![]() |
![]() |
Metamaterials Research Group Seminars
Add to your list(s)
Send you e-mail reminders
Further detail
Talks for 2022 will be given on Wednesdays at 13:00 unless otherwise specified. We also have a weekly Journal Club/internal group meeting on Wednesdays at 16:00 for students and staff to present and discuss their work. 1 upcoming talk and 44 talks in the archive. Terahertz lights up the nanoscale: from far-field spectroscopy to near-field microscopy
Quasinormal modes, Purcell factors and corrected Fermi’s golden rule for spontaneous emission decay in coupled loss-gain resonatorsZoom Meeting ID: 846 9438 5772
Extreme Plasmonics: Confining light to individual atoms, molecules and bond vibrationsZoom Meeting ID: 822 0658 4177
Pulsed terahertz vortex beams: generation and propertiesZoom Meeting ID: 878 4120 0425
Development of Terahertz devices, algorithms and biomedical applicationsZoom Meeting ID: 879 3387 9601. Passcode: 9a976i
Modelling nanoplasmonic hot carrier generationZoom Meeting ID: 879 3387 9601. Passcode: 9a976i
Uniqueness of the phase transition in many-dipole cavity QED systemsZoom Meeting ID: 879 3387 9601. Passcode: 9a976i
Route to Hyperspectral Terahertz Microscopy via Nonlinear Ghost-ImagingZoom Meeting ID: 836 7216 2558. Passcode: 2y878y
Characterization and propagation modeling in context aware environments
Applications and integration of semiconductor-based Metasurfaces
Adhesion lithography as a versatile nonapatterning tool for advanced optoelectronic devices
Nonlinear Optical Metasurfaces: From Enhanced Light-Matter-Interaction to Full Phase TailoringNote unusual time - Room booked from 13:00 to 15:00
Robotic microscopy for everyone: high-end instruments you can 3D printNote unusual start time
Active Quantum Nanophotonics
Exploiting terahertz radiation sources for particle acceleration: A route to future table-top accelerators
Fluctuation-induced Light in Topological Systems
Graphene and 2D Materials for Next Generation Photonics, Opto-Electronics and Electronics
Controlling electromagnetic fields with plasmonic metasurfaces: the effect of singularities
Exploring higher-dimensional topological physics with photons
Could surface plasma waves be made intrinsically lossless?
Using Optical Nanocavities To Improve Memristive Switches
Light-molecule interactions in plasmonic environments
Metamaterial/graphene amplitude and frequency modulators for the active control of terahertz quantum cascade lasers
Broadband and ultrafast near-field spectroscopy and imaging
Bound states in the continuum in nanophotonics: review
Programming Colloidal Self-Assembly for Open Crystals via Closed Clusters
Non-Hermitian Photonics: From Parity-Time Symmetry to Pseudo–Hermitian Structures
Nonlinear meta-optics
Metamaterials: from sci-fi to disruptive technologies
Vortex and field structures in light beams - some exact solutions
Recent progress in quantum dot based devices: physics and applications
Semiconductor quantum dots in hybrid photonic systems
Metasurfaces for wave manipulation at terahertz
Modification of thermal conductivity and phonon dispersion relation by means of phononic crystals
I: Open Access all areas
Light and Plasmons on topological nanoparticles
Active control of metasurface functionalities in Southampton
The magic of complex numbers in optics: reflectionless media and one-way edge states
Polarisation-resolved spectroscopy at terahertz frequencies: methods and applications for anisotropic crystals
Topological lasers and condensates
Nanomaterials for photonic applications
Nonlinear optics and the generation of surface plasmons in graphene
Spin-orbit coupling of light for polarization dependent nano-opticsNote unusual time
If you have a question about this list, please contact: Dr Miguel Navarro-Cia. If you have a question about a specific talk, click on that talk to find its organiser. |
Other listsdddd Artificial Intelligence and Natural Computation seminars Theoretical Physics SeminarsOther talksTurán densities for hypergraph with quasirandom links Optical fiber sensing based on nanostructured coatings Collective phenomena in excitonic quantum matter FnS - Teaching robots to grasp stuff FnS - Creating noise to remove noise From intuitionistic justification logic to explicit modal type theory with diamond |