2025-02-25

The Man Who Invented Prompt Engineering on AI, AGI & Humanoids w/ Richard Socher & Salim Ismail

Richard Socher, inventor of word vectors and prompt engineering and founder/CEO of You.com, joins Peter Diamandis and Salim Ismail to dissect a frantic week in AI: Grok 3's benchmark claims, the meaning (or lack thereof) of AGI, and why open-source models keep closing the gap on closed ones. The panel covers AI accelerating scientific discovery (protein design, antibiotic-resistance research, quantum-computing breakthroughs from Microsoft and Google), Peter's personal longevity stack, and a sharp disagreement between Peter and Richard over whether the AI data-center buildout is excessive (Peter) or justified by Jevons Paradox (Richard). A long robotics segment weighs humanoid robots (Clone, Unitree, 1X's Neo Gamma, Figure AI's Helix) against Salim's case for non-human-shaped machines, followed by a crypto check-in on the Bybit hack and Bitcoin's volatility. Richard closes by explaining why a true agentic 'Jarvis' assistant still doesn't exist and describes You.com's growing base of 50,000+ custom agents.

▶ Watch on YouTube

Topics

Grok 3 launch and benchmarking AI ▶ 2:00
The panel reacts to xAI's Grok 3 launch, built on a massive GPU cluster assembled in 122 days; Richard says benchmarks look strong but notes test-time compute, not raw model size, is becoming the key intelligence dimension.
Defining AGI and the dimensions of intelligence AI ▶ 10:40
Richard argues AGI has no single clean definition — a pragmatic financial one is roughly 80% of digitized work automated — and breaks intelligence into separate dimensions (visual, language, math, social, knowledge, learning efficiency) rather than one IQ-like score.
Open source vs. closed AI models AI ▶ 14:57
Richard and Salim agree open-source AI is winning the way open-source web servers overtook proprietary ones, and predict pure foundation-model companies will end up looking like capital-heavy telcos that can't capture the value they create.
AI accelerating scientific discovery AI ▶ 21:31
Richard (writing a book on AI for science) and Peter discuss breakthroughs like replicating 10 years of antibiotic-resistance research in 48 hours and Insilico Medicine's robotic lab, predicting most future scientific credit will go to AI with a human attached for the Nobel Prize.
Quantum computing breakthroughs Compute ▶ 28:59
The panel reacts to Microsoft's Majorana 1 topological-qubit chip and Satya Nadella's claim of a 'truly meaningful' quantum computer within years, while flagging skepticism (Sabine Hossenfelder) about how fast it will actually scale.
Peter's longevity and health-tracking stack Longevity ▶ 32:16
Peter details his three-part health routine — annual Fountain Life full-body diagnostics, Viome gut-microbiome testing to personalize diet, and OneSkin's peptide skincare — framed around 'health is the new wealth.'
AI data-center buildout: overbuilt or not Energy ▶ 35:20
Peter argues the US is overbuilding AI data-center capacity because training costs keep dropping 10x per generation; Richard disagrees, citing Jevons Paradox — cheaper intelligence just gets used more everywhere, including desalination and other energy-hungry fixes.
OpenAI's talent exodus and Thinking Machines Lab AI ▶ 38:40
The panel discusses Mira Murati's $30B-valued Thinking Machines Lab (staffed with ex-OpenAI researchers like John Schulman) and debates whether such high seed-stage valuations can ever be justified by revenue.
Humanoid robots: Clone, Unitree, and Neo Gamma Robotics ▶ 46:01
Peter showcases Clone's hydraulic-muscle humanoid, Unitree's wheeled four-legged robots, and 1X's Neo Gamma home robot, while Salim pushes back on the humanoid form factor itself, arguing purpose-built machines (like Richard's Machina Labs investment) are more efficient.
Figure AI's Helix software and robot data loops Robotics ▶ 53:05
Peter (an investor in Figure) shows its new in-house Helix AI system, built after Figure split from OpenAI, and the panel discusses how physical-world data collection, echoing Tesla's Autopilot, will be the real bottleneck for humanoid robots.
Bitcoin, crypto security, and the Bybit hack Crypto/Web3 ▶ 56:42
The panel covers the record-breaking Bybit cold-wallet hack, Michael Saylor's latest $2B Bitcoin purchase for Strategy, and why gas fees and custody risk still make crypto far less user-friendly than credit cards.
Agentic AI on You.com and why a personal 'Jarvis' doesn't exist yet AI ▶ 1:05:02
Richard describes You.com's 50,000+ user-built agents automating marketing, journalism, and VC due-diligence workflows, then lists the real blockers to a full personal-assistant AI: consent/recording law, the Microsoft Recall backlash, trust deficits, and the ad-based internet economy's incentive to block agents.

Predictions made

open Richard Socher: Given a couple billion dollars in funding, a focused team could build a digital superintelligence within about 1.5 to 2 years.
· due: 2027 · ▶ watch
“if you were given a couple of billion dollars you'd be able to build a digital super intelligence... probably like year and a half to two years”
Your call:
open Dario Amodei (clip): AI will compress roughly a century's worth of biomedical research into the next 5 to 10 years.
· due: 2035 · ▶ watch
“we're going to see a century worth of biomedical research in the next 5 to 10 years”
Your call:
open Peter Diamandis: Compressed biomedical research this decade could plausibly double human lifespan within the next 10 years.
· due: 2035 · ▶ watch
“it's not unlikely it could double the human lifespan... within the next decade”
Your call:
open Satya Nadella (clip): Microsoft's quantum breakthrough will enable a truly meaningful quantum computer within years rather than decades.
· due: unspecified · ▶ watch
“we believe this breakthrough will allow us to create a truly meaningful quantum computer not in decades but in years”
Your call:
open Elon Musk / Brett Adcock (cited by Peter Diamandis): There will be as many as 10 billion humanoid/general-purpose robots in use by 2040.
· due: 2040 · ▶ watch
“the projection is as many as 10 billion robots by 2040”
Your call:
open Richard Socher: AI will eventually be able to reconcile quantum mechanics with relativity.
· due: unspecified · ▶ watch
“I think AI will be able to figure it out”
Your call:
open Peter Diamandis: Clone's hydraulic humanoid robot will be walking within the next few months.
· due: mid 2025 · ▶ watch
“they hope to have it walking in the next few months”
Your call:

Numbers that matter

Worth digging into

🕳️ Richard Socher's book on AI for science
Socher says he's writing a book (working title heard on the recording as something like 'The Ur Machine') on AI-driven scientific discovery, arguing most future breakthroughs will come from AI with a human attached for credit — worth tracking as it develops.
🕳️ Insilico Medicine's robotic drug-discovery lab
Alex Zhavoronkov's lab reportedly runs AI-designed experiments on robotic hardware 100x faster than humans, fusing a 'theoretical world' and a 'physical world' loop — a template for accelerating science beyond pure simulation.
🕳️ Microsoft's Majorana 1 topological qubit
Described as a 'total left field' approach that nobody else was pursuing, with the surprising claim that stability increases as qubit count grows — flagged by skeptics like Sabine Hossenfelder as unproven at scale.
🕳️ Why no agentic 'Jarvis' assistant exists yet
Richard lays out four concrete blockers — consent-to-record law, the Microsoft Recall privacy backlash, trust deficits at AI-first startups, and the ad-based internet's incentive to block agents — a clear roadmap for what has to change before true personal AI assistants arrive.