Can you believe your eyes?
The December talk will be given by Dr Lauren Barr who will be talking about the peculiarities of light: The nature of light and its interaction with matter dictates how we see the world, but is all as it seems?
The December talk will be given by Dr Lauren Barr who will be talking about the peculiarities of light: The nature of light and its interaction with matter dictates how we see the world, but is all as it seems?
The May talk will be given by Dr Chris Bore of Kingston University who will be exploring the very peculiar...
The November talk will be given by Dr. Ian Jones of the Gravity Group at the University of Southampton. Dr...
The February talk will be given by Dr Nikolai Bode of the University of Bristol who will be talking about...
The November talk will be given by Dr Chris Bell of the School of Physics, University of Bristol. Magnets have...
The South West Branch of the Institute of Physics regularly have events in Salisbury. The next one will be in...
The September talk will be given by Prof. David Dunmur, visiting professor at the University of Manchester in the Liquid...
The December talk will be given by Dr Ryan Nichol, a Royal Society Research Fellow in the High Energy Physics...
Dr Gianluca Memoli, who presented the March talk, has also given his presentation at a TEDx event which is available...
Dr Gianluca Memoli will be presenting March’s talk. Gianluca is a bubble scientist, working at the National Physical Laboratory. He...
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![Illustrations of self-assembled colloidal structures. (a) Highly ordered regions with hexagonal symmetry extending over assembled from functionalized (patchy) colloidal silica particles. The colloidal structure exhibits a photonic band gap in the visible light range. (b) Regions showing co-existing hexagonal and square symmetry, from [13]. (c, d) Confocal microscope images illustrating highly-ordered self-assembled structures in 'ionic' colloidal crystals of oppositely charged particles assembled from positive (red, ) and negative (green, ) polymethylmethacrylate spheres. (e, f) Electric field induced structures in the same system: stationary bands perpendicular to the field directions (e) and lanes of oppositely moving particles parallel to the field direction, emerging for larger amplitudes of the applied electric field (f).](https://i2.wp.com/cafescientifiquesalisbury.org.uk/wp-content/uploads/2014/10/phu_56_1_79f1_online.jpg?fit=231%2C300&ssl=1)
