13th - 14th March 2024
Zürich
8th Thermal Probe Workshop
The Thermal Probe Workshop brings together nanofabrication experts and enthusiasts from all over the world for two days of talks, posters and discussions in Zürich, Switzerland. Nanostructures, through creative fabrication methods and a variety of applications, will be presented in a series of talks and poster presentations. The workshop leaves ample time for in-depth discussions inspired by the talks and posters.
Confirmed Speakers
Prof. Dr. Rachel Grange
ETH Zürich
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Prof. Dr. Thomas Iskratsch
Queen Mary University of London
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Nanofabrication of bioarrays for single molecule resolution tracking of receptor-ligand interactions and cell adhesion formation
Dr. Fabian Könemann
Heidelberg Instruments Nano AG
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Introducing parallel thermal scanning probe lithography
Prof. Dr. Xia Liu
Institute of Physics CAS, Beijing
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Multiple-Scale and Gray-Scale Patterning Using Thermal Scanning Probe Lithography
Dr. Gabriel Puebla Hellmann
QZabre
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Nitrogen vacancy based quantum sensors for nano-scale thermometry
Dr. Meguya Ryu
NMIJ AIST / Tokyo Institute of Technology
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Detection of local thermal diffusivity of soft materials by using nano thermal heating probe
Dr. Filippo Federici
Nanolayers Research Computing Ltd.
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
ALANN: Atomic lithography automation with neural networks
Prof. Dr. Saptarshi Das
Pennsylvania State University
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
3D Integration of 2D Devices for Advanced Memory, Logic, and Bio-inspired Computing
Dr. Alexander Wright
NYU
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Thermochemical activation of a polymer for protein immobilisation
Berke Erbas
EPFL
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Grayscale topography engineering for 2D nanoelectronics
Dr. Stefan Walheim
Karlsruhe Institute of Technology
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Substrate-controlled self-assembly as a bio-inspired approach towards nano-functional surfaces
Dr. Yu Kyoung Ryu
Universidad Politécnica de Madrid
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Laser-induced graphene advanced energy storage devices
Dr. Chit Siong Aaron Lau
Institute of Materials Research and Engineering, Singapore
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Utilizing thermal scanning probe for engineering 2D material-based quantum applications
Dr. Chloé Bureau-Oxton
IBM Research - Zurich
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
A side-gated finFET as a scanning electrometer
Prof. Dr. Olivier J.F. Martin
EPFL
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
The promise of the third dimension nanophotonics
Dr. Gabriela Borin Barin
Empa
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Bottom-up graphene nanoribbons: towards high-performance devices
Dr. Heiko Wolf
IBM Research - Zurich
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Will it compute? – Networks of micro-scale chemical oscillators
Prof. Dr. Javier Rodríguez-Viejo
Catalan Institute of Nanoscience and Nanotechnology (ICN2)
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Bulk versus surface melting in thin film organic semiconductor glasses: A path for glass coexistence and nanostructuration
Harry Biller
Allresist GmbH
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
From powder to liquid resist: Insights into the stability of Polyaldehydes in solution
Yannik Glauser
ETH Zürich
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Optical Fourier Surfaces for Holography
Valerio Levati
Politecnico di Milano
Lithium niobate on Insulator and Beyond: Overcoming Fabrication Challenges for Integrated and Flat Photonics
Thermally driven Phase Nanoengineering for Spintronics
