phase Change Materials
  • Reprogrammable and Near-Optimal Single-Photon Emitters in 2D Materials by Harnessing Strain-Tunable Phase Change Materials
  • Dieter Schwarz Endowed Professor in Quantum Sovereignty and Resilience (QUASAR)
  • Quantum Sovereignty and Resilience (QUASAR)
  • WP1 Integrated Quantum Devices
  • National Centre for Advanced Integrated Photonics
Awards
2024 President’s Chair in physics, NTU
2023 Nanyang Research Award (YSA), NTU
2023 IPS Awards 2023 - World Scientific Medal and Prize for Outstanding Physics Research, Singapore
2019 Provost’s Chair in physics, NTU
2017 President’s Young Scientist Award, Singapore
2017 Innovators Under 35 - EmTech Asia
2017 MIT technology Review innovator under 35, Asia Pacific.
2014 Award of National Research Foundation Fellowship, Singapore
2010 Award of Marie-Curie Fellowship in European Union
2012 Award of National 100 Excellent Doctoral Dissertation, China
2010 President's Special Award of Chinese Academy of Sciences
2010 Youth Innovation Award, University of Science and Technology of China
2007 Hong Kong Qiu-Shi Graduate Scholarship