Skip to primary navigation.
Skip to secondary navigation.
Skip to page content.


Return to top of page.
Skip to secondary navigation.
Skip to page content.
Return to top of page.
Return to primary navigation.
Skip to secondary navigation.

Research interests

Find a professor who does research in an area in which you're interested by using the tool below. It filters the faculty according to their interests in three different categories. Select a tab below depending on whether you'd like to sort by focus area, technique or by traditional division.

Focus areas

Bioactivity

BIOACTIVITY

Tom Fyles
  • Membranes, ion-channels, biomimetic, molecular recognition, self-assembly

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Jeremy Wulff
  • Total synthesis and chemical biology; control of protein-protein interactions with small molecules

Catalysis

CATALYSIS

David Berg
  • F-elements, organometallic and coordination chemistry, synthesis, medical and catalytic applications

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Energy

ENERGY

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Kinetics/Dynamics

KINETICS/DYNAMICS

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Peter Wan
  • Mechanistic organic photochemistry, excited state proton transfer

Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry

 

Materials

MATERIALS

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Irina Paci
  • Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Magnetism

MAGNETISM

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Mechanisms

MECHANISMS

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene
Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry
Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers
Peter Wan
  • Mechanistic organic photochemistry, excited state proton transfer

Medicinal

MEDICINAL

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology
Jeremy Wulff
  • Total synthesis and chemical biology; control of protein-protein interactions with small molecules
Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Nanotechnology

NANOTECHNOLOGY

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Irina Paci
  • Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Polymers

POLYMERS
Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Sensors

SENSORS

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

Surfaces

SURFACES

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Irina Paci
  • Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields

Techniques

Biological assays

BIOLOGICAL ASSAYS

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Jeremy Wulff
  • Total synthesis and chemical biology; control of protein-protein interactions with small molecules

Electrochemistry

ELECTROCHEMISTRY

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Tom Fyles
  • Membranes, ion-channels, biomimetic, molecular recognition, self-assembly

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Fast Kinetics

FAST KINETICS

Cornelia Bohne
  • Photochromism, gels and asphaltene chemistry, supramolecular chemistry, dynamics, kinetics, host-guest, photochemistry and photophysics
Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics
Peter Wan
  • Mechanistic organic photochemistry, excited state proton transfer

Lasers

LASERS

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Peter Wan
  • Mechanistic organic photochemistry, excited state proton transfer

 

Magnetometry and EPR

MAGNETOMETRY AND ELECTRON PARAMAGNETIC RESONANCE

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Mass spectrometry

MASS SPECTROMETRY

Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry

Microscopy

MICROSCOPY

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

NMR

NMR

Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Spectroscopy

SPECTROSCOPY

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Synthesis

SYNTHESIS

David Berg
  • F-elements, organometallic and coordination chemistry, synthesis, medical and catalytic applications

Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

Tom Fyles
  • Membranes, ion-channels, biomimetic, molecular recognition, self-assembly

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Scott McIndoe
  • Catalyst discovery, organometallic & coordination chemistry, electrospray ionization mass spectrometry

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Peter Wan
  • Mechanistic organic photochemistry, excited state proton transfer

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Jeremy Wulff
  • Total synthesis and chemical biology; control of protein-protein interactions with small molecules

Theory

THEORY

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Irina Paci
  • Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields

Traditional divisions

Analytical

ANALYTICAL

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry

Biological

BIOLOGICAL

Tom Fyles
  • Membranes, ion-channels, biomimetic, molecular recognition, self-assembly

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Jeremy Wulff
  • Total synthesis and chemical biology; control of protein-protein interactions with small molecules

Inorganic

INORGANIC

David Berg
  • F-elements, organometallic and coordination chemistry, synthesis, medical and catalytic applications

Neil Burford
  • Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Scott McIndoe
  • Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry

Lisa Rosenberg
  • Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers

Organic

ORGANIC

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

Natia Frank
  • Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics

Robin Hicks
  • Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands

Tom Fyles
  • Membranes, ion-channels, biomimetic, molecular recognition, self-assembly

Fraser Hof
  • Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology

Peter Wan
  • Mechanistic organic photochemistry, excited state proton transfer

Jeremy Wulff
  • Total synthesis and chemical biology; control of protein-protein interactions with small molecules

 

Physical

PHYSICAL

Cornelia Bohne
  • Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene

Alex Brolo
  • Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection

David Harrington
  • Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy

Dennis Hore
  • Biomolecules on surfaces, spectroscopy, instrument design, computer modeling

Matthew Moffitt
  • Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics

Robert Lipson
  • Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry

Irina Paci
  • Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields

Frank van Veggel
  • Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics

Return to top of page.
Return to primary navigation.
Skip to page content.

News & events

Academic questions

Links of interest

Return to top of page.
Return to primary navigation.
Return to secondary navigation.
Return to page content.