Klaas Wynne Email & Phone Number | In my research group, we are interested in the structure and dynamics of liquids and solutions. We study peptides, proteins, and other biomolecules but consider them as amorphous blobs that behave much like liquids. We are especially interested in phase behaviour such as supercooling of liquids, folding transitions in peptides, nucleation of crystals from solution, and liquid-liquid and liquid-crystalline transitions. These phenomena are studied with a range of techniques. Femtosecond laser techniques are used to probe the dynamics of molecules in disordered matter from about 15fs to nanoseconds and beyond. The temperature dependent behaviour of these processes tells us about the underlying supramolecular structure and molecular complexity. We have become especially excited by growing molecular-scale structure such as is the nucleation of crystals from solution: such crystals start life as nanometre scale molecular clusters that, through chance, grow to become macroscopic crystals. Phase transitions in the liquid also start on a molecular scale and grow to cause separation of phases. Understanding these phenomena is both basic science and of huge commercial importance. We are expanding into exciting new experimental areas such as microscopy. With a new confocal fluorescence microscope, we will be able to study phase separation directly. Fluorescence lifetime imaging and fluorescence correlation spectroscopy will give unique insight in the local properties of phases and the local molecular dynamics. Dynamic and static light scattering is used to follow the generation of clusters, droplets, and crystals as a function of time. Microfluidics is be used to carry out complex phase transitions and chemical reactions right under the microscope. Last but not least, we aim to control chemical matter: by using femtosecond lasers we should be able to push transitions around to a desired state. Specialties: The main goal of my group is the study of femtosecond vibrational dynamics in the condensed phase and in particular the role of low frequency (terahertz) collective modes. Our work concentrates on liquids & proteins and the types of vibrational and rotational motions that describe the dynamics on a timescale from a few femtoseconds to nanoseconds.

Klaas Wynne

In my research group, we are interested in the structure and dynamics of liquids and solutions. We s...
Glasgow, Glasgow, United Kingdom

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Klaas Wynne’s Email klaas.wynne@gla.ac.uk

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Klaas Wynne’s Location Glasgow, Glasgow, United Kingdom

Klaas Wynne’s Current Industry University Of Glasgow

Klaas Wynne’s Prior Industry American Chemical Society | University Of Strathclyde | University Of Pennsylvania | University Of Amsterdam

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Work Experience

University Of Glasgow

Professor

2010-11-01 00:00:00 - Present

American Chemical Society

Associate Editor Of The Journal Of The American Chemical Society (Jacs)

2017-03-01 00:00:00 - 2020-12-01 00:00:00

University Of Strathclyde

Visiting Professor In The Department Of Chemical And Process Engineering

2012-01-01 00:00:00 - 2014-12-01 00:00:00

University Of Pennsylvania

Postdoc

1991-03-01 00:00:00 - 1996-02-01 00:00:00

University Of Amsterdam

Phd Student (Aio)

1987-01-01 00:00:00 - 1990-01-01 00:00:00

Skills

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Languages

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FAQ About Klaas Wynne

Klaas Wynne is located at
Glasgow, Glasgow, United Kingdom

Klaas Wynne is a In my research group, we are interested in the structure and dynamics of liquids and solutions. We study peptides, proteins, and other biomolecules but consider them as amorphous blobs that behave much like liquids. We are especially interested in phase behaviour such as supercooling of liquids, folding transitions in peptides, nucleation of crystals from solution, and liquid-liquid and liquid-crystalline transitions. These phenomena are studied with a range of techniques. Femtosecond laser techniques are used to probe the dynamics of molecules in disordered matter from about 15fs to nanoseconds and beyond. The temperature dependent behaviour of these processes tells us about the underlying supramolecular structure and molecular complexity. We have become especially excited by growing molecular-scale structure such as is the nucleation of crystals from solution: such crystals start life as nanometre scale molecular clusters that, through chance, grow to become macroscopic crystals. Phase transitions in the liquid also start on a molecular scale and grow to cause separation of phases. Understanding these phenomena is both basic science and of huge commercial importance. We are expanding into exciting new experimental areas such as microscopy. With a new confocal fluorescence microscope, we will be able to study phase separation directly. Fluorescence lifetime imaging and fluorescence correlation spectroscopy will give unique insight in the local properties of phases and the local molecular dynamics. Dynamic and static light scattering is used to follow the generation of clusters, droplets, and crystals as a function of time. Microfluidics is be used to carry out complex phase transitions and chemical reactions right under the microscope. Last but not least, we aim to control chemical matter: by using femtosecond lasers we should be able to push transitions around to a desired state. Specialties: The main goal of my group is the study of femtosecond vibrational dynamics in the condensed phase and in particular the role of low frequency (terahertz) collective modes. Our work concentrates on liquids & proteins and the types of vibrational and rotational motions that describe the dynamics on a timescale from a few femtoseconds to nanoseconds.

Klaas Wynne currently works in the University Of Glasgow |

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Klaas Wynne has prior
experience in the following industries:
American Chemical Society | University Of Strathclyde | University Of Pennsylvania | University Of Amsterdam

Klaas Wynne has the following professional experience:
University Of Glasgow | American Chemical Society | University Of Strathclyde | University Of Pennsylvania | University Of Amsterdam