→ Most mature public quantum roadmap. 1000+ qubit processors live. Fault-tolerant systems targeted ~2029. Every enterprise quantum conversation starts here.
→ Willow chip demonstrated a landmark quantum error correction milestone. Google doesn’t lose science races. This is a long-term compounder with quantum upside baked in.
$MSFT
→ Topological qubit breakthrough. Azure Quantum as the monetization layer. Full-stack quantum integrator play for the enterprise cloud era.
→ Booz Allen Hamilton. Deep in U.S. government quantum programs. Every federal quantum contract flows through firms like this. The picks-and-shovels of government quantum.
SEMICONDUCTOR & INFRASTRUCTURE
The U.S. President & the literal White House are telling you that these 5 sectors are next to squeeze…
1. Space ~ $RKLB, $ASTS, $RDW, $FLY, $LUNR
2. AI Infrastructure ~ $CRWV, $NBIS, $IREN, $APLD
3. Quantum Computing ~ $IBM, $GFS, $QBTS, $RGTI
4. Rare Earths/Energy ~ $USAR, $UUUU, $OSS, $EOSE, $HYLN
5. Robotics ~ $NOK, $TSLA
These are your next chances to make generational wealth, & you cannot miss it.
Save this for later…
The White House is literally telling you what sector to invest into next…
Quantum computing companies were just awarded $2B through the CHIPS & Science Act.
Here are the 5 names to benefit:
1.) $IBM ~ $1B
2.) $GFS ~ $375M
3.) $QBTS ~ $100M
4.) $RGTI ~ $100M
5.) $INFQ ~ $100M
If you missed the move on Memory, Photonics, Space, or even Neo-cloud names then don’t miss this.
Lives will be changed with this upcoming squeeze…
3. $IBM - IBM
Got the biggest check - $1 billion from the Commerce Department alone. IBM has been building quantum infrastructure for years with 1,000+ qubit processors and a network of over 100 enterprise partners already running quantum workloads. This isn't a bet on potential. The government gave them half the entire package because they're the furthest along in making quantum commercially viable at scale.
$2B Quantum Shock Wave Just Hit
The Trump administration is awarding $2 billion in grants to 9 quantum computing companies — WITH government equity stakes attached.
Here’s who’s getting funded:
$IBM — $1 billion (anchor deal)
$GFS — $375 million
$QUBT, $RGTI, $INFQ — ~$100M each
Atom Computing, PsiQuantum, Quantinuum — ~$100M each
Diraq — $38 million
Why this matters:
→ Funded via the CHIPS & Science Act
→ U.S. gov takes a minority equity stake in EACH company
→ Commerce Dept already owns ~10% of Intel — this is the playbook
→ Executive order on quantum reportedly coming
→ IBM CEO compares quantum NOW to where AI chips were a decade ago
The thesis: Quantum + AI convergence is a national security priority. The government is betting across multiple approaches (superconducting, photonics, neutral atom) to spread risk.
$IONQ$RGTI$QUBT$INFQ are the publicly traded names in the crosshairs.
This sector just got a sovereign-backed tailwind. 🇺🇸
Not financial advice.
Black swan innovations that could destroy today’s AI bottleneck trade (HBM, GPUs, power infrastructure):
Everyone is crowded into the same AI scarcity trade:
GPU scarcity → $NVDA
HBM scarcity → $MU, $SKHynix
Power scarcity → utilities, nuclear, grid names
Optical networking scarcity → $COHR, $LITE, $GLW
But black swans change the game.
Three innovations that could flip scarcity into abundance overnight:
1. Photonic / optical compute
If light replaces electrons for data movement and matrix compute, memory bottlenecks and power consumption collapse.
Public/public-adjacent plays:
$POET — optical interposer platform
$COHR — lasers / optical connectivity
$LITE — photonics & optical networking
$GLW — fiber infrastructure
$STM — silicon photonics manufacturing exposure
Private leaders: Lightmatter, Ayar Labs, Scintil Photonics are attracting major capital as optical interconnect demand accelerates.
2. Neuromorphic / memory-centric compute
If compute moves closer to memory, HBM dependency weakens.
Watch:
$IBM — neuromorphic leadership
$INTC — edge AI + advanced packaging
$AMD — architecture diversification
$MRVL — custom silicon + memory optimization
3. Energy abundance breakthrough
Fusion, superconductors, breakthrough cooling.
Watch:
$SMR — modular nuclear
$OKLO — microreactors
$CEG — baseload nuclear
$VRT — data center cooling/power
$ETN — electrical infrastructure
The biggest risk in crowded trades isn’t competition.
It’s technological discontinuity.
Most people model demand curves.
Few model paradigm shifts.
Black swans don’t arrive gradually.
They arrive and reprice entire sectors.
QUANTUM COMPUTING — THE NEXT BIG TECH WAVE
The quantum race isn’t coming — it’s already here.
→ $1.9B market in 2025
→ Heading toward $9B+ near term
→ Long-term potential: $45B–$131B
→ $55B+ already invested globally
Why it matters:
AI is hitting limits. Quantum is the next unlock.
Governments, defense, finance, and pharma are already deploying early use cases.
The opportunity spans multiple layers:
Large caps: $MSFT$GOOGL$IBM
Pure plays: $IONQ$QBTS$RGTI
Emerging bets: $QUBT$ARQQ
Diversified: $QTUM
Other: $BTQ$LASE$XNDU$INFQ
⚠️ Reality check:
This is a high-risk, long-term sector
• Many companies are pre-profit
• Dilution risk is real
• True scale likely later this decade
Quantum today feels like AI in 2018 — early, volatile, but transformational.
The window is open… not for long.
Samsung Electronics’ President Song Jae-hyeok expressed confidence in reviving its foundry business, targeting leadership in 2nm chip market.
After years of trillion-won quarterly losses, Samsung secured major orders from $TSLA, $APPL, Nintendo, and $IBM. 2nm process yield is projected to reach 70% by year-end, with mass production planned for Exynos 2600 and AI accelerator chips.
