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Cavendish Physical Society
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Further detail
This lecture series is attended by all researchers in the Department of Physics. Lectures usually take place alternate Wednesdays at 4.00 pm in the Pippard Lecture Theatre. If you have a question about this list, please contact: Leona Hope-Coles. If you have a question about a specific talk, click on that talk to find its organiser. 0 upcoming talks and 156 talks in the archive. In Search for the Next Magic Stone
The physics of how humans build models of the world
To see a world in a grain of sandA wine and nibbles reception will follow the lecture
Topological pumping in new territoryA wine and nibbles reception will follow the lecture
Cavendish Physical Society Lecture - title tbc
Cavendish Physical Society Lecture - title tbc
New Physics in Driven Quantum Materials
Neutron scattering studies of quantum magnets’"This will be a hybrid lecture link to mtg https://tinyurl.com/3fpmjscv
: "Topological Solitons for Quantum Operations"A wine reception will follow the lecture
Physical models to predict the evolution of viruses and bacteriaThis lecture is a Livestream Event
Looking for signatures of quantum entanglement: spin liquids at finite temperature
’Seeing early cancer in a new light’
Title to be confirmed
Hidden structures in a model of many-body quantum chaos
Space photovoltaics challenges: fundamental to appliedJoin the talk here:- https://tinyurl.com/y2kfo6ra
'Exactly what is Computational Multiphysics?'
Scott Lecture II : Exoplanets, Copernicus’ revolution on the moveAll Welcome
Scott Lecture I : Exoplanets, Copernicus’ revolution on the moveAll welcome
Scott Lecture III : Beyond Statistical Mechanics - Probing Quantum Matter out of Equilibrium
Scott Lecture II : Realizing and Probing Topological Matter using Ultracold Quantum Gases
Scott Lecture I : Controlling and Exploring Quantum Matter using Ultracold Atoms in Optical Lattices
A physicist's spin on data science
A physicists perspective on osteoarthritis: From hydration lubrication to gene regulation
No Physicist is an Island: Looking for TeV Physics in a peV Transition
"Dark Matter (at the LHC and other experiments)"
Scott Lecture II: Making of Sustainable Smart Society by Transformative Electronics 2 - Future Electronics
Scott Lecture I: Making of Sustainable Smart Society by Transformative Electronics 1 - Blue LED Story
Photo-induced superconductivity and other stories
“Topology in materials science”
Tipping Points & Crises From statistical physics to social sciences
Visualizing Quantum Matter
Searching for – and finding! gravitational waves
The Odyssey of Galaxies throughout the Cosmic Epochs
Scott Lecture III - What, Where. … and How? The future of the LHC and beyond.
Scott Lecture II - These are a few of my favorite Things: Wild geese that fly with the moon on their wings.
Scott Lecture I - You may find yourself with a beautiful Higgs Boson and 6 beautiful quarks, and you may ask yourself – Well… How did I get here?
Kinetic challenges in solar energy conversion
Comets, Rosetta and the origin of the solar system
Polymer models of cellular nucleus dynamics
"Probabilistic Language in Quantum Field Theory"
Thermodynamics beyond equilibrium -- the physics of periodically driven quantum systems"
Scott Lecture III - On the Unreasonable Effectiveness of post-Newtonian Theory in Gravitational Physicshttp://www.phys.ufl.edu/~cmw/
Scott Lecture II - The Cosmic Barber: Counting Gravitational Hair in the Solar System and Beyondhttp://www.phys.ufl.edu/~cmw/
Scott Lecture I - Was Einstein Right? A Centennial Assessmenthttp://www.phys.ufl.edu/~cmw/
Manipulating quantum fluids of light in semiconductor microcavities
More is different - Quantum Many-Body physics in Optical Lattices
New directions in liquid crystals
Terahertz Science and Technology – from challenges to opportunities
Fractionalised excitations in spin ice materials
High magnetic fields as a tool for discovery
The Early History of the Cavendish Laboratory
Cavendish Astrophysics Seminars Back to the Beginning in Cosmology and Experimental Radio AstronomyFifth Hewish Lecture
Higgs Vortices and Black Hole Hair
Scott Lecture III : Rydberg atoms in interaction : a new kind of quantum matter.
Scott Lecture II : Counting and controlling photons non-destructively.
Scott Lecture I : Juggling with photons in a box and raising Schrödinger cats of radiation
Molecular Motors and Switches at Surfaces
Improving cancer survival through molecular imaging
Soft Matter in Motion
Special CPS lecture : MAKING EXPERIMENTAL PHYSICS BITE: JAMES CLERK MAXWELL AND THE FOUNDING OF THE CAVENDISH LABORATORY
Cosmic Reionization
Title to be confirmed
"Exploring Flatland with Cold Atoms"
Topological Matter and Why You Should Be Interested
The Two Conflicting Narratives of Metal-Optics; aka Plasmonics
Energy Efficient Electronics; Searching for the milli-Volt Switch
The Opto-Electronic Physics Which Just Broke the Efficiency Record in Solar Cells
Exoplanet Science, the way forward
The Infinity Puzzle - The story of the Higgs Boson:From QED to the LHC via Higgs and the Gang of SixOn twitter @closefrank
CMS Results and the Quest for the Higgs Boson
Metamaterials and the Science of Invisibility
“The Evolution of High-Frequency Radio Astronomy”
Bayesian inference and machine learning in cosmology and particle physics
“Precision Mass Measurement: ωcyclotron is not qB/m, does E=mc2?”
"Coherent Control of Electronic and Nuclear States in a Quantum Dot: A New Dimension for Modern Photonics"
Two Centenaries - the Wilson Cloud Chamber and the Discovery of Cosmic Rays”
COSMIC RAYS, CLIMATE AND THE CERN CLOUD EXPERIMENT
The End of the Standard Model & the Last Particle?
Metadynamics
Ab-initio simulation of water and its ions
Colouring the Noise
Graphene: Materials in the Flatland
The Polariton Condensate in Semiconductor Microcavities
Do biological cells care about physics?
Polymer Solar Cells
Towards a new paradigm for early-type galaxies.
Following Function in Real Time: Towards the Next Generation of Batteries, Supercapacitors and Fuel Cells for Transport and Grid Applications
Building planets and the ingredients for life between the stars
Dynamics of soft interfaces, real and imagined
Flavour Physics at the Large Hadron Collider
Scott Lecture III - Quantum InterferenceA Drinks Reception will follow the lecture in the Pippard Lecture Theatre Foyer
Scott Lecture II - Quantum InterferenceA Drinks Reception will follow the lecture in the Pippard Lecture Theatre Foyer
Scott Lecture I - Quantum InterferenceA Drinks Reception will follow the lecture in the Pippard Lecture Theatre Foyer
Cosmology and fundamental physics with the Square Kilometre Array
Molecular Soup* with a twist : from Displays to Lasers for Holography (*Self-Organised Uniaxial Photonics)
The 2010 CU Canon Foundation Lecture : Creative tensions between science and technology
How English Libel Law Threatens Science
Charge transport in molecular semiconductors – Bloch electron or hopping transport ?
The Dicke Quantum Phase Transition and Supersolidity
Paths to Discovery in Radio Astronomy – Prediction and Serendipity
LIQUID CRYSTALS: WHAT THEY ARE AND WHY YOU SHOULD KNOW ABOUT THEM
Harnessing the Interactions of Ultrasound Waves and Acoustic Cavitation With Biological Tissue for Non-Invasive Therapy and Drug Delivery
The Dynamics of Observing and Controlling Epilepsy and Parkinson's Disease
Gravitational-Wave Detectors Below 10Hz: LISA, Pulsar Timing Arrays, CMB Polarization, Atom Interferometers, and the Big Bang ObserverThis lecture is a colloquium style lecture in physics
Gravitational-Wave Detectors above 10Hz: Weber Bars, LIGO, GEO, VIRGO, TAMA, LCGT, and Einstein TelescopeThis lecture is a colloquium style lecture in physics
Gravitational Waves: A New Window onto the UniverseThis lecture is for a general audience.
Music, Architecture and Acoustics in Renaissance Venice: Recreating Lost Soundscapes
Music, Architecture and Acoustics in Renaissance Venice: Recreating Lost Soundscapes
Dirac's Dream - the Continuing Quest for the Magnetic Monopole
High-Temperature Superconductors: From Broken Symmetries to the Power Grid
Title to be confirmed
'Climate Change: the science behind the headlines'
Synthetic structures and machines from DNA
The deep structure of the proton ...... and why it matters!
Electromagnetic surfaces from butterflies to battleships
Physics and Complexity : Examples
Physics and Complexity : Methodologies
Physics and Complexity : An Overview
Title to be confirmed
The ATLAS Experiment Entering Operation: Overview, Motivation and Status of the Project
Emerging Concepts in Particle and Photon Beams
Mesoscale imaging in disordered systems: soft matter physics in hard matter
Power to Choose: How the energy choices people make will change their lives.
Inaugural Lecture: "Blink, and you miss it"
Lord Rayleigh's Legacy
Pulsars: A Marvellous Serendipity
Virtual Cosmology with Superfluid 3He
Title to be confirmed
Title to be confirmed
Quarks and their quirks
The Discovery and Early Development of X-Ray Crystallography
Cosmology for Physicists - Why You Should Take Inflation Seriously
Bose Einstein Condensation of Polaritons
A Bose-Einstein condensate in an optical lattice: cold atomic gases meet solid state physics
Optics with laser-like atom waves
Almost Absolute Zero: the story of laser cooling and trappingRefreshments will be served after this Lecture in the Pippard Foyer
Planar Photonics meta-materials: spectral selectivity, "invisible metals", magnetic mirrors, chirality, asymmetric transmission and nano-focusing
SOME MACROSCOPIC PROPERTIES OF FILMS AND BUBBLES DEMONSTRATED
Relationships between Structure, Dynamics and Catalytic Activity at Solid Surfaces
WAS EINSTEIN RIGHT?
Fred Hoyle: discovery and conflict in astrophyiscs and cosmology
Chameleon Metals: from nanostructures for plasmon engineering to molecular detection
Visualizing Complex Electronic Quantum Matter
"Atoms Made Entirely of Antimatter: Two Methods Produced Slow Antihydrogen"
New Ideas in Particle Physics and Cosmology. Diquarks: Reforming Hadron Spectroscopy
New Ideas in Particle Physics and Cosmology. Dark Matters: WIMPs and Axions
New Ideas in Particle Physics and Cosmology: Unification, Supersymmetry, and the Family Problem
"The Nearby Universe as Revealed by the Spitzer Space Telescope"
Probabilistic models of human sensorimotor control
Scanning the cosmological horizon
The Support of Mountains and the Survival of Ancient Continental Cratons
Unification, Supersymmetry, and the Family Problem
Probing the Early Universe with Observations of the Cosmic Microwave Background Radiation
Local Interstellar Medium / History of Investigation of Mars and Venus in USSR (1960-1996)
Atom Chips: A Vision for Quantum Information
Feeling and Influencing Active Intracellular Polymer Networks with Light
Please see above for contact details for this list. |
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Prof Z X Shen, Stanford.
Wednesday 15 June 2022, 16:00-17:00