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justin barose

T3 · host / generalist

Justin Barose is a mechanical engineer and theoretical physicist (dual PhD) who founded Reno to solve the turbulence problem via a closed-form Navier-Stokes framework. The Brooklyn Navy Yard startup of 8 people is building computational software, then industry modeling, then hardware control for fluid dynamics.

3 calls·2 names·67% bull·last heard 9 days ago·TBPN
track record

no scored calls yet — needs a stated position or a categorical verdict, with a matured window vs SPY

top calls

highest conviction · one per company
1stmedium conviction
$RENORenoposition

Reno solves turbulence with closed-form Navier-Stokes framework to replace physical prototyping in fluid engineering

Current CFD simulations are non-predictive and require physical experiments for calibration; Reno's mathematical framework enables trustworthy simulation-first design across aerospace, energy, and climate modeling.

TBPN2026-09episode →
2ndmedium conviction
$OPENAIOpenAI

Reno founder: OpenAI used AI to generate Navier-Stokes blowup proof (Millennium Prize problem); proof is correct but not human-understandable

OpenAI submitted an AI-generated proof of Navier-Stokes blowup (infinite velocity in finite time), potentially solving a Millennium Prize problem, but the proof is brute-force and not human-understandable, raising questions about AI-generated mathematics.

TBPN2026-09episode →

most discussed · click a bar to filter

  • $RENO
  • $OPENAI
3 total
$RENO
Reno
MEDjustin barose·TBPN·9 days ago·All Eyes on Warsh, Space Weapons, DreamMogged, Tomasz Tunguz Joins· position
Reno solves turbulence with closed-form Navier-Stokes framework to replace physical prototyping in fluid engineering
Current CFD simulations are non-predictive and require physical experiments for calibration; Reno's mathematical framework enables trustworthy simulation-first design across aerospace, energy, and climate modeling.
"The state-of-the-art is, you know, these simulations are really not predictive. So if you peer under the hood what you see is uh we actually don't know what the equations of the m…"
96:20
$OPENAI
OpenAI
MEDjustin barose·TBPN·9 days ago·All Eyes on Warsh, Space Weapons, DreamMogged, Tomasz Tunguz Joins
Reno founder: OpenAI used AI to generate Navier-Stokes blowup proof (Millennium Prize problem); proof is correct but not human-understandable
OpenAI submitted an AI-generated proof of Navier-Stokes blowup (infinite velocity in finite time), potentially solving a Millennium Prize problem, but the proof is brute-force and not human-understandable, raising questions about AI-generated mathematics.
"What OpenAI has done is they've essentially found a counter example. They constructed a specific example where you do in fact get blow up. You get a certain point within the flow…"
97:21
$RENO
Reno
MEDjustin barose·TBPN·9 days ago·All Eyes on Warsh, Space Weapons, DreamMogged, Tomasz Tunguz Joins· position
Reno solving turbulence via closed-form Navier-Stokes framework; 3-stage path: software, modeling, hardware control
Turbulence modeling lacks predictive simulation; Reno's theoretical physics framework eliminates free parameters requiring physical prototyping. Phase 1: computational software for trustworthy simulation. Phase 2: high-value industry modeling (aerodynamics, climate, chemical mixing). Phase 3: hardware/control algorithms to mitigate turbulence.
"we're we're hiring a bunch of uh PhD and postto level theoretical physicists and applied mathematicians and we're taking this new theoretical framework for Navier Stokes and we're…"
101:01
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