Anders Gustavsson

Senior Lecturer

Investigates rational and harmonic approximation through potential theory, connecting mathematical analysis with the geometric conditions that govern how functions can be represented.

Andrew James Kricker

Associate Professor; Director of URECA

Distils the topology of knots and three-dimensional spaces into algebraic invariants, uncovering connections between geometry, combinatorial diagrams and mathematical physics.

Annalisa Bruno

Associate Professor

Turns perovskite semiconductors into efficient solar cells and light-emitting devices, advancing scalable fabrication and transparent photovoltaics for energy-generating buildings.

Ariel Neufeld

Associate Professor

Builds mathematically grounded AI for decisions under uncertainty, combining stochastic control, robust optimization and high-dimensional computation for finance and insurance.

Bei Xiaohui

Associate Professor

Designs algorithms and market mechanisms that balance fairness, efficiency and incentives, from sharing computational resources to allocating goods and matching buyers with sellers.

Bent Weber

Associate Professor

Pushes electronics to atomic dimensions, using scanning tunnelling microscopy and quantum transport to uncover and control the electronic properties of two-dimensional and topological materials.

Bernhard Schmidt

Professor

Resolves existence questions in finite geometry and combinatorial design, bringing algebraic number theory to bear on highly symmetric configurations and structured matrices.

Cesare Soci

Professor; Acting Director, Centre for Disruptive Photonic Technologies

Engineers nanoscale light sources, detectors and optical materials, translating light–matter physics into technologies for sensing, imaging and quantum information.

Chan Song Heng

Associate Professor

Uncovers identities and hidden structure in integer partitions, q-series and special functions, extending Ramanujan's legacy through analytic and combinatorial methods.

Cheong Kang Hao

Associate Professor; Assistant Dean (Continuing Education and Training)

Finds when switching strategies turns losing outcomes into winning ones, connecting game theory, complex-system dynamics and machine learning to biological and social decisions.

Cheong Siew Ann

Associate Professor; Deputy Director, Complexity Institute

Maps the structure of complex systems, using statistical physics and networks to understand collective behaviour, systemic risk and the evolution of scientific knowledge.

Chew Lock Yue

Professor

Uncovers how synchronisation, fluctuations and information processing shape complex systems, connecting nonlinear dynamics to quantum thermodynamics and collective behaviour in transport.

Chia Ee Min, Elbert

Associate Professor

Probes quantum materials with ultrafast femtosecond and terahertz spectroscopy, resolving carrier dynamics and competing superconducting, magnetic and electronic orders.

Chong Yidong

Professor (NRF Investigator); Assistant Dean (Communications), College of Science; Director, CN Yang Scholars Programme

A pioneer of topological photonics and originator of coherent perfect absorption, he designs wave systems that harness topology, amplification and loss to control light.

Christos Panagopoulos

Professor

Uncovers and engineers emergent quantum matter, making major advances in topological magnetism, unconventional superconductivity and magnetic structures for nanoscale information technologies.

Chua Chek Beng

Associate Professor

Builds optimisation algorithms from the geometry of convex cones, deriving efficient methods and rigorous guarantees for semidefinite and other continuous optimisation problems.

Cyrus Mostajeran

Nanyang Assistant Professor (NRF Fellow)

Harnesses geometry to design shape-changing materials and learning algorithms, translating curved spaces into practical tools for optimization, data analysis and robotics.

Daniel Paulin

Associate Professor

Quantifies the accuracy of probabilistic computation, proving convergence guarantees and designing efficient sampling methods for uncertainty assessment in large-scale Bayesian models.

Dau Hai Dang

Nanyang Assistant Professor

Designs sampling algorithms that make complex probability models computationally tractable, linking Monte Carlo methods, diffusion-based generative models and rigorous Bayesian inference.

David Wilkowski

Associate Professor

Creates synthetic gauge fields in ultracold matter, harnessing coherent atomic dynamics and geometric control for quantum simulation, precision sensing and quantum technologies.

Endao Han

Assistant Professor

Reveals how soft matter acquires strength and living matter organises itself, uncovering the mechanics behind dense suspensions, active materials and bacterial collective behaviour.

Fan Hongjin

Professor

Engineers nanostructured materials for batteries and hydrogen production, translating control of surfaces and interfaces into flexible energy devices and efficient electrocatalysts.

Fedor Duzhin

Senior Lecturer

Uses topology to study geometric dynamics and complex data, while building learning-analytics tools for fair assessment and collaborative mathematics education.

Florian Rossmannek

Nanyang Assistant Professor

Establishes the mathematical foundations of learning dynamical systems, revealing when neural and state-space models retain memory, generate data and train reliably.

Francois Joachim Marcel Gay-Balmaz

Associate Professor

Formulates geometric theories of fluids and thermodynamics, building models and numerical methods that preserve physical structure while capturing irreversible processes.

Gary Royden Watson Greaves

Assistant Professor

Resolves extremal questions about geometric configurations and graphs, combining algebra, number theory and computation to determine the limits of highly symmetric structures.

Gu Mile

Professor (NRF Investigator)

Designs memory-efficient quantum models of complex processes, uncovering how quantum information reduces the resources required for simulation and information processing.

Guo Jian

Associate Professor; Programme Director, Master of Science in Cybersecurity (Applied Cryptography) (MSCS)

Exposes weaknesses in cryptographic designs, developing attacks and lightweight primitives that sharpen the security of hashes, ciphers and authenticated encryption.

Guoqing Chang

Nanyang Assistant Professor (NRF Fellow)

Predicts unconventional topological matter ab-initio, revealing how quantum geometry and symmetry shape electronic, magnetic and optical responses in emerging quantum materials.

Hemant Tyagi

Nanyang Associate Professor

Recovers hidden structure from incomplete and noisy data, devising provable algorithms for high-dimensional signals, networks and evolving dynamical systems.

Ho Shen Yong

Principal Lecturer; Associate Dean (Students), College of Science; Director, Making and Tinkering Programme; Provost’s Chair in Physics

Designs physics learning around experimentation and student-built prototypes, developing inquiry activities that connect physical principles to creative solutions for real-world problems.

Hoang Viet Ha

Associate Professor; Assistant Chair (Academic)

Bridges microscopic structure and macroscopic behaviour, building rigorous multiscale methods for differential equations with complex materials, randomness and uncertainty.

Jeremie Houssineau

Assistant Professor

Rethinks inference under uncertainty, combining probability and possibility theory to build robust learning methods when observations are noisy and knowledge is incomplete.

Juan-Pablo Ortega

Professor; Lee Soo Ying Professor of Mathematics; Head, Mathematical Sciences; Associate Chair (Faculty)

Connects geometric mechanics with the mathematics of learning, establishing how dynamical systems encode memory, respect symmetry and support reliable forecasting.

Justin Song

Associate Professor; Associate Chair (Students); Provost’s Chair in Physics

Mesoscopic theories to reveal how quantum geometry, electron correlations and nonequilibrium dynamics shape transport and light–matter interactions in two-dimensional quantum matter.

Kai Xue

Assistant Professor

Resolves biomolecular structure and motion with NMR spectroscopy, uncovering the physical behaviour of protein condensates, membrane-associated assemblies and biological soft matter.

Kiah Han Mao

Assistant Professor

Engineers error-correcting mathematics for reliable information, from DNA data storage and sequence reconstruction to efficient, private computation across distributed systems.

Koh Teck Seng

Senior Lecturer; Assistant Chair (Education & Pedagogy Development)

Designs semiconductor spin-qubit control protocols and quantifies how noise and physical constraints limit the accuracy of quantum gates.

Ku Cheng Yeaw

Senior Lecturer

Determines the limits of combinatorial structure, using algebra and graph spectra to characterize extremal families of permutations, partitions and discrete configurations.

Kyungtak Lim

Assistant Professor

Reveals how magnetic geometry shapes fusion-plasma behaviour, using advanced simulations to understand turbulence, impurity transport, confinement and the heat loads on reactor components.

Lee Soo Ying

Emeritus Professor

Deciphers molecular motion through ultrafast nonlinear spectroscopy, developing quantum theories that connect femtosecond Raman signals to vibrations, excited states and chemical reactions.

Leek Meng Lee

Senior Lecturer; Assistant Chair (Academic)

Develops detailed mathematical treatments of electrodynamics and field theory, with interests spanning condensed-matter physics, quantum geometric phases and quantum gravity.

Leonard Huang

Lecturer

Extends the mathematics of symmetry and quantum representations, connecting operator algebras, noncommutative geometry and the structures underlying mathematical physics.

Lew Wen Siang

Professor

Controls nanoscale magnetism to implement programmable logic and nonvolatile memory, combining spintronic materials, device fabrication and magnetic dynamics for computing hardware.

Li Yi

Associate Professor

Distils massive datasets into compact computational summaries, designing algorithms that extract reliable answers with limited memory, measurements and communication.

Lim Gerard Joseph

Lecturer

Develops nanomagnetic devices for reconfigurable logic and emerging memory, combining control of magnetic switching with nanofabrication and the translation of spintronics into computing hardware.

Lim Kay Jin

Senior Lecturer; Programme Director, Master of Science in Analytics (MSA)

Deciphers algebraic representations of symmetry, linking the structure of finite-dimensional algebras to combinatorics, geometry and the complexity of their modules.

Ling San

Distinguished Nanyang Professor

Turns algebra and number theory into foundations for secure communication, spanning error-correcting codes, post-quantum cryptography and the arithmetic of modular curves.

Marek Gluza

Nanyang Assistant Professor

Creates quantum algorithms for simulation and optimisation, combining mathematical physics with new methods for preparing quantum states and understanding many-body dynamics.

Martianus Frederic Ezerman

Senior Lecturer

Constructs algebraic codes and discrete structures for reliable classical and quantum information, deriving error-correction guarantees and efficient methods for generating cryptographic sequences.

Massimo Pica Ciamarra

Associate Professor; Assistant Chair (Internship)

Develops microscopic descriptions of glass formation, jamming and disordered solids, connecting particle-scale structure to rigidity, unusual vibrations and collective dynamics.

Michele Nguyen

Assistant Professor

Maps how changing environments affect disease and disaster risk, developing spatial and extreme-event statistics to strengthen public-health preparedness and resilience.

Milind Hegde

Nanyang Assistant Professor

Uncovers universal patterns in random growth, using probability and geometry to explain why different fluctuating interfaces obey the same mathematical laws.

Mu Yue

Lecturer

Reveals meaningful subgroups in complex data, developing sparse statistical learning methods that connect high-dimensional inference with disease modelling and public-health decisions.

Ng Huei Ying, Nelly

Nanyang Assistant Professor

Establishes what quantum thermodynamics permits, showing how catalysts unlock state transformations and where finite energy and size place fundamental limits on them.

Ng Keng Meng

Professor; Associate Chair (Undergraduate Studies)

Probes the boundaries of computation and randomness, determining what information algorithms can recover and which mathematical principles are needed to recover it.

Nicolas Privault

Professor

Transforms stochastic calculus into tools for complex systems, deriving probability laws and computational methods for random networks, nonlinear equations and financial models.

Nikolay Bazhenov

Associate Professor

Determines what algorithms can learn and recognise about mathematical structures, connecting computability, logic and topology to the limits of effective classification.

Okada Emile Takahiro

Nanyang Assistant Professor

Unravels the representation theory behind the Langlands programme, using geometry and harmonic analysis to connect p-adic symmetries with their arithmetic invariants.

Pan Guangming

Professor

Separates signal from noise in high-dimensional data, establishing random-matrix laws that underpin modern inference, covariance estimation and the analysis of complex models.

Peter Török

Professor (cross appointment from LKCMedicine and SCELSE)

Phan Anh Tuân

Lee Soo Ying Professor in Biological Physics (NRF Investigator); Chair, SPMS

Resolves DNA and RNA architecture through landmark G-quadruplex structural discoveries, connecting molecular folding to recognition, biological function and new therapeutic strategies.

Pinaki Sengupta

Associate Professor

Predicts exotic collective phases in quantum magnets, using microscopic theory and numerical simulation to uncover frustrated states, unconventional magnetic ordering and field-driven quantum transitions.

Pun Chi Seng, Patrick

Associate Professor; Associate Chair (Graduate Studies); Programme Director, Master of Science in Financial Technology (MSFT)

Designs decisions that withstand model uncertainty, integrating stochastic control and statistical learning to tackle financial risk, changing preferences and high-dimensional data.

Rainer Dumke

Associate Professor; Associate Chair (Research); Head, Physics and Applied Physics

Builds quantum processors and precision sensors from superconducting circuits and ultracold atoms, and co-founded AQSolotl to bring quantum-control hardware out of the laboratory.

S.N. Piramanayagam

Associate Professor

Tailors magnetic thin films and nanostructures for recording and spin-wave devices, developing materials platforms for memory and brain-inspired computing.

Seok Young Hong

Assistant Professor

Decodes financial-market risk from large-scale time series, devising statistical methods that distinguish extreme price movements and extract structure from noisy trading data.

Shilei Ding

Assistant Professor

Harnesses orbital and spin currents to control magnetism, investigating new routes to efficient magnetic memory and logic in thin films and quantum materials.

Stephane Vannitsem

Professor (Practice)

Quantifies the predictability of weather and climate, using chaos theory and information flow to untangle multiscale dynamics and improve probabilistic forecasting.

Su Rui

Nanyang Assistant Professor

Harnesses strong light–matter coupling in semiconductor microcavities, advancing room-temperature polariton physics and coherent, nonlinear and topological photonic devices.

Sum Tze Chien

Professor (NRF Investigator); Associate Dean (Research), College of Science; Director, Institute of Advanced Studies

Deciphers the photophysics of perovskites, revealing how light and charge behave in these semiconductors to guide their development for solar energy and light-emitting technologies.

Tang Wee Kee

Principal Lecturer; Assistant Chair (Outreach and Educational Transformation)

Characterizes the geometry and complexity of function spaces, uncovering how smoothness, convexity and controlled discontinuity determine their mathematical structure.

Thomas Peyrin

Professor (NRF Investigator); Assistant Chair (Research and Graduate Studies)

Exposes the limits of digital security and designs stronger cryptographic primitives, combining landmark cryptanalysis with lightweight encryption and automated security methods.

Timothy C.H Liew

Associate Professor

Develops theories of interacting polaritons and their quantum dynamics, identifying routes to optical devices, information processing and collective light–matter phenomena.

Tong Ping

Associate Professor; Programme Director, Master of Science in Modelling and Simulation (MSMS)

Images the Earth’s hidden interior through mathematical inversion, developing seismic-wave models and tomography methods that reveal subsurface structure across multiple scales.

Tushar Vaidya

Lecturer

Connects stochastic dynamics with quantum algorithms, establishing how interacting systems reach agreement and how quantum computation can tackle high-dimensional mathematical problems.

Wang Huaxiong

Professor; President’s Chair in Cryptology

Constructs cryptographic systems that protect information while enabling its use, spanning privacy-preserving computation, secret sharing and security against future quantum attacks.

Wang Li-Lian

Professor

Develops high-accuracy algorithms for scientific computation, establishing spectral methods that capture complex waves, nonlocal dynamics and solutions beyond standard smoothness assumptions.

Wang Xiao, Renshaw

Associate Professor; Assistant Chair (Facilities, IT, Safety & Health); Programme Director, Masters in Precision Scientific Instrumentation Programme

Engineers quantum-material interfaces to control electronic and magnetic behaviour, combining low-dimensional materials and heterostructures for new electronics and spintronic devices.

Wu Guohua

Associate Professor

Charts the logical structure of computational difficulty, connecting degrees of unsolvability with information complexity and effective methods in analysis, algebra and combinatorics.

Wu Hongjun

Associate Professor

Creates award-winning encryption algorithms and probes their security, designing fast and lightweight cryptography for systems with demanding performance and resource constraints.

Xavier Garbet

Professor; Temasek Professor in Clean Energy

Known for his contributions to turbulent transport theory in fusion plasmas, he tackles heat loss and instabilities that govern magnetic confinement critical for fusion energy.

Xia Kelin

Associate Professor

Turns molecular shape and topology into predictive AI, developing mathematical representations that reveal biomolecular interactions and guide the design of drugs and materials.

Xiang Liming

Associate Professor

Extracts reliable evidence from complex health data, designing statistical methods for survival outcomes, hidden heterogeneity and incomplete or correlated observations.

Yan Zhenzhen

Associate Professor; Assistant Chair (Students)

Optimizes prices, networks and services under uncertainty, turning data about demand and behaviour into better decisions for retail, supply chains and healthcare.

Yang Bo

Associate Professor; Assistant Chair (Students); Director, Odyssey Leaders in Science Programme

Reveals how geometry and interactions create topological quantum matter, developing microscopic theories of fractional quantum Hall systems and collective behaviour in complex systems.

Yijie Shen

Nanyang Assistant Professor

Structures light in space and time, creating optical skyrmions and topological field textures for new approaches to information encoding and optical measurement.

Yong Ee Hou

Senior Lecturer; Assistant Chair (Outreach)

Models the geometry and mechanics of living matter, connecting biopolymer structure, biological form and collective behaviour through statistical physics and computation.

Yongcun Song

Assistant Professor

Accelerates the control and simulation of complex systems, combining numerical optimization with machine learning to solve challenging equations and reuse their solutions.

Zhang Baile

Professor; President’s Chair in Physics; Assistant Chair (Research & Graduate Studies)

Bends light and sound around obstacles and along protected pathways, advancing visible-light cloaking, acoustic topological states and electrically pumped topological lasers.

Zhisong Qu

Assistant Professor

Formulates theories and computational models of fusion plasmas, revealing how magnetic geometry and energetic particles govern confinement, stability and transport.

Zhongjian Wang

Assistant Professor

Brings rigorous analysis to generative AI and scientific simulation, developing learning and particle methods that capture complex transport, randomness and multiscale dynamics.

An Bo

Professor (cross appointment from CCDS)

Anupam Chattopadhyay

Associate Professor (cross appointment from CCDS)

Anwitaman Datta

Associate Professor (cross appointment from CCDS)

Cong Gao

Professor (cross appointment from CCDS)

Dusit Niyato

Professor (cross appointment from CCDS)

Gao Weibo

Professor (cross appointment from EEE)

Hilmi Volkan Demir

Professor (cross appointment from EEE)

Ilya Belopolski

Assistant Professor (cross appointment from EEE)

Jayne Thompson

Associate Professor

Designs quantum agents and algorithms that push beyond classical limits, uncovering how quantum information can reduce the memory and energy costs of adaptive computation.

Liu Yang

Professor (cross appointment from CCDS)

Loh Zhi Heng

Associate Professor (cross appointment from CCEB)

Mu Yuguang

Associate Professor (cross appointment from SBS)

Ong Yew Soon

Professor (cross appointment from CCDS)

Tan Howe Siang

Associate Professor (cross appointment from CCEB)

Tran Anh Tuan

Associate Professor (cross appointment from MAE)

Wang Qijie

Professor (cross appointment from EEE)

Yeow Kok Lee, Edwin

Associate Professor (cross appointment from CCEB)

Zhengyang Zhang

Lecturer (cross appointment from CCEB)

Alfred M. Bruckstein

Visiting Professor

Cesare Tronci

Visiting Professor

Claude Guet

Visiting Professor

Daniele Sanvitto

Visiting Professor

Eitan Yaakobi

Visiting Professor

Elvira ARREGUI Victor

Visiting Professor

Handong Sun

Visiting Professor

Junichiro Kono

Visiting Professor

Lan Shau-Yu

Visiting Associate Professor

Manjunath Gandhi

Visiting Associate Professor

Patrice Koehl

Visiting Professor

Ratiu Tudor Stefan

Visiting Professor

Xing Chaoping

Visiting Professor

Xiong Qihua

Visiting Professor

Yu Ting

Visiting Professor

Khoo Khoong Ming

Adjunct Associate Professor

Lee Cheow Lei, James

Adjunct Associate Professor

Phua Kok Khoo

Adjunct Professor

Sim Siang Meng

Adjunct Assistant Professor

Tan Hong Qi

Adjunct Assistant Professor

U.S. Dinish

Adjunct Associate Professor

Valerian Hall-Chen

Adjunct Assistant Professor