We are delighted to announce that Prof. Francesca Palombo, a Professor from the Biomedical Spectroscopy Lab at the University of Exeter, UK has accepted our invitation to be a keynote speaker at IONS Exeter.
Her talk will be titled “Tissue biomechanics detected at high excitation frequencies“.
Her research is focused on the development of Brillouin, Raman and FTIR spectroscopy methods for applications to the biomedical sciences. Dhe is particularly interested in the physical and chemical aspects of biological systems at a molecular level, as well their implications in disease. Previously, she developed the application of ATR-FTIR imaging to atherosclerosis in small animal models. She applied both ultrafast time-resolved OKE and THz-Raman scattering to elucidate the dynamics, structure and interactions in ionic solutions. Her PhD was focused on H-bonding properties of octanols from liquid to supercritical fluid conditions using both FTIR and Raman spectroscopy. Read more at: https://emps.exeter.ac.uk/physicsastronomy/staff/fp246#3vJWtOs7D2iZxcP2.99 and http://empslocal.ex.ac.uk/biospec/
The deadline has passed for submission of abstracts, and all authors have been informed of our decision. However, we would like to extend an invitation to submit post-deadline abstracts for consideration for poster presentation. The deadline is the 1st of July at 4pm BST. More information on how to submit can be found here: http://exeter-chapter.osahost.org/ions-exeter-2019/abstract-submission/
We are delighted to announce that Prof. Síle Nic Chormaic, a Professor from the Light-Matter Interactions for Quantum Technologies (LMI-QT) Okinawa Institute of Science and Technology (OIST), Japan has accepted our invitation to be a keynote speaker at IONS Exeter.
Her talk will be titled “Ultrathin Optical Fibre Applications from Atomic Physics through Quantum Optics“.
Her primary research interests lie in exploring light as a tool in classical physics, such as when it can be used to push or pull individual particles (think of where a comet’s tail comes from!), or for exploring the dynamics of colloidal particles (such as cells, bacteria, or test spheres), or even light’s ability to be used in sensing of very small numbers of particles. In general, she studies the interaction between light and matter in a number of regimes, including cold atomic systems, whispering gallery mode micro-resonators and biologically-relevant samples, to gain a better understanding of the processes involved and to manipulate or trap micron and nanoscale particles using light fields.
Her work has seen her undertake research at universities on four different continents. She currently hold an Honorary Professorship at Kwa-Zulu Natal University, South Africa, in addition to her work at OIST.
We are delighted to announce that Prof. Volodymyr Kruglyak, a Senior Lecturer at the University of Exeter has accepted our invitation to be an invited speaker at IONS Exeter.
His talk will be titled “Ultrafast response of thin metallic magnetic films to optical excitation: Magnonics, magneto-acoustics or optics?“.
His primary research interests lie in understanding the ultrafast spin dynamics at the nano-scale, and then in exploring ways to exploit spins and spin waves (magnons) in practical applications, e.g. within magnonics and magnetic data storage technologies.
We are delighted to announce that Dr. Joshua Einsle, a Post-Doctoral Research Associate at Imperial College London has accepted our invitation to be an invited speaker at IONS Exeter.
His talk will be titled “Nanomagnetic properties of the cloudy zone: a Fe-Ni alloy alternative to rare-earth permanent magnets“.
Joshua’s research focuses on understanding the relationship between paleomagnetic measurements and the underlying nanoscale magnetic signal carriers. In order to model and discuss the stability of magnetic signals through time one needs to fully characterise the chemical and crystallographic environment that a sample exists in. He applies a variety of electron microscopy techniques (Focused Ion Beam Tomography, EDS STEM tomography, Holography, and Scanning Precession Electron Diffraction) combined with other techniques from materials science such as atom probe tomography and x-ray computed tomography. By combining these multiscale approaches he bridges length and dimensional gaps in the understanding of macroscopic magnetic measurements.
His talk will be titled “From mantis to machine: A new bio-inspired algorithm for machine stereopsis“.
James’ current work involves investigating new methods for machine stereopsis. It aims to understand 3D vision (stereopsis) in the praying mantis, the only invertebrate known to have this ability, and compare it with 3D vision in humans and in machines. This will shed new light on the constraints governing 3D vision, how 3D vision evolved, and how we can engineer efficient 3D vision ourselves. He has previously worked on evolving immune systems for swarm robots at the University of York and autonomous unmanned air systems at Qinetiq.
We are delighted to announce that Dr. Jessica Boland, Lecturer in Functional Materials at the University of Manchester has accepted our invitation to be an invited speaker at IONS Exeter.
Her talk will be titled “Terahertz lights up the nanoscale: exposing the optoelectronic properties of novel quantum materials for device applications“.
Dr. Boland is a recent recipient of the Institute of Physics Jocelyn Bell Burnell Medal and Prize.
Dr. Boland’s research interests are focused on revealing the ultrafast carrier dynamics of novel nanomaterials via terahertz spectroscopy. She is an expert in ultrafast optical-pump terahertz-probe spectroscopy – a non-contact technique for directly extracting the dielectric function and photoconductivity of a material. She has utilised this technique on semiconductor nanostructures, demonstrating accurate characterisation of their key optoelectronic properties, including carrier mobility, carrier lifetime and both intrinsic and extrinsic carrier concentration. She has also utilised near-field scattering-type midinfrared microscopy to demonstrate increased spatial resolution down to the nanometre-scale, performing nanotomography on topological insulator thin films. She is currently applying this technique to the terahertz range, combining scattering-type near-field optical microscopy with optical-pump terahertz-probe spectroscopy to provide a surface-sensitive probe of electrical conductivity and photoconductive with sub-picosecond temporal and nanometre spatial resolution. Her research focuses on exploiting this technique alongside far-field terahertz spectroscopy to reveal the ultrafast carrier dynamics of topological insulators, 2D materials and III-V nanowires.