Join us for a webinar on thermal scanning probe lithography (t-SPL) with the NanoFrazor from Heidelberg Instruments, a powerful tool transforming nanoscale fabrication.
Dr. Jana Chaaban, Head of the Process and Applications Laboratory at Heidelberg Instruments, will introduce the latest features of the next-generation NanoFrazor, launched this year. She will explain the working principle of NanoFrazor lithography and demonstrate how its unique mix-and-match capability—combining t-SPL with laser writing—enables the fabrication of advanced devices for applications in quantum electronics, nanophotonics, and more. She will cover real use-case examples, including high-resolution, damage-free patterning of contacts on InSb nanowires and millimeter-sized leads for quasi-ballistic quantum devices fabrication.
Additionally, Dr. Chaaban will showcase how scaling up the t-SPL technology without compromising on resolution will be possible with the first multi-tip version of the NanoFrazor – the Decapede. The webinar will feature successfully implemented use-cases of multi-tip patterning with the Decapede, including patterning videos. Dr. Chaaban will also cover how combining grayscale patterning with automatic overlay can be used for creating integrated nanophotonic devices.
Choose the session that fits best into your schedule:
Thursday, Nov. 28th, 1:30AM–2:30 AM (AEDT)
Friday, Nov. 29th, 7:00-8:00PM (AEDT)
The link to the webinar on MS Teams will be sent to you after registration.
About Dr. Jana Chaaban
Dr. Jana Chaaban holds a bachelor's in physics from McGill University and a PhD in Micro and Nanosystems from ETH Zürich. In her doctoral research, she focused on electrohydrodynamic nanodrip printing and its scalability via the microfabrication of a chip-based multi-nozzle printhead. Her research activities took her to internships and project work at the American University of Beirut Medical Center, IBM Research in Zürich, ABB, and since 2021 Heidelberg Instruments Nano. At Heidelberg Instruments Nano, Jana is heading the Process and Applications Laboratory. In this capacity, she leads process development and worldwide customer application demonstrations with the NanoFrazor systems.
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