NanoFrazor Webinar Series 2024/2025

Explore the Future of Nanoscale Fabrication

Here are all the webinars of our NanoFrazor webinar series 2024/2025, where leading experts in nanotechnology and advanced lithography presented groundbreaking applications of thermal scanning probe lithography (t-SPL). You can now watch all the webinars on YouTube and Bilibili to learn how NanoFrazor technology is pushing the boundaries of nanoelectronics, quantum devices, photonics, and strain-engineered materials.

Dr. Jana Chaaban

Avenues for Parallelization and Automation: The Next Generation of Thermal Scanning Probe Lithography

Dr. Jana Chaaban, Heidelberg Instruments Nano AG

Discover how multi-tip lithography, markerless overlay, and automation are enhancing high-precision fabrication for quantum nanoelectronics and nanophotonics.

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Dr. Aaron Lau

Engineering 2D Material-Based Devices for Nanoelectronics and Quantum Applications Using Thermal Scanning Probe Lithography

Dr. Aaron Lau, IMRE Singapore

Learn how t-SPL enables nanoscale device engineering, from quantum materials to high-quality metal contacts.

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Prof. Edoardo Albisetti

Phase Nanoengineering via Thermal Scanning Probe Lithography and Light

Prof. Edoardo Albisetti, Politecnico di Milano

Explore how nanoscale spin textures and magnonic devices are designed using thermally assisted magnetic scanning probe lithography (tam-SPL) and UV light.

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Berke Erbas

Grayscale Nanolithography and Its Application in Nanoelectronics

Berke Erbas, EPFL

Discover how plasma etching and nanoimprint lithography extend the capabilities of grayscale t-SPL for strain engineering in 2D materials and FETs.

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Yannik Glauser

Optical Fourier Surfaces for Photonic Applications

Yannik Glauser, ETH Zurich

Learn how grayscale nanostructures are shaping the future of holography, augmented reality, and optical computing.

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Dr. Giorgio Zambito

Strained 2D Lateral Heterojunctions via Grayscale t-SPL

Dr. Giorgio Zambito, University of Genoa

Explore how grayscale lithography enables precise strain engineering in 2D materials, leading to novel optoelectronic and quantum architectures.

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