Ex-Google CEO on Government AI Policy & Deepfakes w/ Eric Schmidt | EP #99
Recorded on stage after a multi-day 'great AI debate' event, Peter Diamandis interviews former Google CEO Eric Schmidt on where AI is headed next: the shift from language-generating AI to action-taking 'intentional AI', the thresholds that would signal dangerous recursive self-improvement, and the current US/UK/EU/China regulatory landscape. Schmidt covers US-China chip competition, deepfakes and 2024 election misinformation risk, how ubiquitous cheap drones are already ending tank warfare in Ukraine, and his prediction that a small number of heavily-regulated closed frontier models will coexist with many open-source 'middle-size' models. He closes on AI accelerating physics/chemistry/biology research via diffusion models and on Sandbox AQ's quantum-simulation work on drug design.
Schmidt argues AI is shifting from language-to-language generation to language-to-action: plain verbal commands will be compiled into working programs that execute real tasks (e.g., running an entire conference's logistics), producing an explosion in per-person 'digital power'.
Recursive self-improvement and safety thresholdsAI▶ 7:04
Schmidt describes working with a ~20-person scientist group that judges current LLMs safe for now but identifies clear future danger thresholds: recursive self-improvement, agentic systems inventing their own private language, and AI performing advanced math autonomously.
US AI regulation and global policy landscapeGeopolitics▶ 9:11
Schmidt summarizes his involvement in the UK AI Act, the White House executive order, and new US-China track-two AI dialogues; notes the US approach is light-touch notification-based (10^26 FLOPs threshold) rather than mandatory disclosure, while Europe is 'its usual hopeless self.'
US-China AI and chip competitionGeopolitics▶ 10:14
Export controls on ASML and Nvidia H100/H800 chips have capped China at roughly A100-level/7nm hardware versus the West's 3nm-to-1.4nm roadmap; Schmidt expects China to close the gap by spending far more money on training rather than through better hardware.
Social media, deepfakes, and 2024 election riskAI▶ 10:56
Schmidt discusses how most voters now get information from YouTube, Instagram, Twitter/X, Facebook, and TikTok (which he calls 'really television'), and argues platforms that fail to police election misinformation will trigger heavier regulation; he also describes deepfakes (citing the Taylor Swift incident) as a 'lock makers vs lock pickers' arms race that safety systems are currently losing.
AI and the changing nature of war (Ukraine drones)Geopolitics▶ 17:36
Drawing on personal visits to the Ukraine front, Schmidt describes cheap ($5,000) drones overwhelming $5 million tanks, turning frontline areas into 24-hour drone 'death zones' and making him believe tanks, artillery, and mortars are becoming obsolete as weapons of war.
Open vs. closed AI models and compute economicsCompute▶ 21:32
Schmidt lays out the open-vs-closed model debate (open models like Llama 3 reaching ~80% of closed-model capability), rising training costs ($250M-$500M+ per run), and his prediction of a small number of heavily regulated closed AGI systems alongside many open-source 'middle-size' models.
AI red-teaming and guardrails vs. curated training dataAI▶ 23:58
Schmidt says attempts to selectively remove 'bad' data from training sets make models more brittle, not safer; the better current approach is training on everything and layering guardrails and red-teaming afterward, which he expects to become its own industry.
Industry self-regulation modeled on biotech's Asilomar eraAI▶ 29:34
Drawing on his own 1980s genetic-engineering lab experience, Schmidt compares today's AI safety meetings (a December meeting, a NeurIPS/AAAI-adjacent gathering, an upcoming Stanford meeting) to the Asilomar biotech conferences that let scientists self-regulate recombinant DNA before government (via the RAC, later folded into HHS) took over oversight.
AI accelerating physics, chemistry, and biology researchAI▶ 26:59
Schmidt describes attending physics/chemistry conferences where diffusion models and LLM variants are used to generate computationally tractable approximations to otherwise-incomputable physics/chemistry equations, with biology flagged as the field with the biggest expected upside given how vast and unmapped it is.
As Sandbox AQ chairman, Schmidt explains the company sidesteps the unsolved quantum error-correction problem by building classical simulations of quantum effects, which are already good enough to perturb drug molecules for better efficacy and shelf life — a near-term win that predates real quantum computers.
Predictions made
openEric Schmidt: The world will change very quickly as AI shifts from language generation to taking real-world action ('intentional AI').
“there's a debate in the industry some people think five years I think it's going to be longer”
Your call:
openEric Schmidt: The AI hardware gap between the US and China will keep increasing as US chip nodes advance to 2nm and 1.4nm while China stays capped near 7nm.
“it looks like the gap hardware gap is going to increase”
Your call:
openEric Schmidt: China will overcome its hardware disadvantage in AI training by spending roughly five times more money than the US does per training run.
“can they pull it off absolutely how will they do it they'll spend more money”
Your call:
openEric Schmidt: Social media platforms will face regulation in proportion to how badly they mishandle election-related misinformation around the 2024 US election.
“you should expect regulation of content because we regulate every country regulates television in one form or another for precisely this issue of election interference”
Your call:
openEric Schmidt: Once countries build sufficient drone-based defenses, ubiquitous cheap drones will make tanks, artillery, and mortars obsolete and make invading a neighboring country effectively impossible.
“the ubiquity of drones means in my view that tanks and artillery and mortars go away as weapons of war”
Your call:
openEric Schmidt: If the US approves the Ukraine aid package, it will buy Ukraine roughly one more year of runway for asymmetric drone-warfare innovation against Russia.
EP #? · · due: within about a year of the aid package (2024-2025) · ▶ watch
“my current phrase publicly is let's get another year here”
Your call:
openEric Schmidt: The AI ecosystem will settle into a small number of extremely powerful, heavily regulated closed AGI systems alongside a much larger number of open-source 'middle-size' models.
“there'll be a small number incredibly powerful AGI systems which will be heavily regulated because they're so powerful ... and then be a much larger number of what I'm going to call middle size models which will be open source”
Your call:
openEric Schmidt: AI red-teaming will grow into its own standalone business/industry.
“the consensus of the groups that I have been working with is that the red teaming will become its own business”
Your call:
openEric Schmidt: The most powerful frontier AI models will ultimately be regulated because they are too capable and carry both enormous harm potential and enormous upside.
“these very large models are ultimately going to get regulated and the reason is they're just too powerful”
Your call:
Numbers that matter
10^26 FLOPsUS executive order's threshold above which AI developers must notify the government that a training run has begun.
Drone ~$5,000 vs. tank ~$5,000,000Cost asymmetry in Ukraine making cheap drones capable of destroying far more expensive tanks, per Schmidt.
$250 million to $500 million per training run, escalating quicklySchmidt's estimate of current frontier model training costs, tied to Nvidia's rising stock price.
Open-source models (e.g., Llama 3) reach roughly 80% of closed-model capabilitySchmidt's estimate of the current open-vs-closed model capability gap.
China capped near A100-level / ~7nm chips vs. US moving to 3nm, 2nm, and 1.4nmEffect of US export controls on ASML lithography tools and Nvidia H100/H800 GPUs.
Worth digging into
🕳️ Recursive self-improvement thresholds and detection
Schmidt describes concrete threshold signals (agents inventing private languages, autonomous advanced math) but no public methodology for detecting them exists yet.
🕳️ US executive order's 10^26 FLOP notification threshold
Schmidt calls it 'an arbitrary measure that we frankly just invented,' worth checking against the actual EO text and how it's being enforced/updated since 2024.
🕳️ Drone-cost economics ending tank warfare
Schmidt's $5K-drone-vs-$5M-tank claim is a strong, checkable structural claim about the future of land warfare that can be tracked against battlefield data.
🕳️ Chinese training runs starting from open-source releases
Schmidt claims 'every Chinese training run starts with an open-source event' -- a specific, checkable claim about Chinese frontier lab practices (relevant post-DeepSeek).
🕳️ Sandbox AQ's quantum-simulation drug design
Schmidt teases a specific claim -- quantum-effect simulation (without a real quantum computer) already improving drug efficacy/shelf-life -- as a live commercial result worth verifying.
🕳️ Asilomar-style AI self-regulation meetings (Dec 2023/2024 meeting series)
Schmidt references a December meeting, a AAAI-adjacent meeting, and a planned Stanford meeting explicitly modeled on the 1975 Asilomar biotech conference -- a concrete real-world governance effort to trace.