Research, Science and Technology Policy

Research, science and technology policy sets the frameworks by which governments, institutions and industries co‐ordinate the production, dissemination and use of knowledge to foster innovation, economic competitiveness and societal well-being. It encompasses the allocation of public funding for basic and applied research, the design of regulatory regimes and incentives (grants, tax credits, prizes), and the creation of institutional linkages among universities, research centres and enterprises. Contemporary policy has shifted from a one-way “linear” model—in which basic research inevitably leads to commercial breakthroughs—towards mission-oriented and challenge-driven strategies that target grand societal goals such as climate neutrality, public health and digital transformation. Successive paradigms have further emphasised the co-production of science and society, urging early engagement of stakeholders and reflexive governance to anticipate risks, align research agendas with public values and ensure equitable access to the benefits of innovation. The triple helix model, open-innovation approaches and responsible research and innovation (RRI) frameworks exemplify these trends, highlighting the need for adaptive, evidence-based policies that balance rigorous peer-review with forward-looking priorities. In an era of rapid technological change and global competition, science and technology policy plays a pivotal role in shaping economic growth trajectories, addressing systemic challenges and maintaining public trust in research institutions.

Research from Nature Portfolio

A longitudinal study of Chinese heavy-polluting industries assessed the impact of a landmark environmental protection law on corporate environmental social responsibility. Treating the law’s enactment as a quasi-natural experiment, it found that stringent standards strengthened end-of-pipe governance and office-based greening, although front-end controls showed limited change. The authors demonstrated an inverted U-shaped relationship between regulatory intensity and social responsibility, and identified a crowding-out effect whereby technological innovation tempered certain compliance investments.

A dynamic panel threshold analysis of Chinese manufacturing firms examined how heterogeneous environmental regulations—command-and-control, market-incentive and voluntary agreement instruments—affected green total factor productivity. Results revealed significant nonlinear effects with enterprise R&D investment acting as a threshold variable. The study further documented industry and ownership-type heterogeneity, underscoring that finely tuned mixes of regulation and R&D subsidies are required to optimise green growth.

Evidence from Chinese manufacturing enterprises showed that regulatory pressure and green innovation jointly drive the intelligent upgrading of production systems. Using quasi-natural experiments, the research established that green innovation partially mediates the effect of environmental regulation on smart manufacturing, while environmental dynamism enhances the innovation-to-upgrade pathway. These findings highlight the intertwined roles of policy intensity, innovation and competitive market forces in technological transformation.

Research, Science and Technology Policy publication trend

The graph below shows the total number of articles in research, science and technology policy across all publications each year (not limited to Nature Index journals).

Technical terms

Science policy: Governmental strategies and regulations that guide the funding, organisation and evaluation of research and innovation activities.

Triple helix: A model of innovation governance that emphasises synergies among academia, industry and government to spur socio-economic development.

Innovation ecosystem: A network of actors, institutions, policies and resources that collectively support the generation and diffusion of new technologies.

Open innovation: An approach in which organisations purposively use external and internal ideas and paths to market to advance technological development.

Appropriability regime: The legal, organisational and market structures—patents, trade secrets, lead-time advantages—through which firms capture returns from innovation.

References

1. How does the new environmental protection law affect the environmental social responsibility of enterprises in Chinese heavily polluting industries?. Humanities and Social Sciences Communications (2024).
2. A dynamic panel threshold model analysis on heterogeneous environmental regulation, R&D investment, and enterprise green total factor productivity. Scientific Reports (2024).
3. Environmental regulations, green innovation and intelligent upgrading of manufacturing enterprises: evidence from China. Scientific Reports (2020).
4. Vertical cooperation stability in R&D programs: A game theory analysis of the semiconductor industry. Technological Forecasting and Social Change (2024).
5. Substitutability in R&D and Open Innovation: Why Competing Firms Face a Paradox of Openness?. Journal of the Knowledge Economy (2023).
6. Knowledge Innovation Mechanism Based on Linkages between Core Knowledge and Periphery Knowledge: The Case of R&D Cooperation between Latecomers and Forerunners. Complexity (2022).