TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| A | |
| Absorptive capacity | |
| Academic career | |
| academic careers | |
| academic collaboration | |
| academic knowledge | |
| academic patents | |
| Academic Productivity | |
| academic promotion | |
| Academic scientists | |
| actor-network theory | |
| adaptation | |
| Administrative burden | |
| Africa | |
| agenda-setting theory | |
| Agent-Based Simulation | |
| Agricultural technology adoption | |
| AI | |
| AI adoption | |
| AI forecasting | |
| AI Governance | |
| AI in Higher Education | |
| AI Literacy | |
| AI Policy | |
| AI-driven Methodologies | |
| Algorithm | |
| Algorithmic Governance | |
| Algorithmic Management | |
| Andean Community | |
| Annual Business Survey | |
| Antarctica | |
| Antitrust | |
| Applicants | |
| Artemis | |
| artificial intelligence | |
| Artificial Intelligence (AI) | |
| Atlanta Conference | |
| attitudes | |
| Automated vehicle acceptance | |
| automation | |
| autonomous vehicles | |
| B | |
| Basic research | |
| bayh-dole act | |
| Behavioral Experiment | |
| Bias | |
| Bibliometric | |
| Bibliometric Analysis | |
| Bibliometric study | |
| Bibliometrics | |
| bilateral agreements | |
| Bioeconomy | |
| bioengineering | |
| Biology Engineering | |
| Biomanufacturing | |
| biomedical funding | |
| biomedical informatics | |
| biomedicine | |
| Bioprospecting | |
| biotech Innovation Ecosystem | |
| Biotechnology | |
| Boeing | |
| Bolivia | |
| Boundary Organization | |
| Boundary-spanners | |
| Brazil | |
| Broadband adoption | |
| business enterprise R&D | |
| Business model innovation | |
| Business models | |
| business ownership | |
| C | |
| Capability | |
| carbon capture | |
| Carbon Taxes | |
| Career Advancement | |
| career evaluation | |
| career risk | |
| Career strategy | |
| Careers | |
| Caribbean Economic Development | |
| causal machine learning in non-linear dynamic models | |
| CDM | |
| Chile | |
| China | |
| China Initiative | |
| CHIPS and Science Act's Key Technology Areas | |
| Citation analysis | |
| citations | |
| citizens and science | |
| Climate and Energy Policies | |
| climate change | |
| climate policy | |
| Climate regimes | |
| climate resilience | |
| cluster initiatives | |
| Co-authorship | |
| co-evolution | |
| collaboration | |
| Collaborative Patent | |
| collective cooperation | |
| Colombia | |
| Columbia | |
| Commercial Space | |
| commercial space development | |
| commercial spaceports | |
| commercialisation | |
| Commercialization | |
| Community development | |
| community opposition | |
| Comparative Analysis | |
| comparative case studies | |
| Comparative Case Study | |
| Competition | |
| Competitiveness | |
| Competitiveness Norms | |
| complexity economics | |
| Composite indicators | |
| Computational Social Science | |
| Computer Science | |
| Computer-Implemented Inventions | |
| conceptual structure | |
| Conflict Mitigation | |
| conjunctions | |
| Consensus | |
| Conservatism | |
| consultancies | |
| Contextual policy making | |
| contribution statements | |
| Controversy | |
| Coproduction | |
| Corporate Innovation Strategies | |
| country income level | |
| credit panel | |
| CRISPR | |
| critical success factors | |
| Criticism | |
| CTE | |
| Curiosity-Driven and Mission-Oriented Research | |
| Customized Evaluation Framework | |
| D | |
| DARPA | |
| Data reuse | |
| Data sharing | |
| Data-driven Policy Design | |
| Date Sharing | |
| De-carbonising of steel industry | |
| de-legitimation | |
| Demand | |
| Demand side innovation policies | |
| Democracy | |
| Design thinking | |
| Deskilling | |
| developing countries | |
| Development | |
| Development and Innovation | |
| developmental university | |
| Develpment | |
| Difference-in-Differences | |
| Digital automation | |
| Digital Government | |
| digital innovation | |
| Digital Knowledge Management | |
| digital transformation | |
| Digitalisation | |
| Disagreement | |
| disciplinary norms | |
| Disciplinary Specialization | |
| Discrete Choice Experiments | |
| Disparities | |
| Diversity | |
| Dominican Republic | |
| dual disadvantage in science | |
| Dynamic Network Data Envelopment Analysis | |
| E | |
| Early career | |
| Eco-innovation strategies | |
| Economic complexity index | |
| economic factors | |
| Economic growth | |
| education | |
| El Salvador | |
| Electric Vehicle (EV) Charging Infrastructure | |
| Electric Vehicles | |
| Embedding Models | |
| Emerging Technologies | |
| emerging technology | |
| empirical | |
| energy mix | |
| Energy Transition | |
| Energy transitions in developing economies | |
| entrepreneurial ecosystem | |
| Entrepreneurial Society | |
| entrepreneurs | |
| entrepreneurship | |
| environmental factors | |
| Equitable development | |
| Equity diversity and inclusion | |
| establishments | |
| Ethical Considerations | |
| ethnograpghy | |
| ethnography | |
| European Union | |
| evaluation | |
| evaluation bias | |
| Evaluation Framework | |
| event history analysis | |
| Evidence-Based Policy Making | |
| Exclusivity | |
| expanding access to data | |
| experimentalist governance | |
| expertise | |
| F | |
| FAA authorization | |
| Facial Recognition Technology | |
| faculty diversity | |
| Faculty hiring | |
| faculty placement studies | |
| Fairness and Efficiency | |
| federal statistical data | |
| fellowship programs | |
| female representation | |
| field experiment | |
| Financial Flexibility | |
| Financial services | |
| Firm Competitiveness | |
| firm innovation | |
| Firm-level | |
| firm-linked IPR data | |
| firms innovation | |
| foresight | |
| Free-Riding | |
| Funding | |
| Funding agencies | |
| funding and organizational models | |
| future of science | |
| Future of Work | |
| G | |
| gender | |
| gender bias | |
| gender disparities | |
| gender disparity | |
| Gender Diversity | |
| Gender inequality | |
| Generative AI | |
| Generative AI \ | |
| generative AI as a research tool | |
| Generative Artificial Intelligence | |
| GEO | |
| geography of innovation | |
| Geopolitics | |
| Ghana | |
| Gig Worker | |
| GitHub | |
| Global AI Policy | |
| global inequalities | |
| global innovation system | |
| Global model | |
| Global North | |
| global scientific workforce | |
| Global South | |
| Global Trade | |
| Global Value Chains (GVCs) | |
| Globalization | |
| Governance | |
| Governance Challenges | |
| Government Technology Sourcing | |
| Government-Funded Research | |
| governmental agendas | |
| green and digital technologies | |
| Green technologies | |
| Green technology | |
| green technology collaborations | |
| green transition | |
| Green Transitions | |
| H | |
| Healthcare | |
| Heterogeneity analysis | |
| High-Challenge R&D | |
| High-risk high-reward research | |
| high-risk/high-reward research | |
| higher education | |
| higher education research | |
| Highly cited researchers | |
| hindering factors and remedies | |
| historical context | |
| human capital loss | |
| human capital theory | |
| Human Genome Editing | |
| human-computer collaboration | |
| Humanities | |
| hydrogen | |
| I | |
| impact | |
| impact assessment | |
| in-demand skills | |
| In-Situ Resource Utilization (ISRU) | |
| Incidents | |
| Inclusion | |
| Inclusive and sustainable Innovation | |
| Inclusive development | |
| Inclusivity in agricultural innovation | |
| Income inequality | |
| Incubation Centers | |
| incumbent actor | |
| incumbent industries | |
| India | |
| Indicators | |
| industrial policy | |
| Industrial R&D | |
| Industrial Relocation | |
| Industrial Transformation | |
| Industrialisation | |
| industry 5.0 | |
| Industry Policy | |
| Information Provision | |
| informed policy | |
| Infrastructure Sustainability | |
| innovation | |
| Innovation and Entrepreneurship | |
| Innovation and Entrepreneurship Ecosystem | |
| Innovation capability | |
| innovation capacity | |
| Innovation Detection | |
| innovation economy | |
| Innovation Ecosystem | |
| Innovation Ecosystems | |
| Innovation Measurement | |
| Innovation nodes | |
| innovation pipeline | |
| Innovation Policy | |
| Innovation process | |
| Innovation Studies | |
| Innovation system | |
| Innovation-Driven Evaluation | |
| Input and Output | |
| Institutional Alignment | |
| Institutional capacity | |
| Institutional Co-production | |
| institutional logics | |
| institutional prestige | |
| Institutional Specialization | |
| Intellectual property | |
| intelligent bibliometrics | |
| Intelsat | |
| Interdisciplinarity | |
| Interdisciplinary Analysis | |
| International Adoption | |
| international cooperation | |
| international coordination | |
| international institutions | |
| International learning | |
| International mobility | |
| International research collaboration | |
| International Research Networks | |
| International scientific collaboration | |
| International scientific mobility | |
| International technology cooperation | |
| Internationalization | |
| invention commercialization | |
| IP Policy | |
| Isomorphism | |
| ITU | |
| J | |
| Japan | |
| job acquisition speed | |
| K | |
| Keywords | |
| Knowledge Broker | |
| Knowledge Disclosures | |
| Knowledge Graphs (KGs) | |
| Knowledge Intermediaries | |
| Knowledge management | |
| Knowledge Politics | |
| Knowledge Production | |
| knowledge recombination | |
| Knowledge Spillovers | |
| Knowledge transfer | |
| knowledge-based view | |
| L | |
| Labor Market Segmentation | |
| large language model | |
| Large Language Models | |
| Large Language Models (LLMs) | |
| Latin America and the Caribbean | |
| leaky pipeline | |
| Legislation | |
| Licensing | |
| literature review | |
| LLM | |
| LLM Accuracy | |
| lobbying | |
| Local Innovation Governance | |
| local knowledge | |
| local research | |
| lock-in perspective | |
| Long COVID | |
| longitudinal analysis | |
| Lower middle income countries | |
| Lunar Policy | |
| Lunar Resource Utilization | |
| M | |
| machine learning | |
| Maintenance Neglect | |
| Manufacturing | |
| measurement | |
| Measurement Framework | |
| measurement of intangibles | |
| Medical Device Industry | |
| mentoring practices | |
| merit criteria | |
| microdata | |
| Middle-income trap | |
| Mission-Oriented Innovation Policy | |
| Mixed-Effects Modeling | |
| Mobile Applications | |
| mobility services | |
| Moderator Variable | |
| monitoring | |
| Moon | |
| Multi Level Perspective (MLP) | |
| multi method | |
| Multi-campus university system | |
| multi-layer network analysis | |
| multi-level perspective | |
| Multi-location firms | |
| Multilateral Frameworks | |
| N | |
| nascent industries | |
| national accounting | |
| National Innovation System | |
| National innovation systems | |
| National Natural Science Foundation of China (NSFC) | |
| National Research Absorptive Capacity | |
| National Secure Data Service | |
| National Systems Innovation (NSI) | |
| natural gas | |
| network analysis | |
| networks | |
| New Public Management | |
| New Southbound Policy | |
| News media | |
| novalty indicator | |
| novelty | |
| Novelty and Application | |
| NSF Engines | |
| NSFC General Program | |
| Nuclear Energy | |
| O | |
| OECD | |
| Open Data | |
| open science | |
| open-source software | |
| Openness Norms | |
| Operationalizing Equity | |
| Orbit | |
| orbital debris | |
| Organization of science | |
| organizational sociology | |
| outcomes | |
| output additionality | |
| overseas experience | |
| P | |
| panel review | |
| Paradox theory | |
| parenting | |
| Patent | |
| Patent analysis | |
| patent data | |
| patent information | |
| patent statistics | |
| patents | |
| PATSTAT | |
| Payout Tax | |
| Peer review | |
| performance | |
| Performance-based Funding Mechanism | |
| peripheral regions | |
| Pharmaceutical patents | |
| PhD Career | |
| PhD training | |
| Place-based innovation | |
| platform | |
| Platform Economy | |
| Platform theory | |
| Poisson quasi-maximum likelihood regression | |
| Policy | |
| policy analysis | |
| Policy Data Extraction | |
| Policy database | |
| Policy design for local-global challenges | |
| Policy Design Framework | |
| policy documents | |
| policy engagement | |
| Policy entrepreneurs | |
| policy evaluation | |
| policy intervention | |
| Policy mixes | |
| Policy Operationalization | |
| Policymakers | |
| Political economy | |
| Positioning of Research Actors | |
| Post-Publication Peer Review | |
| practitioners perspective | |
| Prediction of topic decline | |
| privacy | |
| private space industry | |
| Proactive innovation | |
| problems in research | |
| Process stages | |
| Production capability | |
| productivity | |
| Products | |
| programming languages | |
| Promotion and Tenure | |
| Proof of Concept Centers | |
| prototyping | |
| Public Acceptance | |
| Public and private organizations | |
| Public funding | |
| Public Research Institutes (PRIs) | |
| public use file | |
| public-private partnership | |
| Publications | |
| Q | |
| Qualitative | |
| Qualitative Comparative Analysis | |
| qualitative research | |
| Quantitative | |
| R | |
| R&D | |
| R&D commercialization | |
| R&D Investment Efficiency | |
| R&D Policy Coordination | |
| Reactive innovation | |
| Reagan | |
| regional | |
| Regional Inequality | |
| regional innovation | |
| Regional innovation ecosystem | |
| Regional innovation ecosystems | |
| Regional Integration | |
| regional labour productivity | |
| Regional Systems of Innovation (RSI) | |
| Regulation | |
| Regulations | |
| Regulatory Frameworks | |
| Regulatory Preferences | |
| Renewable Energy | |
| Renewable energy policy | |
| repudiation of science | |
| Research | |
| Research administration | |
| Research agenda | |
| research and development | |
| Research and Development (R&D) | |
| Research collaboration | |
| research commercialization | |
| Research communities | |
| research competition | |
| research data sharing | |
| Research Ecosystem | |
| Research Evaluation | |
| Research funding | |
| research grants | |
| Research impact | |
| Research Integrity | |
| research misconduct | |
| Research output | |
| Research policy | |
| research productivity | |
| Research security | |
| research training | |
| research use | |
| research utilization | |
| researcher mobility | |
| researcher productivity | |
| researcher roles in policy | |
| Resilience | |
| Resource Configuration | |
| Resource Management | |
| Responsible AI | |
| Responsible Innovation | |
| Responsible Internationalisation | |
| responsible management practices | |
| Responsible Research and Innovation | |
| retraction | |
| Ride-Hailing Platforms | |
| Risk governance | |
| risk-taking | |
| Rwanda | |
| S | |
| Safety Zones | |
| satellites | |
| SBIR/STTR Awards | |
| Scalable Innovation Analysis | |
| science and engineering indicators | |
| Science and innovation policy | |
| Science and Science Practices | |
| science and technology capabilities | |
| science and technology studies | |
| Science coverage | |
| Science disparity | |
| Science for science Policy | |
| Science inequities | |
| Science of science | |
| Science policy | |
| science policy programs | |
| science studies | |
| science systems | |
| Science Technology and Innovation (STI) Policy | |
| science technology and innovation policy | |
| Science Technoly and Innovation policy | |
| Scientific and technical human capital | |
| scientific career | |
| Scientific careers | |
| Scientific enterprise | |
| scientific funding | |
| scientific methods | |
| scientific norms | |
| Scientific organization | |
| Scientific Productivity | |
| scientific publishing | |
| Scientific Research Funding | |
| Scientific workforce | |
| scientometrics | |
| SCOPUS | |
| Sectoral innovation system | |
| Sectoral Systems of Innovation (SSI) | |
| Security | |
| Selection | |
| Semi-structured interview | |
| Service Reliability | |
| Service Robots (SR) | |
| Signaling Theory | |
| Simulation Modeling | |
| Skill policy | |
| Skills | |
| small and medium enterprises | |
| Small and Micro Enterprises | |
| small economies | |
| small modular reactors | |
| Smallholder farmers (SHFs) | |
| Smallscale rural agro-industries | |
| smart cities | |
| Smart innovation | |
| SMEs | |
| Social capital | |
| Social impact | |
| social implications of scientific trust | |
| Social Inclusion | |
| Social Innovation | |
| social network analysis | |
| social networks | |
| Social Sciences | |
| societal well-bring | |
| Socio-Economic Resilience | |
| socio-political factors | |
| socio-technical system | |
| socioeconomic status | |
| sociology of science | |
| Sociotechnical imaginaries | |
| Sociotechnical transition | |
| Sociotechnical transitions | |
| Solar-powered irrigation systems (SPIs) | |
| Space | |
| Space Governance | |
| space policy | |
| Space Sustainability | |
| space traffic management | |
| spaceport camden | |
| spaceport feasibility | |
| Specialization | |
| stackable credentials | |
| Stakeholder Engagement | |
| Start-up Accelerators | |
| state-capital relations | |
| State-Led Innovation Ecosystems | |
| STEM academic science | |
| STI policy | |
| STI policy mix | |
| STI policy rationales | |
| Structural equation modeling | |
| student loans | |
| Subsidy frameworks and governance | |
| Supplementary Protection Certificate | |
| surprise | |
| Survey Validation | |
| Sustainability | |
| Sustainability programs | |
| sustainable adaptation | |
| Sustainable Agriculture | |
| Sustainable agriculture practices | |
| Sustainable development | |
| Sustainable Development Goals | |
| Sustainable Space Exploration | |
| sustainable transition | |
| synthetic analyst | |
| synthetic data | |
| System Dynamics | |
| Systems of Innovation | |
| Systems of Innovation (SI) | |
| Systems of use innovation | |
| T | |
| Taiwan | |
| Talent Development | |
| Talent program | |
| tax credit | |
| Taxation and Innovation | |
| Teaching | |
| Team science | |
| Teams and Collaboration Patterns | |
| tech mining | |
| Technological capability | |
| Technological Forecasting and Social Change | |
| Technological Governance | |
| Technological innovation | |
| Technological recombination | |
| technological trajectories | |
| Technology | |
| Technology Acceptance Model TAM | |
| Technology adoption | |
| technology cluster | |
| Technology evolution | |
| Technology policy | |
| technology readiness levels | |
| technology transfer | |
| Technology transition | |
| Tenure and promotion | |
| text analysis | |
| text as data | |
| Text-Based Indicators | |
| The COVID-19 | |
| The platform economy | |
| The Processual Approach | |
| theory of the firm | |
| threshold | |
| topic modeling | |
| training | |
| transfer | |
| transformational adaptation | |
| transformational research | |
| Transformative innovation | |
| transformative innovation policy | |
| Transformative STI policies | |
| Transition | |
| translation | |
| Transparency and Trust | |
| Trust in government | |
| Trust in technology | |
| twin-transtion | |
| U | |
| Unified Theory of Acceptance and Use of Technology (UTAUT) | |
| United Nations | |
| United States | |
| universities | |
| Universities and NRIs | |
| University | |
| University Technology Transfer | |
| University-Industry Collaboration | |
| Upgrading | |
| Upskilling | |
| Urban Air Mobility | |
| urban innovation | |
| urban resilience | |
| Uruguay | |
| use-inspired research | |
| UTAUT2 | |
| Utility theory | |
| V | |
| validation | |
| Value Expressions | |
| Venture Capital (VC) Investment | |
| vicious cycle of vulnerability | |
| Vignette Experiment | |
| Villum Experiment | |
| Visualization | |
| W | |
| war | |
| Web Scraping | |
| web-based data | |
| Web-Scraped Content | |
| Website Disclosures | |
| Women Farmers | |
| Worker Heterogeneity | |
| workforce | |
| Workforce development | |
| workforce education | |