ReisnerLab · Cambridge
Alumni
Former ReisnerLab researchers continuing their work across academia, industry and entrepreneurship.
Academic Careers
Alumni in Academic Positions
Former group members continuing their research and teaching careers at universities and research institutions.
Assistant Professor
University of Macau
Ramanujan Fellow
IISER Trivandrum
Ramon y Cajal and Ikerbasque Research Fellow
BCMaterials
Assistant Professor
Nanyang Technological University
Assistant Professor
Indian Institute of Technology, Kanpur
Research Professor
Shanghai Advanced Research Institute
Assistant Professor
University of Liège
Lecturer
Queen Mary University of London
Assistant Professor
TU Delft
Staff Scientist
CNRS
Lecturer
University of Manchester
Assistant Professor
McMaster University
Lecturer
Chulalongkorn University
Staff Scientist
SwissCAT+, ETH
Group Leader
ICIQ
Staff Scientist
NREL
Senior Lecturer
Keele University
Assistant Professor
Technical University Vienna
Assistant Professor
Virginia Tech
Full Professor
Nagoya University
Senior Lecturer and Vice Chancellor’s Fellow
Northumbria University
Lecturer
University of Lincoln
Assistant Professor
University College Dublin
CEA Researcher
CEA Grenoble
Professor
University of Bonn
Assistant Professor
University of Cambridge
Group Leader
Radboud University Nijmegen
Full Professor
Hohenheim University
Associate Professor
KFUPM
Vice Chancellor’s Research Fellow
University of Wollongong
Associate Professor
University of New Hampshire
Principal Research Scientist
Korea Institute of Science & Technology
Associate Professor
National Cheng Kung University
Lecturer
The University of Manchester
Professor
National Cheng Kung University
Associate Professor
Hokkaido University
Entrepreneurship
Entrepreneurial Alumni
Former group members who have founded or co-founded companies and now hold senior leadership positions within them, translating scientific ideas into novel emerging technologies.
Doctoral Alumni
PhD Alumni
Researchers who completed their doctoral training as members of the ReisnerLab.
TBA
TBA
TBA
Sustainable photocatalysis using carbon-based materials through interfacial and solvent engineering
Semi-biological domino catalysis using acetate- and propionate-producing microbes
Photoelectrochemical fuel synthesis using organic semiconductors with (bio)molecular catalysts
Electrochemical wiring of cyanobacteria to anodes using polymers towards biohybrid devices for solar-chemical production
Immobilising and interfacing poly(heptazine imide) ionic carbon nitride for photoelectrochemical fuel and chemical production
Carbon dots as sustainable photocatalysts for organic synthesis
Photoelectrochemical and Chemoenzymatic Reforming for Sustainable Fuel Production
Enhancing solar fuel synthesis via complementary approaches: round-the-clock operation and heat utilisation
Tailoring the redox enzyme-material interface for enhanced electro- and photocatalytic fuel systems
Carbon Nitride as a Heterogeneous Photocatalyst for Organic Transformations
Semi-Artificial Photoelectrochemistry through Perovskite Integration and Elucidation of the Local Environment
Tailored Diketopyrrolopyrrole-Based Organic Dyes in Photoelectrochemical Cells for Solar Fuel Synthesis
ZnSe Quantum Dots as a Platform for Solar Fuels Synthesis
Plastic and Mixed Waste as Feedstocks for Solar-driven H2 production
Electrochemical CO2 Reduction on Cucurbit[n]uril Modified Gold
Electrochemical and Photocatalytic Flow Strategies for Sustainable Substrate Oxidation
Photoelectrochemical Devices with Lead Halide Perovskite and Bismuth Vanadate Light Absorbers for Unassisted Solar Fuel Synthesis
Integrating Photosystem II and Electroactive Bacteria with Three-Dimensional Electrodes for Semi-Artificial Photosynthesis
Photoelectrochemical Tandem Cells with Enzymes Wired to Hierarchically-Structured Electrodes for Solar Fuel Synthesis
Solar Driven Hydrogen Generation with Dye-Sensitised CuCrO2 Photocathodes
Carbon Nitride for Solar H2 Production Coupled to Organic Chemical Transformations
Molecular Hybrid Photocathodes Based on Silicon for Solar Fuel Synthesis
Rationally Designed Molecular Catalysts and Dyes Co-Immobilised on Semiconductors for Solar H2 Evolution
Advancing Sustainable H2 Generation through O2-Tolerant Catalysis and the Photoreforming of Biomass
Electrokinetic Characterisation of Formate Dehydrogenase H from E. coli
Surface-Functionalised Carbon Dots as Versatile Light Harvesters for Solar Driven Catalysis
Immobilised molecular catalysts for photoelectrochemical solar fuels synthesis
Carbon Dot–Molecular Catalyst Hybrid Systems for Artificial Photosynthesis
Electro– and Photocatalytic Generation of H2 in Water Using Nickel Diphosphine Complexes
Intermolecular Photophysics of Photosystem II Core Complexes at Protein-Nanomaterial Interfaces
Nanocomposite Materials Generated from Single Source Precursor Chemistry for Solar Water Splitting
Wiring of Photosystem II to Hydrogenase for Photoelectrochemical Water Splitting
Structural Models of the Active Site of the [NiFeSe] Hydrogenase
Solar Light Driven Hydrogen Evolution with Cobaloximes Modified on Dye-Sensitised TiO2