How Extreme Ultraviolet Lithography works | Part 2/3

[@adrian.banninksy]

Very interesting video. I worked as a project manager (mechanical engineering) on critical high end parts of the wafer stage of these EUV machines. From a mechanical- and fabrication view point ASML was searching for the edges of the impossible. But as you at Zeiss SMT now, nothing is impossible! I am proud of what we all together achieved.

[@alexandersundukov3196]

00:45 Starlith 3400 01:32 Scanner Modules 03:17 Field Size 03:38 Pixels per Field 05:35 Illuminator 06:30 Illuminator Settings 07:09 Absorbed Energy

[@Imagineering100]

This is amazing engineering just amazing

[@thefatcatgarfield]

It's so amazing how delicate the system and how difficult the challenge is.

[@MrDehicka]

Sub nanometer accuracy with 1kW power absorbed in the mirror. This is insane!

[@pavelnikulin8240]

Easy peasy. Pre-calculate the distortion at the terminal temperature, and design for that shape. 3400 needs a "heat up" time I heard.

[@OWAIS843]

Awesome, always wanted to join your team

[@Martinit0]

1kW of absorbed power - this is madness!

[@The201Ray]

Where can I apply? I don't have a background on this but I've been understanding, I suppose my HVAC and electric background helps. My brain 🧠 thirsty over these masterpieces of various technologies.🤯

[@zeissgroup]

Hello, thanks for getting in touch and for your interest in our company. Please have a look on our website for all open positions: www.zeiss.com/jobs. If there are no suitable positions, you can install a job alert.

[@Phillip1220]

Amazing

[@ralphaverill2001]

As these chips become more and more compact and thus more powerful, (Moore's Law) AI will advance further and further. When resolution reaches the threshold of individual atoms, will we leap into quantum computing?

[@robertroberto4749]

What is wrong with you!!!??? The Chinese are also watching KZbin:)

[@bbombastus7791]

I also have the impression that too much sensible information is shared here ...