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3D Models

We find that it is often helpful when working with molecular structures to have a 3D printed model. This allows the structure to be easily viewed from all angles as well as making it easier to identify symmetries of interest. We currently use a Form 1 from Formlabs to print these structures.

Here you can download SDF files for several structures of current interest to the TCQP group.

Structures

Diamond

Diamond crystal with a [111] reconstructed surface. [download]

NV

Nitrogen-vacancy centre within 2 unit cells of diamond. [download]

JJ

Josephson junction structure (Al-AlO0.5-Al) where the aluminium atoms are spheres and the oxygens are cubes. [download]

AlOx

AlOx surface on crystalline aluminium, grown via exposure to atomic oxygen. [download]

Visitors

2017

Dates Guests Institution
20 July Delegation University of Twente
5 Sept. Delegation Baden Württemberg International
3 October. T. Stace University of Queensland
10-13 Nov. C. Müller University of Queensland
14 December B. Villis University College London

2016

Dates Guests Institution
18 January B. Lovett University of St Andrews
15-16 Feb. C. Müller University of Queensland
04-08 April G. Paz Silva Griffith University
14-15 June C. Müller University of Queensland
19-23 July S. Skacel Karlsruhe Institute of Technology
1 November S. Syzranov University of Maryland
21-22 Nov. C. Müller & T. Stace University of Queensland
28 November A. Bilmes Karlsruhe Institute of Technology

2015

Dates Guests Institution
23-24 April C. Müller University of Queensland
09-10 April T. Duty / S. Kafanov / K. Cedergren University Of New South Wales
09-10 April A. Romito Freie Universität Berlin
14-26 March P. Bushev Universität des Saarlandes
14-15 May G. Tettamanzi University of New South Wales
17 July M. Tobar University of Western Australia

Subcategories

Projects

Current projects in the Theoretical Chemical and Quantum Physics group.

Techniques

Current methods and techniques used in the Theoretical Chemical and Quantum Physics group.