2026–2030 · Lisbon · London · Rome · Zurich

The science of AI entrepreneurship

How AI changes who can found a company, and what they build. Five studies, 350 teams a year.

Scale350 randomised teams a year. Four sites.
Hard outcomes$10K in 30 days. $30K MRR in 60. Verified, not reported.
Your name on itOpen benchmarks. One pre-registered hypothesis a year.

Who are you?

Research partners

Why now

Seven findings that define the gap, as causal structure.

2025–26 literature

+increases−decreases?untestedArrows show the programme's reading, not the papers' claims.

1

Solo plus AI matches a team

But top results still need teams with AI. 776-person trial; 160,000+ Product Hunt launches.

+ + ? + AI access Solo founder Team Top tier
Dell'Acqua et al. peer-reviewed Kim et al. preprint
2

Value depends on where AI sits

Teaching 515 startups where AI fits raised revenue 1.9× and cut capital needs 39.5%.

? + − AI adoption Where AI sits Revenue 1.9× Capital need
Kim working paper
3

Long-horizon autonomy is unsolved

Agents derail in Vending-Bench. 3 of 12 models stay profitable in YC-Bench. Best completes ~30% of StartupBench.

+ − ? Task horizon Derailment Profit Oversight
Backlund & Petersson preprint He et al. (Collinear AI) preprint Zhu et al. preprint
4

Revenue is not a clean reward

Self-improvement works on benchmarks, but evaluators must co-evolve to stop reward gaming.

+ + − ? Self-improvement Benchmark score Reward gaming True value
Zhang peer-reviewed
5

Human control is untested with real money

L1–L5 autonomy and oversight regimes are formalised, but never run with founders and live revenue.

+ + − ? Autonomy Value Risk Control policy
“Comparing Human Oversight Strategies for Computer-Use Agents” preprint
6

AI ideation homogenises

New-to-the-world creation needs measurement and de-fixation.

+ − ? LLM ideation Idea similarity Diversity Revenue
Wenger & Kenett peer-reviewed
7

Physics can constrain business dynamics

Neural operators embed governing equations; neuro-symbolic frameworks impose economic constraints.

? + − Data volume Physics priors Generalisation Invalid plans
Ahmadi peer-reviewed “ARTEMIS: A Neuro-Symbolic Framework for Economically Constrained Market Dynamics” preprint “PhyWorld: Physics-Faithful World Model for Video Generation” preprint

At a glance

Five studies, one annual cycle. Each feeds the next.

#StudyWindowUnitsStatus
1CourseJul–Aug · 30 days350 teams, randomised In design
2AcceleratorSep–Nov · 60 days15 teams + 15 controls In design
3SimulationDec–MarOff-cohort In build
4NoveltyContinuousAll cohort ideas Running
5FounderBenchContinuous350 teams a year Running
Jul–Aug · CourseAug–Sep · SelectionSep–Nov · AcceleratorNov–Dec · AnalysisDec–Mar · SimulationApr–Jun · Pre-registration

The studies

What each asks, where it stands, how to join.

Open a study

World model

Predicts how demand, product, go-to-market and business move together under founder and agent actions.

Public priors, private posteriors. Public datasets pre-train and constrain the model. EIA's randomised cohort traces calibrate it.

Components

  1. EIA traces plus public priors
  2. State encoder: open LLM plus structured features
  3. Physics-informed dynamics core
  4. Evaluator calibrated on verified revenue
  5. Control policy: when to ask the founder
1Observe 2Roll out 3Score 4Founder gate 5Act 6Retrain

The loop the agents run, and the loop Studies 2 and 3 measure. Each turn is gated by the founder.

  1. Observe
  2. Roll out
  3. Score
  4. Founder gate
  5. Act
  6. Retrain
Demand

Structure: Diffusion ODEs, saturation, price elasticity

Learned: Neural ODE with residual loss

Priors: Product Hunt, Amazon Reviews, Census entry series

Product

Structure: Quality-adoption coupling; PDE feasibility for hardware

Learned: Neural operators, video world models

Priors: The Well, PDEBench, automotive CFD sets

Go-to-market

Structure: Funnel conservation, capacity queueing, channel saturation

Learned: Constrained sequence model

Priors: YC and Antler descriptions, Product Hunt metadata

Business

Structure: Cash conservation; MRR = acquisition minus churn

Learned: Hybrid grey-box model

Priors: Open Startups and Indie Hackers revenue series

Physics inside

Every model carries priors from known laws, so modest data still generalises.

Partner on compute
  • Demand obeys diffusionA model that violates saturation or price elasticity is rejected before a founder sees it.
  • Business obeys conservationCash conservation and the MRR identity are imposed, not learned.
  • Hardware is admissibleNeural-operator surrogates give structural and thermal feasibility, so physical products enter from 2027.
  • Compute unlocks itThe physical branch needs pre-training on ~15 TB of simulation data. Our largest compute dependency.

How to join

Nine routes. What you give, what you get.

AI vendor

Benchmark

Give
An agent stack, plus compute or credits
Get
Live benchmark runs, co-authorship, licensed access
Studies
1, 2, 3, 5
Benchmark
Tool company · Corporate

Sponsor

Give
Sponsorship and tool access for one stratum
Get
One pre-registered hypothesis a year, results under embargo
Studies
1
Sponsor
Academic

Co-PI

Give
Method expertise, replication or PhD supervision
Get
Co-PI role, authorship, embargoed data
Studies
1, 2, 3, 4, 5
Co-PI
Data partner

Data

Give
Payments, analytics, cloud or simulation data
Get
Named register entry, visibility, anonymised derivatives
Studies
1, 2, 3, 4, 5
Data
Funder

Funding

Give
A Horizon, EIC or national-council slot
Get
Work packages, host universities, open outputs
Studies
1, 2, 3, 4, 5
Funding
CEO

Cohort

Give
60 days with your own new product line
Get
A controlled agent system. You keep product, customers, revenue
Studies
2
Cohort
University

University

Give
Ethics cover, PhD students, a host site
Get
Co-supervision, data-governance seat, publication plan
Studies
3, 4
University
Corporate

Corporate team

Give
An intrapreneur team and a real budget
Get
Autonomy protocol, control findings, derailment audit
Studies
1, 2
Corporate team
Investor

Early access

Give
Data-use terms, optionally portfolio labels
Get
Prospective 30/60-day benchmark and leaderboard
Studies
5
Early access

Data

Public priors, private posteriors.

Licence stated per source

EIA cohort tracesPrivate · Studies 1, 3, 4, 5 · Consent
EIA accelerator panelPrivate · Studies 2, 3, 5 · Consent
Y Combinator directory5,404 firms · Studies 1, 2, 4, 5 · CC0
Antler portfolio~1,600 firms · Studies 1, 2, 4, 5 · Public
PDL company data32.3M rows · Studies 1, 3, 4, 5 · Free
Product HuntLaunches · Studies 1, 3, 4, 5 · Public API
US Census BFSOfficial stats · Studies 1, 2, 3, 5 · Public domain
Eurostat, OECDOfficial stats · Studies 1, 2, 3, 5 · Open
Open Startups, Indie HackersMRR series · Studies 2 · Public
The Well, PDEBenchPhysics corpora · Studies 3 · Open
VCBench, PHBenchBenchmarks · Studies 2, 5 · Public
Psych-101Human choices · Studies 3 · Open
USPTO PatentsViewPatents · Studies 4 · Open
Crunchbase, DealroomFunding · Studies 5 · Licensed

Goals 2027–2030

What we expect to be judged against.

  • 2026

    Control layer and trace schema

    Priors fitted on YC, Antler, Product Hunt and Census

    in progress
  • 2027

    World model v0.1

    Beats mentor scores and LLM judges on day-30 revenue

    planned
  • 2028

    World model v1 and FounderSim

    Simulated cohort reproduces real 2028 effect sizes

    planned
  • 2029

    Planning agents

    Beat non-model agents on verified revenue

    planned
  • 2029

    Control policy

    Matches the best fixed oversight regime on value and safety

    planned
  • 2030

    World-model status

    5+ external stacks adopt FounderBench; 6+ peer-reviewed papers

    planned

Team

Lisbon · London · Rome · Zurich

  • Principal investigator
  • ML engineer, agents
  • ML engineer, scientific ML
  • Simulation engineer
  • Data and ethics manager
  • PhD students

Joint research

Partner with us

Papers

Our outputs, and the field work we track.

Ours

  • Founder Control Layer v1 and trace schemaTechnical report · expected Dec 2026planned
  • Course Study 2027 pre-registrationRegistered report · expected Jun 2027planned
  • Course and Accelerator working papersWorking paper · expected Nov 2027planned

Tracked

  • Dell'Acqua et al., “The Cybernetic Teammate”, Organization Sciencepeer-reviewed
  • Kim et al., “Generative AI Fuels Solo Entrepreneurship, but Teams Still Lead at the Top”, arXiv:2605.10291preprint
  • Kim, Kim & Koning, “Mapping AI into Production”, INSEAD WP 2026/20/STRworking paper
  • “Comparing Human Oversight Strategies for Computer-Use Agents”, arXiv:2604.04918preprint
  • “Principles and Guidelines for Randomized Controlled Trials in AI Evaluation”, arXiv:2605.02050preprint
  • He et al. (Collinear AI), “YC-Bench”, arXiv:2604.01212preprint
  • Chen, Narasimhan & Liu, “CEO-Bench”, arXiv:2606.18543preprint
  • Zhu et al., “StartupBench”, arXiv:2608.17800preprint

Verified 2026-09-14.

Funding

Amounts are sent with the first reply.

Compute

Give: Credits sized to a cohort or a season

Get: Benchmark runs, register entry, co-authorship

Hypothesis

Give: Sponsorship and tool access

Get: One pre-registered hypothesis a year, embargoed results

Licence

Give: Annual fee

Get: World model and FounderBench access

Consortium

Give: A Horizon, EIC or council slot

Get: Work packages, host universities, open outputs

Join a study

1 · AI builds, founder controls

Course In design

In design. First cohort July 2027. Join before March 2027 to shape it.

Asks
Can a founder-controlled agent system reach $10K revenue in 30 days — and which control setup keeps the founder in charge?
Measures
Verified revenue at day 30. Power d≈0.57 per 50-team arm.
Runs
Jul–Aug · 30 days · 350 teams, randomised
Full study

You give:
You get:

Monthly update

One email a month: what we published, what we found, what is next.