QUANTUM GAMES AND QUANTUM INFORMATION
Professor Anton Zeilinger
University of Vienna and Scientific Director of the Institute of Quantum Optics and Quantum Information of the Austrian Academy of Sciences
A quantum magician can play tricks that defy our classical imagination. For example, futuristic quantum dice rolled at an arbitrary distance can show the same number, or quantum balls hidden under a cup can exhibit colors impossible in any classical scenario.
Professor Charles Kane, Class of 1965 Endowed Term Chair & Professor of Physics, University of Pennsylvania will deliver the 55th Cherwell-Simon Lecture.
Topological Boundary Modes from Quantum Electronics to Classical Mechanics
Over the past several years, our understanding of topological electronic phases of matter has advanced dramatically. A paradigm that has emerged is that insulating electronic states with an energy gap fall into distinct topological classes.
26 March 2015
The first ever search for the supersymmetric partner of the charm quark, led by Oxford graduate student Will Kalderon, has been selected by the ATLAS experiment at CERN as one of its physics highlights of the first run of the LHC.
In the first dedicated analysis of its kind, Will has completed an analysis of the ATLAS experiment's data searching for the proposed supersymmetric partner of the charm quark, the so-called “scalar-charm”. His analysis, which excluded low-mass scalar charm quarks, will be published in the next volume of Physical Review Letters.
Stargazing Oxford returns on the 21st March 2015 from 2pm to 10pm (last entry 9.30pm). Entry is free and there is no need to book, just drop in!
BBC Stargazing LIVE is returning to BBC Two on the 18-20th March 2015 and Stargazing Oxford is also back!
The 11th Dennis Sciama Memorial Lecture will be delivered by Professor Philip Candelas, Mathematical Institute, University of Oxford.
Title: Simple Calabi-Yau Manifolds and the Landscape of String Vacua
Abstract: It is widely known that there are a great many vacua of string theory. A small subset of these lead to four-dimensional worlds that are somewhat like the world that we observe. The great majority lead to worlds very different from our own. A vacuum is determined by a Calabi-Yau manifold together with certain extra structure.
The Wetton Lecture will de delivered by Professor Carlo Frenk, Director, Institute for Computational Cosmology, University of Durham.
Title: "Everything from nothing, or how our universe was made"
Abstract: Cosmology confronts some of the most fundamental questions in the whole of science. How and when did our universe begin? What is it made of? How did galaxies and other structures form? There has been enormous progress in the past few decades towards answering these questions.
This month's public talk will get us ready for the Total Solar Eclipse on 20th March 2015!
Ever since Man could record observations, in stone, in oral tradition and eventually in writing, the power of eclipses (both lunar and solar) cannot be underestimated. From the ominous blood red colour of the totally eclipsed Moon to the 'darkness in daylight' caused by a total solar eclipse. Even the apparent loss of portions of the disc can be alarming. The cycles of these events have been known for millennia and brought power to those able to predict them.
The scanning tunnelling microscope has been an extremely successful experimental tool for nanoscience because of its ability to image surfaces of material with atomic-scale spatial resolution. In recent years this has been combined with the use of low temperatures, culminating in the ability to reposition individual atoms at will and build nanostructures one atom at a time.
In this talk we will focus on the development of atom manipulation and its application to scientific discovery over the last 20 years.
Stargazing Oxford returns on the 17th January 2015 from 2pm to 10pm (last entry 9.30pm)
Last year over 1000 people of all ages gathered at Stargazing Oxford as they sought to explore the wonders of the Universe.
26 November 2014
Oxford physicists are asking online volunteers to spot tiny explosions that could be evidence for as-yet-unobserved relatives of the Higgs boson.
The Higgs Hunters project launched today enables members of the public to view 25,000 images recorded at CERN's Large Hadron Collider. By tagging the origins of tracks on these images, volunteers could spot tiny sub-atomic explosions caused when a Higgs boson ‘dies’, which would be evidence for a kind of particle new to physics.