3 May 2012
Simulations of reality would require less memory on a quantum computer than on a classical computer, new research from scientists at the University of Bristol, published in Nature Communications, has shown.
25 April 2012
A solution to the problem of sending information in single quantum particles over global distances could be a step closer thanks to grants of over €3 million that have been awarded to researchers in the University of Bristol’s Quantum Photonics group.
16 April 2012
New research by scientists at the University of Bristol has challenged one of the key beliefs in chemistry: that proteins are dependent on water to survive and function.
16 April 2012
A perspective article Quantum Optics: an entangled walk of photons by Jonathan Matthews and Mark Thompson appeared in Nature News and Views recently.
2 April 2012
Professor Dek Woolfson, Dr David Fermin and Dr Franziska Thomas in the School of Chemistry have secured a three-year Leverhulme Trust Research Project Grant.
30 March 2012
A series of new films has shone a spotlight on the many facets of the University of Bristol, including a 'Journey into Nanoscience'.
14 February 2012
Researchers from the University of Bristol have measured and identified for the first time the stress and strain shear modulus and internal friction of graphene sheets.
9 February 2012
Call for papers for the tenth annual scientific conference focusing on nanostructural imaging, characterization, and technique development in Biology, Energy, and Material Science Applications using scanning probe microscopy (SPM) and related techniques.
6 February 2012
In a paper just published in Nature Chemistry, a team of University of Bristol scientists explores whether new models or concepts are needed to tackle one of the ‘grand challenges’ of chemical biology: understanding enzyme catalysis.
30 January 2012
New research from the University of Bristol may disprove a long-standing conjecture made by one of the founders of quantum information science: that quantum states featuring ‘positive partial transpose’, a particular symmetry under time-reversal, can never lead to nonlocality.