Research translated into value
The nation consistently converts advanced education and research into useful products, services and processes with sustained practical adoption.
Why it matters
Research creates greater public and economic value when useful results reach users.
Signs it has been reached
- More validated research outputs reach sustained practical use
- Research-intensive enterprises generate recurring commercial revenues
- Advanced graduates enter productive research and development roles
Met when
The mean score of these 3 capability groups rises half a band (1.5 points).
- Research Talent & Knowledge Creation
- Innovation & Commercialisation
- Technology Adoption & Diffusion
Held by all three panel models.
Reverse stress test
Working backwards from this outcome to the scenarios and conditions most likely to produce it, nation by nation, over 10 years.
- Nations with a route
- 59
- of 197 · 11 reach the Frontier band
- Typical likelihood
- none
- median nation, over 10 years
- Leads most routes
- Automated discovery step
- 38 of 59 nations
- Typical headroom
- ×5.0
- times Standard Severe, nearest single scenario
What produces it
Each nation’s most likely route, counted three ways: the scenario that does most of the work, the form the route takes, and the capability where a change would move the result most.
Lead scenario
Nations
Form of the route
Nations
Two scenarios together
One scenario at Standard Severe
One scenario at Extreme
48
10
1
Binding capability
Nations
Semiconductors & Advanced Computing
Biotechnology & Health Technologies
Artificial Intelligence
Energy Technologies
Regulatory Governance & Strategic Controls
26
8
7
6
4
Likelihood, by region
One dot per nation. The bar marks each region’s mean. Further right is more likely.
- North America
- Europe
- China
- Indo-Pacific
- South Asia
- Gulf and Middle East
- Africa
- Latin America and Caribbean
- Russia and Eurasia
Most likely: Germany 19%, France 19%, Japan 18%, Netherlands 18%, South Korea 17%.
Who is in a position to take it?
Each nation’s score on this basket today against the likelihood of the outcome.
- North America
- Europe
- China
- Indo-Pacific
- South Asia
- Gulf and Middle East
- Africa
- Latin America and Caribbean
- Russia and Eurasia
All 197 nations
The route shown is the most likely one, and the basket column shows the band the nation would move to. A full band is the same fall for every nation: for a strong nation it is serious but leaves it well above where a weak nation starts. Where no route was found, the closest approach is the furthest any condition moved the basket, against the 1.5 points needed.
All 197 nations
197 of 197 nations
Rank | Nation | Region | Basket | Likelihood | 3 years | Most likely route | Headroom | Moves first | Lever |
|---|---|---|---|---|---|---|---|---|---|
| 2 | Germany | Europe | 17.6 Advanced → Frontier | 19% Likely | 5.8% | Automated discovery step Severe | ×0.9 S17 | Research Talent & Knowledge Creation · reaches Frontier | Artificial Intelligence 15.7 |
| 1 | France | Europe | 16.4 Advanced → Frontier | 19% Likely | 5.8% | Automated discovery step Severe | ×0.9 S17 | Research Talent & Knowledge Creation · reaches Frontier | Semiconductors & Advanced Computing 14.8 |
| 3 | Japan | Indo-Pacific | 17.4 Advanced → Frontier | 18% Likely | 5.5% | Automated discovery step Severe | ×0.8 S17 | Research Talent & Knowledge Creation · reaches Frontier | Artificial Intelligence 15.7 |
| 4 | Netherlands | Europe | 16.8 Advanced → Frontier | 18% Likely | 5.3% | Automated discovery step Severe | ×0.9 S17 | Research Talent & Knowledge Creation · reaches Frontier | Semiconductors & Advanced Computing 14 |
| 5 | South Korea | Indo-Pacific | 17.3 Advanced → Frontier | 17% Likely | 5.3% | Automated discovery step Severe | ×0.8 S17 | Research Talent & Knowledge Creation · reaches Frontier | Artificial Intelligence 16 |
| 6 | United Kingdom | Europe | 17.3 Advanced → Frontier | 17% Likely | 5.2% | Automated discovery step Severe | ×1.0 S17 | Innovation & Commercialisation · reaches Frontier | Semiconductors & Advanced Computing 14 |
| 7 | Singapore | Indo-Pacific | 17.2 Advanced → Frontier | 17% Likely | 5.1% | Automated discovery step Severe | ×0.9 S17 | Research Talent & Knowledge Creation · reaches Frontier | Advanced Materials & Manufacturing 13.1 |
| 8 | Canada | North America | 15.8 Advanced → Advanced | 16% Likely | 4.9% | Automated discovery step Severe | ×1.0 S17 | Research Talent & Knowledge Creation | Semiconductors & Advanced Computing 10.2 |
| 9 | China | China | 16.3 Advanced → Advanced | 16% Likely | 4.9% | Automated discovery step Severe | ×0.9 S17 | Research Talent & Knowledge Creation | Regulatory Governance & Strategic Controls 13.3 |
| 10 | Israel | Gulf and Middle East | 16.3 Advanced → Advanced | 15% Likely | 4.6% | Automated discovery step Severe | ×1.0 S17 | Research Talent & Knowledge Creation | Semiconductors & Advanced Computing 13.7 |
| 11 | Taiwan | Indo-Pacific | 16.1 Advanced → Frontier | 11% Likely | 3.2% | Clean power threshold Major+Automated discovery step Severe | ×1.0 S17 | Innovation & Commercialisation · reaches Frontier | Artificial Intelligence 12.3 |
| 12 | Sweden | Europe | 17.3 Advanced → Frontier | 10% Likely | 3.1% | Clean power threshold Major+Automated discovery step Severe | ×1.1 S17 | Innovation & Commercialisation · reaches Frontier | Semiconductors & Advanced Computing 9.8 |
| 13 | Finland | Europe | 16.3 Advanced → Frontier | 10% Likely | 3.1% | Clean power threshold Major+Automated discovery step Severe | ×1.2 S17 | Innovation & Commercialisation · reaches Frontier | Semiconductors & Advanced Computing 8.5 |
| 14 | Belgium | Europe | 15.2 Advanced → Advanced | 8.1% Likely | 2.5% | Clean power threshold Major+Automated discovery step Severe | ×1.1 S17 | Innovation & Commercialisation | Artificial Intelligence 11 |
| 15 | Switzerland | Europe | 17.9 Advanced → Frontier | 8.1% Likely | 2.4% | Clean power threshold Major+Automated discovery step Severe | ×1.0 S17 | Technology Adoption & Diffusion · reaches Frontier | Semiconductors & Advanced Computing 11.2 |
| 16 | Spain | Europe | 13.8 Established → Advanced | 7.3% Likely | 2.2% | Clean power threshold Major+Automated discovery step Severe | ×1.4 S17 | Innovation & Commercialisation | Semiconductors & Advanced Computing 7.5 |
| 17 | Denmark | Europe | 16.4 Advanced → Advanced | 6.9% Likely | 2.1% | Automated discovery step Major+Outbreak defence succeeds Severe | ×1.5 S17 | Research Talent & Knowledge Creation | Information Environment & Strategic Communication 12 |
| 18 | Italy | Europe | 13.7 Established → Advanced | 5.2% Likely | 1.6% | Clean power threshold Major+Automated discovery step Severe | ×1.1 S17 | Innovation & Commercialisation | Artificial Intelligence 11.3 |
| 19 | Austria | Europe | 15.2 Advanced → Advanced | 4.8% Possible | 1.4% | Clean power threshold Major+Automated discovery step Severe | ×1.2 S17 | Innovation & Commercialisation | Artificial Intelligence 10 |
| 20 | Australia | Indo-Pacific | 15.4 Advanced → Advanced | 4.7% Possible | 1.4% | Automated discovery step Severe+Outbreak defence succeeds Major | ×1.4 S17 | Research Talent & Knowledge Creation | Semiconductors & Advanced Computing 6.2 |
| 21 | Norway | Europe | 15.5 Advanced → Advanced | 4.5% Possible | 1.4% | Automated discovery step Severe+Outbreak defence succeeds Major | ×1.4 S17 | Research Talent & Knowledge Creation | Semiconductors & Advanced Computing 5.8 |
| 22 | Ireland | Europe | 15.0 Advanced → Advanced | 3.6% Possible | 1.1% | Automated discovery step Extreme | ×1.4 S17 | Research Talent & Knowledge Creation | Robotics & Autonomous Systems 7.5 |
| 24 | Czechia | Europe | 12.6 Established → Established | 2.5% Possible | 0.8% | Clean power threshold Severe+Automated discovery step Severe | ×1.6 S17 | Technology Adoption & Diffusion | Semiconductors & Advanced Computing 6.8 |
| 23 | Poland | Europe | 12.3 Established → Established | 2.5% Possible | 0.8% | Clean power threshold Severe+Automated discovery step Severe | ×1.6 S17 | Technology Adoption & Diffusion | Semiconductors & Advanced Computing 6.2 |
| 25 | India | South Asia | 11.4 Transitional → Established | 2.3% Possible | 0.7% | Clean power threshold Severe+Automated discovery step Severe | ×1.7 S17 | Technology Adoption & Diffusion | Semiconductors & Advanced Computing 9 |
Showing 1–25 of 197 nations · page 1 of 8
Neighbouring outcomes
- Broad fall in human capitalFailure outcome
- Broad rise in human capitalProsperity outcome
- Broad fall in production and innovationFailure outcome
- Broad rise in production and innovationProsperity outcome
- Loss of industrial capacityFailure outcome
A failure outcome is met when the basket falls a full band, which is three points. A prosperity outcome is met when the basket rises half a band, 1.5 points: in this model gains from a scenario are smaller and slower than losses, so the bar is set lower and the difference is stated.