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TL;DR: Microchips: Shrinking Technology Investigation: Investigation into the thesis that microchips are produced via shrinking technology — creating large-scale chips with human tools, then using scalar/electromagnetic fields to produce miniature replicas — rather than the mainstream narrative of photolithography and nanoscale fabrication. Investigation into the thesis that microchips are produced via shrinking technology — creating large-scale chips with human tools, then using scalar/electromagnetic fields to produce miniature replicas — rather than the mainstream narrative of photolithography and nanoscale fabrication. Covers: mainstream vs alternative positions; predictive programming for shrinking (objects vs lifeforms); Nintendo and global chip supply chain; optical media parallels (CD-ROM, Blu-ray); Taiwan/Japan/Korea vassal-state pattern.
Sponsored thesis: The technology that operates computers is suppressed. Nobody really knows how to build it. Chips might not use shrinking technology, but they are absolutely a suppressed technology — and probably not possible without it. The theory rests primarily on the weird geopolitical situation and lack of competition, not on certainty that shrinking is used. Microchips may be created by atom-aligning electromagnetic replication of large-scale prototypes; the conventional photolithography narrative does not hold up under scrutiny. The same suppression patterns apply to optical media and semiconductor consolidation.
Regardless of shrinking technology, nobody knows how chips are made. Mainstream sources themselves acknowledge that nations cannot replicate advanced semiconductor capability — the U.S. spends 150B attempting to replicate EUV lithography and domestic alternatives to ASML "do not exist and will not for years to come"; the EU's $50B goes to older-generation production. The U.S. DoD is "critically dependent" on foreign chip supply and "may be unable to do without" offshore chips. Taiwan invoked national security law to protect TSMC trade secrets. This pattern could only be the result of a deliberate worldwide system of control — IP, export restrictions, geopolitical concentration in vassal states, and knowledge transfer that requires controlled locations — preventing humanity from achieving the kind of knowledge required to conceive of or reproduce incredible shrunken technology, while making the species completely dependent on it. See §1 (Mainstream Acknowledgments, US Military), §10 (Conclusion).
Ongoing. Per INVESTIGATIVE_STRATEGY (paradigm-threat-timeline): investigate from scratch; do not rule out possibilities due to "scientific consensus" or "lack of evidence" alone.
Claim: Microchips are fabricated via photolithography — a process in which:
Key points:
The photomask provides a 2D blueprint of what must ultimately be a 3D chip. Mainstream accounts say this is done in layers — successive photolithography steps build up the third dimension. Several problems arise:
Layers cannot build the complexity we need. Photolithography may plausibly handle 2D patterning at nanometer scale. But assembling layers — aligning, registering, and stacking them — at that level of precision is another matter. 2D layering + layer assembly does not obviously scale to the complexity required for 100 billion transistors per chip.
Tool-size paradox. At some point, the tools themselves would have to be quite small to achieve that precision. Human-scale equipment patterning nanometer features and assembling them into coherent 3D structures runs into a chicken-and-egg: you need nano-scale tools to build nano-scale structures. Where did those tools come from?
We should have hit limits long ago. Physical limits for what we can build without shrinking technology — using only human-scale photolithography, layer stacking, and conventional fabrication — ought to have been reached well before 100 billion transistors per chip. The fact that we did not suggests either (a) the mainstream narrative is incomplete or wrong, or (b) some other mechanism is in play.
Conclusion from this angle: Photolithography may account for 2D patterning. It does not clearly account for 3D assembly at the required precision. The shrinking thesis fills the gap: build at human scale (where tools exist), then replicate at smaller scale. If not shrinking, then something does not add up.
Foreign Policy (March 2026): "Even when you can move the factories, you cannot move the learning curves." U.S. spends ~150 billion** to replicate EUV lithography; "domestic alternatives to ASML's technology do not exist and will not for years to come." EU commits ~$50B, mostly to . ()
Harvard International Review: "Despite massive government spending, countries cannot simply replicate advanced semiconductor capabilities elsewhere." (Harvard HIR: Silicon Sovereignty)
Taiwan National Security Law (2025): Taiwan invoked national security law to protect TSMC trade secrets. Semiconductor sub‑2nm technology designated "national core key technology."
ASML monopoly: EUV lithography systems manufactured exclusively by ASML (Netherlands); ~$380M each.
National Academies (2024): "U.S. semiconductor technology leadership is in question." Domestic share 12% (down from 37% in 1990). DoD "critically dependent" on commercial SOTA manufacturing. "Significant risk that the most advanced chips will continue to be produced offshore… chips that DoD may be unable to do without." (National Academies)
GAO (2025): DoD relies on 200,000+ suppliers globally; little visibility into foreign dependence. (GAO-25-107283)
Claim (hedged): The strongest evidence is geopolitical — weird consolidation, lack of competition, vassal-state pattern. Conventional photolithography does not satisfactorily explain 2D→3D assembly at the required precision. If microchips are built as mainstream claims, we should have hit limits long before modern densities. The shrinking thesis is a plausible fit: microchips may not use shrinking technology, but they are almost certainly suppressed, and conventional fabrication alone probably cannot explain them.
Mechanism (if shrinking is used): Microchips are not built by human-scale photolithography at nanometer resolution. Instead:
Implications:
Nintendo did not build its chips in-house. Chip production was outsourced to a web of Japanese and Western suppliers:
| System | Component | Manufacturer | Notes |
|---|---|---|---|
| NES/Famicom | CPU (2A03/2A07) | Ricoh | Jointly developed with Nintendo; Ricoh manufactured. Modified MOS 6502 + APU. Exclusive contract until 2003 |
| SNES/Super Famicom | Sound (SPC700) | Sony | Ken Kutaragi designed; Sony developed and manufactured |
| SNES | SRAM | Sharp, Hitachi | 32 KB |
| SNES | DAC (D6376) | NEC | 2-channel 16-bit |
| SNES | DSP coprocessors | NEC (µPD77C25 base) | DSP-1 through DSP-4 for Mode 7, 3D |
| SNES | Super FX | Argonaut (design), various fabs | 3D graphics |
| NES | MMC (cartridge) | Nintendo | Nintendo manufactured MMC chips in-house for cartridges |
Conclusion: Nintendo designed or commissioned designs; manufacturing was delegated to Ricoh, Sony, NEC, Sharp, Hitachi, and others. No evidence that Nintendo ever fabricated chips from scratch. The CD-ROM add-on was never built — Nintendo depended on Sony, then Philips; Japan could not produce CD-ROM independently. See yakuza-remote-control-investigation for the containment thesis.
| Era / Region | Producers | Notes |
|---|---|---|
| US, 1960s–80s | Intel, Motorola, TI, AMD, Fairchild | US dominance; Silicon Valley rise |
| Japan, 1980s | NEC, Toshiba, Hitachi, Mitsubishi, Fujitsu | Japan reached ~50% global share; US–Japan semiconductor agreement (1986) and tariffs reversed this |
| Taiwan, 1987+ | TSMC (founded by Morris Chang), UMC | RCA tech transfer (1976); ITRI; Hsinchu Science Park |
| South Korea | Samsung, SK Hynix, LG | Memory and logic; post-war industrialization |
| Europe | Philips, Siemens, STMicroelectronics | Never achieved US/Asia scale in cutting-edge logic |
| Present (advanced logic) | TSMC, Samsung, Intel | TSMC dominates 5 nm and below; Intel retains US fabs; AMD, Apple, Nvidia are fabless |
Pattern: Production has concentrated in Taiwan and a handful of firms. Replication of the process elsewhere has failed or been blocked. The thesis: you cannot copy chips without being shown how in a controlled location — Taiwan, historically Japan or Korea — and that know-how is deliberately restricted.
The same suppression pattern appears in optical storage:
Implication: The technology that operates computers — both silicon and optical — is gatekept. Nobody builds it from first principles without approval from the patent holders and licensors.
If shrinking/miniaturization technology is real and suppressed, fiction may encode its rules as managed disclosure — telling the public what is possible and what is not, in genre form, so that when the tech surfaces (or is used covertly), audiences have been conditioned.
Objects can be shrunk; lifeforms cannot (or suffer fatal limitations when shrunk).
This would align with the microchip thesis: we shrink objects (chips), not people. The fiction prepares the mind for "shrinking works on things, not on us."
Predictive programming often provides a lynchpin or caveat to the rules being presented — a fictional breakthrough or exception — which portrays the technology as magic or arbitrary fantasy. This obscures the real constraint while still encoding it. Most shrinking stories involve humans and lifeforms that cannot be shrunk; many add time limits. The real rule is disclosed, then a caveat ("but the hero found a way") reframes it as fiction.
| Title | Year | Medium | Rule Encoded | Lynchpin / Caveat |
|---|---|---|---|---|
| The Shrinking Man | 1956 (novel), 1957 (film) | Literature, Film | Lifeform shrinks via radiation + insecticide; continuous shrinking until dissolution | No caveat — rule is enforced; victim narrative |
| Fantastic Voyage | 1966 | Film | Submarine + crew miniaturized; 60-minute limit before reversion (fatal if still inside body) | Time limit as constraint; no permanent lifeform shrinking |
| Honey, I Shrunk the Kids | 1989 | Film | Electromagnetic shrinking machine; kids (lifeforms) shrunk accidentally; danger, insects, ordeal | Caveat: machine can shrink kids (accident); ordeal encodes danger |
| Innerspace | 1987 | Film | Miniaturization of pilot + pod; injected into wrong host; oxygen/time limit | Same as Fantastic Voyage |
| Ant-Man | 2015+ | Film | Villain (Cross) can shrink objects and equipment; cannot shrink life — the real limitation | Caveat: Cross invents human-shrinking suit; story breaks from reality into fantasy |
| Downsizing | 2017 | Film | Voluntary shrinking to reduce footprint; irreversible; mixed results | Lifeform shrinking as social experiment; consequences |
| The Incredible Shrinking Woman | 1981 | Film | Parody of Shrinking Man; household products cause shrinking | Same victim narrative |
Ant-Man (2015) as key disclosure: Darren Cross's research hits the wall: he can shrink objects and equipment but cannot shrink life. That is the real limitation, stated plainly. The story then breaks from reality when Cross invents the human-shrinking suit — the lynchpin that lets heroes and villains shrink, making the whole thing feel like arbitrary movie magic rather than disclosure of an actual constraint.
Synthesis: Across these works:
Regardless of shrinking technology, nobody knows how chips are made. The mainstream narrative (photolithography, layers, EUV) does not satisfactorily explain 2D→3D assembly at the required precision. The 2D photomask problem, tool-size paradox, and lack of physical limits before 100B transistors suggest something does not add up — whether shrinking or another mechanism.
More decisively, mainstream sources themselves document the inability to replicate:
This could only be the result of a deliberate worldwide system of control — IP regimes, export restrictions, geopolitical concentration in vassal states, and knowledge transfer that requires controlled locations (Taiwan, historically Japan or Korea). The system prevents humanity from achieving the kind of knowledge required to conceive of or reproduce the technology that makes modern computers possible, while making the species completely dependent on it. Whether that technology involves literal shrinking, atom-aligning replication, or something else, the suppression is structural and global.
Keywords: #microchips #shrinking #technology