The World's First Ternary Computer

The video provides a compelling and accessible introduction to ternary computing, blending historical narrative with technical explanation. The historical account of the Setun computer is well-researched and adds valuable context, illustrating that ternary computing is not a new idea but one that was explored decades ago. The explanation of ternary logic, including the AND gate example, is clear and helps viewers understand the fundamental differences from binary. The video also effectively connects the historical story to current developments, such as Huawei’s patent and carbon nanotube research, making the topic relevant today.

However, there are several weaknesses. The video relies heavily on claims from a Huawei patent without providing direct evidence or independent verification. The patent itself is not linked, and the specific performance improvements (40% fewer devices, 60% less power, 20% faster) are presented as fact without critical scrutiny. The video also oversimplifies the challenges of ternary computing, such as noise and manufacturing complexity, which are mentioned but not deeply explored. The discussion of carbon nanotube transistors is promising but lacks specific citations to the IEEE paper, making it difficult for viewers to verify the claims.

The video’s argumentation is generally solid, but it occasionally veers into speculative territory, such as the potential for ternary chips to ‘slash energy bills’ without addressing the full system-level implications. The sponsor segment, while clearly marked, interrupts the flow and may be seen as a distraction.

Overall, the video is informative and engaging, but viewers should approach the specific performance claims with caution and seek out primary sources for verification. The title accurately reflects the content, and the video succeeds in raising awareness about an alternative computing paradigm.

The title accurately reflects the content, which focuses on the historical Setun computer and the recent developments in ternary computing.

7/10

The video provides a well-structured historical account of the Setun computer and explains ternary logic clearly. It cites a paper and a recent IEEE paper, but lacks direct links to primary sources. The claims about Huawei's chip are based on a patent, which is not independently verified. Overall, the information is accurate but relies on secondary sources and some speculative extrapolation.

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

• 00:00Introduction to the concept of ternary computing and the historical blind spot in binary computing.
• 02:00Historical background on the Soviet Union's early computer development and the challenges faced by Brusentsov.
• 04:00Explanation of ternary mathematics and the design of the Setun computer.
• 06:00Details on the Setun's production and its eventual discontinuation.
• 08:00Transition to modern computing and the energy crisis in AI, leading to renewed interest in ternary logic.
• 10:00Explanation of how ternary transistors work with two threshold levels.
• 12:00Introduction of Huawei's ternary chip patent and its claimed benefits.
• 14:00Discussion of carbon nanotube transistors and their potential for ternary computing.
• 16:00Conclusion on the future of ternary computing and its possible coexistence with binary.

• Incogni (sponsor) — Sponsor segment promoting data privacy service.
• Anastasi In Tech Newsletter — Mentioned as a resource for further information.
• Deep in Tech Podcast (Apple) — Mentioned as a related podcast.
• Deep in Tech Podcast (Spotify) — Mentioned as a related podcast.
• LinkedIn Profile — Mentioned for connecting with the creator.

• Ternary computer - Wikipedia — Supports the historical account of ternary computing and the Setun computer.
• Setun - Wikipedia — Provides details on the Setun computer's specifications and history.

• Comment on binary dominance — Some commenters argue that binary is dominant due to physical constraints, which the video does not fully address.