International Workshop on ‘Near-field Optical Imaging and Spectroscopy’

Description

About this event

  • This multidisciplinary event will bring together researchers working on optical nano-imaging and nano-spectroscopy with applications in a range of systems from solid state to biology. Techniques such as s-SNOM, nanoFTIR, AFM-IR and other tip-enhanced methods will be discussed
  • The event will include an optional demonstration of the equipment and capabilities in the new Near-field Optical Imaging and Spectroscopy Centre (NOSC) in Sheffield
  • The full day workshop will comprise of six invited talks, several contributed talks and a poster session

When and where

Tuesday, 12 September 2023 (pm) – s-SNOM and nano-FTIR equipment and experiment demonstration

  • Demonstration by Neaspec/Attocube and Sheffield staff of the new Near-field Optical Imaging and Spectroscopy Centre (NOSC) at the Department of Physics and Astronomy
  • 30-60 minute slots will be available between 13:00 and 18:00
  • You can indicate if you would like to attend a demonstration when you register
  • Venue – Department of Physics & Astronomy, Hicks Building, Hounsfield Road, Sheffield,  S3 7RH, UK

Wednesday, 13 September 2023 (full day) – Workshop 

  • The workshop will comprise of six invited talks, several contributed talks and a poster session
  • Venue – Inox, level 5, Students Union Building, Durham Road, Sheffield S10 2TG, UK

Invited speakers

  • Rainer Hillenbrand – CIC nanoGUNE
  • Jessica Boland – The University of Manchester, “Exposing the dielectric function of low-dimensional quantum materials at the nanoscale via near-field MIR/THz spectroscopy”
  • Nathaniel J. Huáng – NPL, “Advanced probing of light-matter interaction at nanoscale for quantum optoelectronics”
  • Alexey Kuzmenko – University of Geneva, “Cryogenic s-SNOM studies of oxide heterostructures”
  • Chris Phillips – Imperial College London, “s-SNOM Nanoscale chemical imaging of biological specimens”
  • Jin-Chong Tan – University of Oxford, “Near-field nanoanalytics of tuneable metal-organic frameworks”

Contributed talks 

  • Lars Mester – Attocube
  • Alexander Knight – University of Sheffield
  • Thomas Siday – University of Oxford, “Ultrafast nano-imaging and spectroscopy of carrier dynamics within metal halide perovskites”
  • Lucy Hale – ETH Zürich, “Near-field spectroscopy of high Q modes in individual asymmetric split-ring Terahertz resonators”

Programme

Poster abstract submission

  • Abstracts should be a single sheet of A4, sent in PDF or Word document format.  Please ensure you include a list of authors, affiliations and a corresponding author email
  • Please submit your abstract to s.greenhough@sheffield.ac.uk
  • Deadline – 24 July 2023

Registration

  • Online Registration is now open
  • Fee – student rate 30 GBP, non-student rate 50 GBP (includes refreshments & lunch)
  • Participants can register and pay the fee (by debit/credit card) on the University of Sheffield’s online store
  • The University On-line Store works in the same way as any other on-line store (Amazon, Play, etc)
  • You will receive an email confirmation of your payment (once the credit/debit card payment is successfully processed)
  • Cancellations and Refunds – delegates may cancel their registration at any time but please note that all refunds will be subject to the University of Sheffield’s standard T&C’s, see here

Conference sponsors

This event is supported by the UKRI Engineering and Physical Sciences Research Council [grant number EP/V007696/1]

Contact

Organising committee

  • Alexander Tartakovskii, Jamie Hobbs, Cornelia Rodenburg, Julia Weinstein, Alexander Knight, Sally Greenhough

Key dates

  • Abstract submission deadline – Monday, 24 July 2023
  • Online registration closes – Friday, 8 September 2023
  • Optional demonstration – Tuesday, 12 September 2023 (pm) 
  • Full day workshop – Wednesday, 13 September 2023 (full day)
Date
September 12 2023 -
September 13 2023
Time
All day
Event Type
Workshop
Book your place now
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.