2025-12-06

Unlocking AGI: How Life Changes for Everyone w/ Jack Hidary, Salim Ismail & Dave Blundin | EP #213

Recorded live at FII in Riyadh, Peter Diamandis, Salim Ismail and Dave Blundin host SandboxAQ CEO Jack Hidary for a three-part conversation on energy, robotics and quantum computing. On energy they argue a scarcity period (gas turbine backlogs of 4+ years) will flip to abundance within 7-9 years via SMRs, fusion and solar/battery breakthroughs, with huge geopolitical ripple effects for petrostates and healthcare. On robotics they debate how fast humanoid robots scale, contrasting US and Chinese manufacturing bases and China's surging robot exports to countries like Poland and Mexico. On quantum, Hidary predicts a 2030 inflection point where quantum computers become both a powerful modeling tool (drugs, materials, fusion plasma) and a threat that breaks current encryption, and the group closes on government equity stakes in tech (Intel) and which industries could next reach a $5 trillion valuation.

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Topics

Global electron gap and gas turbine scarcity Energy ▶ 2:47

Peter cites China adding 429 GW of new power in 2024 versus 51 GW in the US; Jack explains gas turbines now have a 4.5-year wait because GE, Mitsubishi Heavy and Siemens won't expand capacity after past losses.

Flip from energy scarcity to abundance Energy ▶ 4:44

Jack predicts abundance arrives in 7-9 years as SMRs, other nuclear, new turbine factories, and step-change solar/battery efficiency (driven by quantum-enabled materials science) come online.

Geopolitical and health ripple effects of abundant energy Geopolitics ▶ 6:23

Salim and Jack argue cheap energy makes desalination and food cheap, could reduce wars fought over oil, and would devastate petrostate economies (Canada, Russia, Gulf states) whose oil costs far more to extract than places like Saudi Arabia.

Data centers migrating to energy sources Energy ▶ 8:51

Dave argues AI data centers can move to wherever energy is cheap (unlike oil, which has to be shipped to population centers), which is why Saudi Arabia's cheap gas and solar make it a natural data-center hub.

Humanoid robot scaling and factories building robots Robotics ▶ 10:01

Peter reviews Elon Musk's 10-billion-robot-by-2040 prediction and 1X's new Neo Gamma pricing; Jack says the first five robot-building-robot factories (two in the US, three in China) are under construction and will be ready within 6-18 months.

Robots in hospitals and the household robot debate Robotics ▶ 12:52

Jack cites ~20% of US hospitals already using robotic helpers for logistics (not surgery); Salim pushes back hard on near-term mass/household robot adoption, citing supply chain limits and the far greater variability of a home versus a factory.

US vs China humanoid robot manufacturing and exports Robotics ▶ 15:07

Peter shares data from his upcoming humanoid robot report: the US has ~30 humanoid robot companies to China's equal-or-greater count, and Chinese robot exports are surging into non-advanced economies (Poland +1700%, Mexico +275%, Russia +135%, Vietnam +114%) while advanced economies mostly abstain.

China's shrinking labor pool forces a robotics race Geopolitics ▶ 16:20

Dave and Jack note China's manufacturing-led growth relied on a 1.44 billion-person labor pool that is shrinking, forcing a race into robotics; Jack adds Japan's population will fall from 145M to 90M and will likely rely on Chinese, not Japanese, robots for elder care.

Quantum advantage and Sandbox AQ's 2030 prediction Compute ▶ 18:17

Following Google Willow's claimed 13,000x quantum advantage and a Nobel Prize for Google's chief quantum scientist, Jack Hidary predicts 2030 as the year a genuinely usable quantum computer arrives, powerful enough for drug and materials modeling but not yet the ultimate machine.

Quantum's cybersecurity threat and quantum-safe migration Compute ▶ 19:50

Jack warns that around 2030 quantum computers will also break current public-key encryption (e.g., WhatsApp end-to-end encryption, blockchain), forcing a shift to quantum-safe protocols before confidential data is exposed.

Quantum sensing and quantum-accelerated fusion Compute ▶ 21:33

Jack highlights quantum sensing (already-real magnetic heart sensors beating ECG/MRI) as a separate near-term quantum application, and argues quantum computing's ability to model fusion reactor plasma could accelerate viable fusion power by 10-20 years.

Government equity stakes in tech companies and $5T predictions Economy ▶ 26:01

The panel debates the US government's 10% stake in Intel and rallying quantum stocks, calling it a good investment but a bad precedent, before closing on predictions for which industries could next hit a $5 trillion valuation (Nvidia already has), with Jack betting on energy companies that pivot into compute.

Predictions made

open Jack Hidary: A genuinely usable quantum computer will exist, powerful enough for drug discovery, new materials, and modeling the physical world down to the subatomic level.

EP #? · · due: 2030 · ▶ watch

“My prediction to you on stage here is 2030 will be a critical year where we'll have a usable quantum computer.”

Your call:

open Jack Hidary: Quantum computers will cross the threshold needed to break current public-key encryption (e.g., WhatsApp end-to-end encryption, blockchain protocols), exposing previously secure data.

EP #? · · due: 2029-2030 · ▶ watch

“We're going to cross a threshold around that same year, 2030, when a quantum computer will break, we'll break all the cyber security, the public cyber in your phone.”

Your call:

open Jack Hidary: Energy will flip from a period of scarcity to abundance as SMRs, other nuclear, new turbine manufacturing capacity, and solar/battery breakthroughs come online.

EP #? · · due: 7-9 years from Dec 2025 (~2032-2034) · ▶ watch

“What's going to happen starting though in 7 8 9 years is we're going to flip the script to abundance.”

Your call:

open Jack Hidary: The first five robot-building-robot factories (2 in the US, 3 in China) will be operational and producing at scale.

EP #? · · due: 6-18 months from Dec 2025 (mid-2026 to mid-2027) · ▶ watch

“These factories will be ready in the next 6, 12, 18 months.”

Your call:

open Peter Diamandis: There will be humanoid robots walking among attendees at the FII conference, possibly even presenting on stage.

EP #? · · due: 2 years from Dec 2025 (~2027) · ▶ watch

“FI two years from now there'll be quite a few robots walking amongst us maybe even some on stage presenting.”

Your call:

open Jack Hidary: China will repeat its BYD-style dominance of the car industry in humanoid robotics, at least in markets outside the most advanced/sensitive economies.

EP #? · · due: unspecified · ▶ watch

“My prediction is the same on robotics.”

Your call:

open Jack Hidary: Quantum computing's ability to model fusion reactor plasma will accelerate the arrival of viable fusion power.

EP #? · · due: 10-20 years acceleration, no fixed date given · ▶ watch

“Quantum computing is the first computing platform that gives us the power to model what's happening in a fusion reactor that will accelerate us probably by 10 to 20 years.”

Your call:

open Jack Hidary: Energy companies such as Aramco or ExxonMobil could reach a $5 trillion market valuation if they expand into compute and downstream products.

EP #? · · due: 3-5 years from Dec 2025 (~2028-2030) · ▶ watch

“You could see a $5 trillion energy company if they're taking hold.”

Your call:

open Elon Musk (reported by Peter Diamandis): There will be 10 billion humanoid robots in the world, priced around $20,000-$30,000 each.

EP #? · · due: 2040 · ▶ watch

“His prediction is 10 billion humanoid robots by 2040 uh and a price point of you know 20 to $30,000.”

Your call:

Numbers that matter

China added 429 GW of new power in 2024 vs. 51 GW added by the US Illustrates the widening 'electron gap' in energy capacity buildout between the two countries.
37 fusion VC-backed companies in production/development Peter's count of active fusion startups as evidence of the sector's momentum despite overall energy scarcity.
Gas turbine wait time is about 4.5 years; gas supplies ~40% of US electricity and ~35% of Europe's Explains why data-center and AI power demand is currently bottlenecked by turbine manufacturing capacity.
Current solar panel photon-to-electricity efficiency is about 27% Baseline Jack expects to rise due to quantum-driven materials science.
Marginal oil extraction cost: ~$50/barrel in Canada vs. ~$7/barrel in Saudi Arabia Used to argue high-cost oil producers can't compete once abundant alternative energy arrives.
About 40 countries are economically dependent on petrodollar oil exports Salim's estimate of how many economies are exposed to an energy-abundance shock.
50% of occupied hospital beds in Africa are due to bad-water-related illness Jack's case for how abundant energy (via desalination) would transform healthcare economics.
Solar energy in Saudi Arabia is roughly 3x cheaper than in the United States Cited alongside ACWA Power (called 'Aqua Power') as evidence Saudi Arabia is a major renewable energy player, not just oil.
1X's Neo Gamma humanoid robot priced at $20,000 to buy or $499/month to lease Announced the same day, before mass production, as a marker for falling humanoid robot price points.
5 robot-building-robot factories under construction (2 US, 3 China) Jack's evidence that industrial-scale humanoid robot manufacturing is imminent.
~20% of US hospitals already use some robotic helper Current adoption level for non-medical robotic logistics tasks in healthcare.
US has ~30 humanoid robot companies; ~100 tracked globally, many in China From Peter's forthcoming humanoid robot report, illustrating the scale of the global build-out.
Chinese robot import growth: Poland +1700%, Mexico +275%, Russia +135%, Vietnam +114% Shows China's robot exports concentrating in less technologically advanced economies.
China's labor pool is about 1.44 billion people; its economy grew 10%+ annually for two decades on manufacturing Basis for the argument that a shrinking labor pool now forces China toward robotics.
Japan's population projected to shrink from 145 million to 90 million Cited as the demographic driver behind Japan needing robotic elder care, likely sourced from China.

Worth digging into

🕳️ SandboxAQ's 2030 'usable quantum computer' claim

Jack Hidary is running one of the best-funded quantum/AI companies and stakes a specific, checkable timeline on both quantum's upside (drug/materials modeling) and downside (breaking encryption) — a clean prediction to track against reality.

🕳️ Quantum 'Q-Day' and post-quantum cryptography migration

Jack claims a 2029-2030 threshold where quantum computers break WhatsApp-style end-to-end encryption and blockchain security, with real financial and national-security stakes.

🕳️ China's humanoid robot export surge to developing economies

The specific growth stats (Poland +1700%, Mexico +275%) suggest a deliberate geopolitical robotics expansion strategy, echoing BYD's earlier EV playbook, while advanced economies hold back.

🕳️ Government equity stakes in strategic tech companies

The panel calls the Intel stake 'brilliant investment, terrible precedent' — a tension worth watching as it could expand into quantum computing and other sectors, reshaping how strategic tech gets funded.

🕳️ Energy abundance as a driver of the Russia-Ukraine war

Salim's thesis — that Russia invaded Ukraine partly because its oil/gas export revenue was set to collapse in value within years — is a provocative, testable political-economy claim tying energy forecasting to a live geopolitical event.