Engineering Hypothesis: Smart-ROM for Google. Thoughts on "Cold Silicon" скачать в хорошем качестве

Engineering Hypothesis: Smart-ROM for Google. Thoughts on "Cold Silicon"

Hi Sergey, I am writing to you as someone who values elegant mathematics and efficient hardware. I have a concept, born from the synergy of human intuition and AI, which I believe deserves the attention of your chip architects. The Hypothesis (Smart-ROM): We propose to rethink the role of ROM and transform it from "storage" into a "computer." Using modern process nodes, we can create a 32GB High-Density Diode Matrix—our hardware answer to the Bradis and Pythagorean tables—that provides multiplication and division results in 1 nanosecond. Technical Elegance: Addressing bus as input: Using 16+16 bits as function arguments. 2-bit Control (Flags): Hardwired re-routing allows the same grid to work in reverse (Multiplication/Division). The Effect: We cool down ARM processors by removing hot ALU blocks. Power consumption drops to 5–10W. We might be overlooking some physics regarding bus capacitance at this scale, but the potential for Edge AI and your data centers seems enormous. Sergey, if this idea—born at the intersection of human search and technology—proves useful to Google, I ask for only one thing: financial independence. In Russia, this is not expensive by the standards of global projects, but it would allow me to continue my engineering creativity for the rest of my life. I lead an engineering blog on YouTube with over 3,000 subscribers where I share my developments, so this concept is the result of long-term practical work with hardware. You can see my projects here: [ССЫЛКА НА КАНАЛ] I would be glad for any response, even if you say the idea is utopian. With respect and hope for synergy, [Твое Имя] Hardware enthusiast, author of the Smart-ROM project.