Oral History of Martin van den Brink

The interview provides a valuable first-person account of the development of ASML and the lithography industry. Van den Brink’s narrative is detailed and technically rich, offering insights into the challenges and innovations in optical lithography. His personal journey from a dyslexic student to a leader in the field is inspiring and adds a human dimension to the technological story. The discussion of alignment systems, thermal management, and the importance of partnerships with suppliers like Zeiss and Cymer is particularly informative. The interview also touches on broader industry trends, such as the shift from vertically integrated research labs to collaborative models like IMEC, and the rise of computational lithography. However, the interview is retrospective and subjective, relying on van den Brink’s memory and perspective. While he is a credible source, the lack of external verification or contrasting viewpoints limits the critical analysis. The technical depth may be challenging for a general audience, but it is appropriate for those with an interest in semiconductor manufacturing. The adéquation between the title and content is strong, as the interview is indeed an oral history. Overall, the interview is a valuable resource for understanding the history and technology of lithography, but it should be complemented with other sources for a more balanced perspective.

The title accurately reflects the content, which is an oral history interview with Martin van den Brink.

8/10

The interview is conducted by a reputable institution (Computer History Museum) with an expert interviewer (Dag Spicer). The interviewee is a key figure in the field, providing first-hand account. The transcript is reviewed and possibly modified by the interviewee, ensuring accuracy. However, the content is retrospective and subjective, and no external sources are cited within the video.

Markers derived by PSI from the transcript: the creator did not define chapters.

• 02:00Van den Brink discusses his early life, dyslexia, and technical education.
• 10:00He explains his transition from electrical engineering to physics and his master's thesis on district heating.
• 20:00He describes his entry into ASML in 1984 and his initial work on alignment systems.
• 30:00He discusses the competitive landscape with Perkin-Elmer, GCA, Nikon, and Canon.
• 40:00He explains the importance of imaging, overlay, and productivity in lithography.
• 50:00He talks about the collaboration with IMEC and its role in process development.
• 1:00:00He reflects on the evolution of lithography from step-and-repeat to immersion and EUV.
• 1:10:00He discusses partnerships with Zeiss and Cymer and the modular design philosophy.
• 1:20:00He talks about the decline of vertically integrated research labs and the rise of computational lithography.
• 1:30:00He shares his views on the future of semiconductor manufacturing and Moore's law.

• Computer History Museum Oral History Collection — The interview is part of the museum's oral history collection.
• Transcript of this interview — The transcript of this interview, which may have been modified by the interviewee.

• ASML official history — ASML's official history page corroborates the company's evolution and milestones mentioned in the interview.

• Critique of ASML's market dominance