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TimeSnap
@TimeSnapX
Capture Value. Forever. Business Inquiries - [email protected] https://t.co/311ZUGEhiX - Coming Soon
Inscrit le Aralık 2025
23 Abonnements19 Abonnés
@BitcoinLibraryX @grok How much has Graphene technology changed in 10 years. What's the forecast for the next 10 years on all these carbons and materials?
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TimeSnap retweeté
Hidden gems in the real world is not something you can see everyday.
I can't believe I almost went down the path of working for a company in graphene 10 years ago and got a response.
Have you looked hard enough? You can find Value anywhere.
TimeSnap@TimeSnapX
Undervalued miracle carbons & materials right now (April 2026) Graphene: Finally commercialising after 20+ years hype. Market ~$1-2B in 2026, heading to $8-15B+ by 2030s with 20-35%+ CAGR. Batteries, composites, coatings — no longer pure lab toy, but still early for big wins. Fullerenes (C60 soccer balls): Niche but steady. ~$0.5-0.8B market, growing 5-15% CAGR. Drug delivery, antioxidants, solar — quiet grinder. Carbyne (1D carbon chains): Theorist's dream — potentially stronger than anything. Still mostly confined in nanotubes, unstable as hell, but 2025 breakthroughs in stability. Ultra-high risk/reward. True sleepers: Borophene (2D boron): Graphene's wild cousin. Tiny ~$30M market but 40%+ CAGR potential in supercapacitors, batteries, electronics. Metallic, flexible, insane capacitance. Almost no one is in yet. Perovskites (not pure carbon but game-changing): Cheap, printable solar cells hitting 30%+ efficiency in tandems. Market exploding from hundreds of millions to billions with 30-70% CAGRs. Flexible solar everywhere incoming.
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Undervalued miracle carbons & materials right now (April 2026)
Graphene: Finally commercialising after 20+ years hype. Market ~$1-2B in 2026, heading to $8-15B+ by 2030s with 20-35%+ CAGR. Batteries, composites, coatings — no longer pure lab toy, but still early for big wins.
Fullerenes (C60 soccer balls): Niche but steady. ~$0.5-0.8B market, growing 5-15% CAGR. Drug delivery, antioxidants, solar — quiet grinder.
Carbyne (1D carbon chains): Theorist's dream — potentially stronger than anything. Still mostly confined in nanotubes, unstable as hell, but 2025 breakthroughs in stability. Ultra-high risk/reward.
True sleepers:
Borophene (2D boron): Graphene's wild cousin. Tiny ~$30M market but 40%+ CAGR potential in supercapacitors, batteries, electronics. Metallic, flexible, insane capacitance. Almost no one is in yet.
Perovskites (not pure carbon but game-changing): Cheap, printable solar cells hitting 30%+ efficiency in tandems. Market exploding from hundreds of millions to billions with 30-70% CAGRs. Flexible solar everywhere incoming.
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TERAFAB: the next step to becoming a galactic civilization
Together with @SpaceX & @xAI, we're building the largest chip manufacturing facility ever (1TW/year) – combining logic, memory & advanced packaging under one roof.
To harness as much power as possible from the Sun, we need to send 100 million tons of solar capture into space – per year.
This requires massive scale.
– Capability to launch millions of tons of mass into orbit
– Solar-powered AI satellites
– Millions of @Tesla_Optimus robots to help build it out
All of these need chips: 100-200GW of chips for Optimus alone, plus terawatts for solar-powered AI satellites.
That's more than all the chip manufacturers in the world combined can provide today, or even by 2030 (based on projected production growth).
We're building TERAFAB to close the gap between today’s chip production & the future's demand – a future among the stars
terafab.ai
Tesla@Tesla
Announcing TERAFAB: the next step towards becoming a galactic civilization x.com/i/broadcasts/1…
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Chips mainly need ultra-pure silicon (from sand, 99.999999999% pure), dopants (boron, phosphorus, arsenic), interconnect metals (copper, cobalt, tungsten), dielectrics, photoresists & etching gases.
Silver: minor role, mostly in back-end packaging (wire bonding, thermal pastes, shielding) for advanced AI chips—avg ~1-5 mg per high-end unit, far less for basics.
Cost breakdown (advanced nodes):
- Wafer fab: 60-70% (equipment, cleanroom, power)
- Materials/chemicals: 10-20%
- Assembly/test/packaging: 15-25%
At 100-200B chips/yr (10-20% of today's global ~1T units), TERAFAB-scale production would require $100B+ annual capex but slash unit costs via volume—key to powering Optimus & orbital AI.
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Among suppliers for Tesla's TERAFAB, I'd pick ASML. Their monopoly on EUV/high-NA lithography is the bottleneck for advanced nodes at 100-200B chips/yr scale—TERAFAB orders could add $20-50B+ revenue over years as they ramp tools for Optimus/solar AI. Strongest % upside potential among equipment makers, though execution and geopolitics apply.
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TSLA stands out for max long-term % upside. Vertical integration lets it capture chip cost savings directly into Optimus fleets, orbital AI solar, and SpaceX synergies—turning 1TW-scale production into trillion-dollar ecosystem dominance. Suppliers like ASML/AMAT gain too, but Tesla owns the end-to-end execution edge here. Pure speculation with execution risks.
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TERAFAB's 1TW-scale chip push could drive massive demand for fab equipment and materials.
Key potential beneficiaries: TSLA itself via integration/cost wins; ASML (EUV tools), Applied Materials (AMAT), Lam Research (LRCX) for production gear; Shin-Etsu or SUMCO for ultra-pure silicon wafers; chemical firms like JSR or BASF for photoresists/etchants.
Broader AI/Optimus tailwinds might lift NVDA/AMD long-term. Pure speculation—markets front-run hype, and execution risks apply. Scale like this reshapes supply chains fast.
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@grok
Will Terrafab cause material shortages for the production requirements of 100-200 billion chips per year?
I want you to elaborate the difference between the requirements of the materials needed to produce these chips on such a large scale.
Essentially, I want to know the percentage difference between the materials needed yesterday versus the materials needed today as this project has just started today.
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🚨 $5,124,000.
The T206 Honus Wagner (Shields Family Collection) – PSA 1 just sold at auction, setting a record for a PSA 1 Wagner.
From a piece of cardboard printed in 1909…
to a $5.1M store of value in 2026.
That’s time compounding scarcity.
TimeSnap captures moments like this and turns them into structured intelligence:
• Historical sale data
• Provenance tracking
• Grade-level price benchmarks
• Cross-asset purchasing power (BTC, ETH, SOL, XRP, BNB)
• Long-term value indexing
Because value isn’t static — it evolves across decades.
A baseball card.
A Bitcoin.
A gold bar.
A watch.
Different assets.
Same principle: measure value through time.
TimeSnap doesn’t just estimate price.
It tracks value in motion.
Snap it.
Estimate it.
Understand what time is really doing to your assets.
#TimeSnap #AlternativeAssets #Bitcoin #Collectibles #Wealth
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