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Atomistic Simulation Centre

Modelling Materials at the Atomic Scale

School of Mathematics and Physics, Queen's University Belfast
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Welcome to the Atomistic Simulation Centre

The Atomistic Simulation Centre (ASC) is an internationally leading group working in the theory and modelling of molecular, liquid and solid systems at the atomic scale. The systems and properties of interest in our Centre span a range of size and time scales, from the time independent structural, elastic and electronic properties of bulk metals, to the coupled dynamics of electrons and nuclei in molecular scale electronic devices. An area of rapid growth in the research of the group is the modelling of biological molecules and membranes.

Current-driven atomic waterwheels

Current-Driven Atomic Waterwheels

Atomistic simulation of titanium aluminide

Atomistic simulation of titanium aluminide

The modulated phase of high-pressure sulphur

Modulated phase of sulphur

Selective separation of actinides

Selective Separation of Actinides

Excess electron localisation in thymine and water

Excess Electron Localisation

Delocalised excess electron orbital in thymine and water

Delocalised Excess Electron Orbital

Bond currents in azulene

Bond currents in azulene

Interaction of ionic liquids with a cholesterol bilayer

Interaction of ionic liquids with a cholesterol bilayer

Aggregation of cholesterol on water

Aggregation of cholesterol on water

Nanometric ionic-liquid droplets

Nanometric ionic-liquid droplets

Clusters, liquids and crystals of dialkyimidazolium salts

Clusters, liquids and crystals of dialkyimidazolium salts

Ionic to dipolar transition in room temperature ionic liquids

Ionic to dipolar transition in room temperature ionic liquids

Mesophases in nearly 2D room temperature ionic liquids

Mesophases in nearly 2D room temperature ionic liquids

Self-assembly in systems with dipole-like interactions

Self-assembly in systems with dipole-like interactions

The systems we study often lie at the interface between theoretical condensed matter physics and neighbouring fields, such as physical metallurgy, materials science, chemistry and biology.

Latest News

20 January, 2012

PhD positions now available!

Click here to view!


9 January, 2012

Nancy and Robin have moved to Paris!


7 Septhember, 2011

Multihy goes live! Visit www.multihy.eu. The ASC is a partner in the new FP7 programme, led by Dr Katzarov and Professor Paxton and holding nearly half a million euro in funding. MultiHy is a project funded by the 7th Framework Program of the European Commission under the theme “Nanosciences, Nanotechnologies, Materials and new Production Technologies”. The project has a combined budget of 5.3 mil € (including EU and partner contributions) and will run from the 1st of May 2011 until the 30th of April 2015.


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Forthcoming Seminars

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