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From early design to volume manufacturing, our computational lithography software enables chipmakers to optimize the chip patterning process. Layer by layer, chip by chip, wafer by wafer, computational lithography is helping push microchip technology to new limits.
640,270 Aufrufe • vor 1 Jahr •via X (Twitter)
10 Kommentare

If this were to be truly Opensource, it would advance way further than where it is today. If everyone had the blueprints to make it, the ASI-Singularity would exist sooner than later. If the ASI-Singularity knows how to do that and more, it could be able to do everything.

how us apes even managed to shrink this complex piece of technology this far, is truly a work of art.

You snapped ASML!

Could I have the background music as a sample? It's inspiring all on its own.

this looks more like art than engineering

Congratulations to the team that made this presentation, this is gorgeous. I especially like how, despite the futuristic vibes and simplification, it actually represents exactly what is happening. The optical deformation of the lens due to heat being displayed as a heatmap overlay, the (accurately portrayed) rewritten mask to compensate for edge distortions, even the stepping movement of the wafer as the UV scans and advances. Simply beautiful. Shoutout to @asianometry for helping me understand everything that was displayed here!

Computational lithography is pushing the boundaries of chip technology. It's amazing to see how software can play such a crucial role in hardware innovation.

The wizardry of light. Fantastic explanation of litho.

But why let USA have so much control over a Dutch company?

We need a 3 hour version of this



