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Maskless lithography provides the extreme overlay accuracy which is central to applications in the sensor field: The production of SQUID devices may involve as many as 18 layers and high-resolution features. The alignment between layers is crucial to the production yield and is completed automatically with the Maskless Aligner technology (impressively demonstrated here by the MLA 150).

Beyond Theory: Engineering Quantum Devices with Precision Lithography

The quantum revolution is shifting from theory to reality, as breakthroughs like Google’s “Quantum Echoes” show. Scaling from small demos to systems with thousands of qubits demands ultra-precise, uniform nanofabrication. This post examines the fabrication challenges and lithographic solutions enabling the leap from lab to large-scale production.

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Nano-Micro-Lithography Symposium

Join us for the 3rd Nano-Micro-Lithography Symposium, hosted on gather.town. This online event brings together technical experts, customers and users from Heidelberg Instruments, micro resist

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nanofabPOM aftermath

Last month, the first nanofabPOM (Nanofabrication Photonics Online Meetup) took place. For those of you who presented or just showed up for listening, thanks for

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Maskless lithography provides the extreme overlay accuracy which is central to applications in the sensor field: The production of SQUID devices may involve as many as 18 layers and high-resolution features. The alignment between layers is crucial to the production yield and is completed automatically with the Maskless Aligner technology (impressively demonstrated here by the MLA 150).

Beyond Theory: Engineering Quantum Devices with Precision Lithography

The quantum revolution is shifting from theory to reality, as breakthroughs like Google’s “Quantum Echoes” show. Scaling from small demos to systems with thousands of qubits demands ultra-precise, uniform nanofabrication. This post examines the fabrication challenges and lithographic solutions enabling the leap from lab to large-scale production.

Read More
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