Leona Hope-Coles

Name:	Leona Hope-Coles
Affiliation:	University of Cambridge
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	1 Apr 2026, 3:25 p.m.

Public lists managed by Leona Hope-Coles

• All Cavendish Laboratory Seminars
• Cavendish Physical Society
• Computational Continuum Mechanics Group Seminars
• Hitachi Cambridge Laboratory
• Mott Colloquium
• Other Departmental Seminars
• Quantum Matter Seminar
• Scott Lectures
• Semiconductor Physics Group Seminars
• Sir Brian Pippard Memorial Meeting
• The Abdus Salam Lecture
• The Hewish Lectures
• The Homi Bhabha Lecture
• Thin Film Magnetism Group Seminars
• Young Nanoscientist India Award Winner's Lecture sponsored by Oxford Instruments

Talks given by Leona Hope-Coles

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Leona Hope-Coles

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Leona Hope-Coles actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• Looking Forward: Exploring Nature at High Precision
• Chasing footprints of massive new physics
• Making the Unseen Seen: Rare B Decays with Invisible Signatures
• Making the Unseen Seen: Rare B Decays with Invisible Signatures
• Rare beauty decays as precision probes of new physics
• From Optimal Gridding toward Learning-Based Imaging in Radio Interferometry
• Quantum mixtures in a box
• Galaxy clusters as cosmological laboratories
• Machine Learning the Infant Universe
• Extremes of Physics: Understanding radio pulsars through large-scale surveys on the path to the SKA
• The Galaxy-Environment Connection: Perspectives from the Radio Skies
• 2025 Scott Lectures - Quantum science with atom-like systems in diamond
• 2025 Scott Lectures - Exploring quantum computing frontier with programmable atom arrays
• 2025 Scott Lectures - Lecture 1 New field of quantum science and engineering
• Radio Cosmology — a new window on the Universe"
• Mapping the Universe at 21 cm
• Dark Ages, Cosmic Dawn and the Epoch of Re-ionization: unveiling the mysteries of the infant universe with experimental radio cosmology
• “Multi-survey cosmology: opportunities in the systematics-limited regime”
• Interpretable Machine Learning for Science
• Cosmology with photometry galaxy surveys: from precision to accuracy
• "Black Hole Physics Meets Gravitational Wave Data"
• "Data-driven exploration beyond the Standard Model of particle physics"
• “Getting a flavour for New Physics at LHCb”
• "Nested sampling: powering the next-generation of Bayesian inference tools for cosmology, particle physics and beyond"
• "On Modelling Complex Systems in Astronomy"
• “Machine Learning and Gravitational Waves”.
• "Image analysis: from particle physics to cancer research"
• "Exploring the frontiers of physics at the LHC and beyond”    
• “Probing Standard Model and Beyond Standard Model Couplings in Higgs Boson Decays to Bottom Quarks”
• Title to be confirmed
• “Getting a flavour for New Physics at LHCb”
• “Quantum Tops: probing the fundamentals of nature with its heaviest particle”.
• "Rare beauty: in search of new physics at the LHCb experiment”.
• 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 sand
• Topological pumping in new territory
• Cavendish Physical Society Lecture - title tbc
• Cavendish Physical Society Lecture - title tbc
• New Physics in Driven Quantum Materials
• Neutron scattering studies of quantum magnets’"
• : "Topological Solitons for Quantum Operations"
• Physical models to predict the evolution of viruses and bacteria
• 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 applied
• 'Exactly what is Computational Multiphysics?'
• GAPSTI Lectureship in Medical Therapeutics - candidates seminars
• From dark matter to beauty: the hunt for new physics at the LHC
• A symmetry called CP
• Title to be confirmed
• B physics: the next generation
• Searching for signs of new physics with rare beauty decays
• Looking Forward: Exploring Nature with Precision Measurements at LHCb
• Searching for New Physics in rare B decays at LHCb
• Presentations by candidates for the Departmental Communications Manager position - Day 2
• Presentations by candidates for the Departmental Communications Manager position - Day 1
• "Diffuse interface methods and conservative mesh-adaptation: how to combine their potential for highly accurate multiphysic simulations?"
• Seminars by the candidates for the GAPSTI Lectureship in Scientific Computing
• Scott Lecture II : Exoplanets, Copernicus’ revolution on the move
• Scott Lecture I : Exoplanets, Copernicus’ revolution on the move
• Seminars by the candidates for the Harding Lectureships
• Seminars by the candidates for the Harding Lectureships
• 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
• Seminars by the candidates for the Quantum Devices & Measurements Lectureship
• Seminars by the candidates for the lectureship in High Energy Physics
• Seminars by the candidates for the lectureship in High Energy Physics (fixed term)
• A physicist's spin on data science
• Sir Martin Wood Prize Lecture "Measurement and Control of the Phase of an Electron Wave"
• A physicists perspective on osteoarthritis: From hydration lubrication to gene regulation
• No Physicist is an Island: Looking for TeV Physics in a peV Transition
• ARE WE ALONE SEARCHING FOR LIFE IN THE UNIVERSE
• "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
• Title to be confirmed
• “Topology in materials science”
• Tipping Points & Crises From statistical physics to social sciences
• Candidates Seminar for the Lectureship in Experimental Quantum Condensed Matter Physics
• Candidates Seminars for the Lectureship in Biological Physics
• Candidates Seminars for the Lectureship in Biological Physics
• Candidates Seminars for the Lectureship in High Energy Physics
• Candidates Seminars for the Lectureship in Functional Materials/Electrochemistry
• More Diversity = Better Science: International Women’s Day 2017
• Candidates Seminars for the Lectureship in Quantum Complexity
• 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
• 'Changing the character of characterisation; a physical approach to understanding the thermomechanical properties of polymers and polymer bonded composites'
• New Approaches for Studying the Physics of Challenging Materials
• New Approaches for Studying the Physics of Challenging Materials
• "Expanding the Capability Envelope of Instrumented Indentation using Finite Element Method Modelling"
• Shock Compression of Inhomogeneous Materials
• "The particulars of particulates".
• Polymer models of cellular nucleus dynamics
• The Different Angles of Cell and Tissue Polarity
• Tradeoffs between fast growth and adaptability shape microbial phenotypes
• Quantitative Evolutionary Dynamics
• The biosynthetic basis of budding yeast cell size control
• Spying on the inner workings of cells with super-resolution microscopy
• Cell shape and dynamics in biological development
• "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 Physics
• Scott Lecture II - The Cosmic Barber: Counting Gravitational Hair in the Solar System and Beyond
• Scott Lecture I - Was Einstein Right? A Centennial Assessment
• Manipulating quantum fluids of light in semiconductor microcavities
• New Photovoltaic and Plasmonic Avenues to Amplify Light Matter Interaction at the Atomic Scale
• More is different - Quantum Many-Body physics in Optical Lattices
• Copper Indium Sulphide Colloidal Quantum dots
• Design and Applications of Terahertz Quantum Cascade Lasers in Imaging and Sensing
• Searching for EWK SUSY at ATLAS
• Thermoelectric signatures of topological media
• Beautiful CP Violation: Looking for cracks in the Standard Model
• Light-matter interaction in complex dielectric media
• Geological materials under extreme conditions
• “Light and colour: experiments and theory”
• New directions in liquid crystals
• Terahertz Science and Technology – from challenges to opportunities
• Fractionalised excitations in spin ice materials
• Hierarchically structured semiconductors for solar-driven water splitting applications
• Light-Matter Interactions in Semiconductors: An Endless Playground for Fundamental Physics
• Advanced light-matter interactions in optofluidic waveguides
• Meta-chiroptical effects: a new twist on a fundamental concept
• Quantum electronics with carbon nanotubes
• Functional Energy Materials
• Konstantinos G. Lagoudakis [k.g.lagoudakis@gmail.com]
• High magnetic fields as a tool for discovery
• The Early History of the Cavendish Laboratory
• ATLAS, silicon detectors, and long-lived particles
• Search for Dark Matter with ATLAS
• Probing New Physics & the Standard Model with Neutrinos
• Searching in the Dark with Hadron Colliders
• Findings in a heartbeat
• "Seeking discoveries with hadronic jets at the LHC".
• Seeking discoveries with hadronic jets at the LHC
• Moving flavour physics forward
• Exploring the building blocks of matter with leptons
• Metallic non-local spin transport at the nanoscale
• Diffusion and Assembly of Bacterial Nanomotors
• Emergence of a novel correlated-electron metal in a 2D electron gas
• Title to be confirmed
• Control of Cavity Polaritons
• Soft Solids: Elastic Instability, Morphogenesis, and Rubbery Crystals
• "Searching for Dark Matter with ATLAS"
• Hunting for Extra Dimensions and Black Holes at the LHC
• Can Quantum Optics serve astronomy?
• Pulsars: precision tools for understanding the Universe
• Higgs Vortices and Black Hole Hair
• Scott Lecture III : Rydberg atoms in interaction : a new kind of quantum matter.
• Ultracold atoms in optical lattices – a versatile quantum simulator for many-body physics
• Title to be confirmed
• Scott Lecture II : Counting and controlling photons non-destructively.
• Exploring Many-Body Quantum Physics with Ultracold Atoms
• Harnessing cold atoms to empower quantum technologies
• Scott Lecture I : Juggling with photons in a box and raising Schrödinger cats of radiation
• Molecular Motors and Switches at Surfaces
• Photonic topological insulators and pseudomagnetism
• High spin at low temperatures
• Harnessing cold atoms to empower quantum technologies
• Chasing the Eighteenth Digit: Exploring the Limits of Timekeeping
• Quantum experiments exploiting the radiation pressure interaction between light and matter
• Improving cancer survival through molecular imaging
• Soft Matter in Motion
• Special Cavendish Physical Society Lecture : Making Experimental Physics Bite: James Clerk Maxwell and the founding of the Cavendish Laboratory
• 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
• Parton Distributions in the Higgs Boson Era
• QCD : an analytical approach.
• Perturbative tools in the LHC era
• Precision physics: the road to discoveries at the LHC
• Event simulation for collider experiments at unprecedented precision
• The Two Conflicting Narratives of Metal-Optics; aka Plasmonics
• Energy Efficient Electronics; Searching for the milli-Volt Switch
• Electric field induced ferromagnetic phase transition in semiconductors and metals
• 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 Six
• Tailoring properties of complex oxides, one atomic layer at a time
• "Fundamental BioPhotonics"
• CMS Results and the Quest for the Higgs Boson
• Physics of Novel Materials
• Metamaterials and the Science of Invisibility
• Controlling the magnetic state with electricity
• Superconducting Spintronics: a tantalizing possibility for dissipation-free logic
• Non-radiative processes in organic semiconductors"
• Title: Optical IR investigation and control of molecular nanosystems
• Non-radiative processes in organic semiconductors"
• “The Evolution of High-Frequency Radio Astronomy”
• New observations in flavour physics and their implications Beyond the Standard Model
• 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”
• Noise and signal integration in cell cycle control
• Probing Structure and Mechanics: from Nanoscopic Virus Squeezers up to Cell/System-Sized Beds of Nails
• The Physics of Bacterial Biofilms
• Synchronisation of eukaryotic flagella
• Molecular imaging of cancer: understanding chemotherapy response and resistance.
• Terahertz wave detection based on low-dimensional electron
• Biotechnology and biophysical phenotypes: the physics of pluripotency and differentiation
• 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
• Dynamics of soft interfaces, real and imagined
• Flavour Physics at the Large Hadron Collider
• Scott Lecture III - Quantum Interference
• Scott Lecture II - Quantum Interference
• Scott Lecture I - Quantum Interference
• Cosmology and fundamental physics with the Square Kilometre Array
• Molecular Soup* with a twist : from Displays to Lasers for Holography (*Self-Organised Uniaxial Photonics)
• Insight into the synthesis and processing of narrow band gap organic semiconducting polymers for solar cell fabricationTitle to be confirmed
• 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
• Lectureship Seminars
• Informal Meeting on Oxide Heterostructures
• Paths to Discovery in Radio Astronomy - Prediction and Serendipity
• 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 Observer
• Gravitational-Wave Detectors above 10Hz: Weber Bars, LIGO, GEO, VIRGO, TAMA, LCGT, and Einstein Telescope
• Gravitational Waves: A New Window onto the Universe
• 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
• Emergent Phenomena in the Control Age
• The deep structure of the proton ...... and why it matters!
• Electromagnetic surfaces from butterflies to battleships
• Sir Brian Pippard Memorial Meeting
• 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
• “Nuclear and Solar Power for sustainable Energy resource – a new paradigm for conserving the ecological balance”
• Inaugural Lecture: "Blink, and you miss it"
• TBA
• Lord Rayleigh's Legacy
• Title to be confirmed
• Virtual Cosmology with Superfluid 3He
• Quantum optics in mesoscopic systems
• 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
• 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 trapping
• 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
• To be confirmed
• 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
• Unification, Supersymmetry, and the Family Problem