TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
4 | |
4th Industrial revolution(4IR) | |
5 | |
5G | |
A | |
Academia | |
Academic Careers | |
Academic Fields | |
Academic mobility | |
academic patent networks | |
Academic prestige | |
Academic publications | |
Academic Training | |
Actors' roles | |
Africa | |
Africa Nigeria South Africa | |
Agency | |
Agri-food ecosystems | |
Agricultural innovation | |
Agricultural Innovation Systems (AIS) | |
Agricultural sector | |
AI | |
AI capabilities | |
AI ethics | |
AI governance | |
AI Innovation | |
AI Patent | |
AI regulation | |
AI-manufacturing | |
Aims of ISPA | |
algorithmic impact assessment (AIA) | |
Alignment | |
Anglophone Caribean Region | |
anticipation | |
applied research | |
Areas of Research Interest | |
Argentina | |
artificial discovery | |
Artificial Intelligence | |
Artificial Intelligence (AI) | |
Assistive Technology | |
Atlantic Provinces | |
attitudes beliefs and knowledge | |
Attrition | |
author contributions | |
Authorship | |
Automated Classification | |
automation | |
Autonomous Vehicles | |
B | |
Barrier | |
Barriers to innovation | |
basic research | |
Battery storage technology | |
Beijing Effect | |
BERT | |
Bias | |
bibliometric analysis | |
bibliometrics | |
Bibliometrics Text Mining | |
Big data | |
Bioeconomy | |
biomedical | |
biomedical innovation | |
biomedical research | |
Biomedicine | |
block grant | |
boundary-spanners | |
Broadband | |
Broader Impacts Criteria | |
brokers | |
Business cycle | |
business evolution | |
C | |
Canada | |
capabilities for TIP | |
capacities for TIP | |
Capacity Building | |
carbon dioxide (CO2) emissions | |
carbon dioxide removal | |
career | |
career development | |
career pursuit | |
Career trajectories | |
Career Trajectory | |
career transitions | |
careers | |
Catching up | |
centrality measures | |
Chagas disease | |
Chile | |
China | |
circular economy | |
citation context | |
citation generality | |
Citation impact | |
citizen science | |
clean energy innovation | |
climate change | |
climate policy | |
Cluster Munition | |
Cluster policy | |
co-invention networks | |
co-ownership | |
Co-production | |
collaboration | |
Collaborative R&D | |
Collaborative research | |
Collective Innovation | |
Colombia | |
commercialization | |
comparative analysis | |
Comparative Politics | |
Competition in higher education | |
competitive hires | |
complex network dynamics | |
Complex problem framing | |
Complexity | |
Compliance | |
Computational social science | |
conceptual clarification | |
Connectivity | |
Consensus | |
consumer protection | |
Content Analysis | |
context | |
Contribution | |
Contributor Roles | |
conversation analysis | |
corona | |
coronavirus | |
corporate science | |
COVID-19 | |
covid-19 pandemic | |
Creative Arts | |
CRediT | |
Crisis science | |
Critical raw materials | |
critical realism | |
Cross-sectoral collaboration | |
cultural capital | |
D | |
Data | |
data governance | |
Data policies | |
Data-driven innovation | |
Data-driven innovations | |
decarbonisation | |
Deep Learning | |
Defense Industry | |
Defense Innovation Policy | |
demand pull | |
democracy | |
Developing countries | |
Developing world | |
development | |
digital infrastructure | |
Digital Innovation | |
Digital Science | |
Digital Silk Road | |
direct air capture | |
direction of innovation | |
Disagreement | |
Disciplinary Network | |
Disciplines | |
discourse analysis | |
discretion | |
Disruption | |
Diversity | |
diversity index | |
document cluster exports | |
document processing | |
Domestic firms | |
drug development process | |
Dynamic capability | |
E | |
Early career | |
Early Career Researchers | |
East Asia | |
economic catch-up | |
Economic Clusters | |
Economic crisis | |
economic cycle | |
economic growth | |
economic impact | |
economic transition | |
Economics of science | |
ecosystem | |
EDI indicators | |
Editorial Gatekeeping | |
Education | |
Education Policy | |
Efficiency | |
electric vehicle | |
electric vehicles rooftop solar and heat pumps | |
Emergence of Technoscience | |
Emerging Technology | |
Energy cluster | |
energy innovation | |
energy policy | |
Energy price | |
energy research | |
energy transition | |
Energy transitions | |
entrepreneurial finance | |
entrepreneurial team | |
entrepreneurial timing | |
entrepreneurship | |
environmental justice | |
environmental policy | |
Equality | |
Equality of Opportunity | |
Equitable Energy Transition | |
Equity | |
ERGM | |
Ethics | |
EU framework programs | |
Europe | |
European Research Area | |
evaluation | |
Event history analysis | |
Evidence based Policy Making | |
Evidence use | |
evidence-based policy | |
Evidence-based policy making | |
Experimentation | |
exponential random graph model | |
external knowledge | |
F | |
Facial Recognition Technology (FRT) | |
faculty development | |
faculty hiring | |
Failure | |
FAPESP | |
Fast-Track | |
Federal contractor | |
Federal Funding | |
Federal Government | |
federal laboratories | |
Federal research | |
FFRDCs | |
Field Experiment | |
finances | |
Firm disclosure | |
Firm science | |
Firm-level data | |
firms | |
first-generation | |
forecasting technology | |
foreign-born | |
foresight | |
Forms of ISPA | |
founding team | |
fsQCA | |
Functional analysis | |
Fundamental Research Funds | |
funder-initiated grants | |
Funding | |
Funding design | |
Funding mix | |
funding portfolios | |
Fusion Energy | |
future scenarios | |
G | |
game theory | |
GCAM | |
Gender | |
Gender bias | |
Gender differences | |
Gender equity | |
gender inequality | |
Generalisation | |
genome editing | |
geographic content | |
geographic proximity | |
Geography | |
geography of knowledge | |
German-Brazilian scientific collaboration | |
Germany | |
Global inequalities | |
Global Model | |
global science | |
Global South | |
global value chain | |
global value chains | |
governance | |
governance effects | |
governance of transition | |
Government funding | |
Government support to innovation | |
government supported research institutes | |
Government-funded Research | |
Graduate Students | |
Grand challenges | |
grant acquisition | |
Green firm | |
green industrialisation | |
green market transformation | |
green technologies | |
Growth | |
Growth and Development | |
H | |
high-tech innovation | |
higher education policy | |
Hight-Tech Funds | |
Hiring | |
hot topics | |
household electrification technologies | |
human capabilities | |
human capital | |
human resources | |
hydrogen | |
I | |
idea-generation | |
Impact | |
impact gap | |
Impact of research | |
Impact of research funding | |
implementation | |
Implications of AI | |
Inclusion | |
inclusive innovation | |
Inclusive policy | |
inclusiveness | |
India | |
indicators | |
Induced innovation | |
Industrial and innovation policy | |
industry | |
industry dynamics | |
inequality | |
influenza | |
informal businesses | |
informal organization | |
informality | |
Information accessibility | |
infrastructure enablers and constraints | |
Initial public offering | |
Innovation | |
Innovation agencies | |
innovation and education policy | |
Innovation and entrepreneurship ecosystems | |
Innovation barriers | |
Innovation capabilities | |
innovation ecosystem | |
innovation ecosystems | |
Innovation governance | |
Innovation Indicators | |
Innovation intermediaries | |
innovation measurement | |
Innovation Network | |
Innovation pathways | |
innovation policy | |
innovation policy mix | |
Innovation Potential of Individuals | |
innovation system | |
Innovation Systems | |
INNOVATION-LED ORIENTED POLICIES | |
Innovative and Challenging Project | |
Institutional Economics | |
Institutional Entrepreneurs | |
Institutional Trustworthiness | |
institutions | |
Instrumental variables | |
integrated assessment model | |
Intelligent Technology | |
inter-sectoral researcher mobility | |
interdisciplinarity | |
interdisciplinary | |
interdisciplinary research | |
international collaboration | |
international comparisons | |
International mobility | |
International research collaboration | |
international scientific collaboration | |
Internationalization | |
Intersectional Antiracist Technology | |
intersectional inequalities | |
intersectional lenses | |
intersectionality | |
Invention | |
investigator-initiated grants | |
investment | |
Involuntary Mobility | |
Involvement | |
IP Policy | |
IPO | |
IPR | |
Issue analysis | |
Issue Emergence | |
J | |
Job Market | |
job pursuit | |
journal citation indicator | |
just transitions | |
Justice | |
K | |
k-modes clustering algorithm | |
knowledge capacities | |
Knowledge co-creation | |
knowledge combination | |
Knowledge coproduction | |
Knowledge diversity | |
knowledge flows | |
knowledge network | |
knowledge obsolescence | |
Knowledge production | |
knowledge spillover | |
knowledge transfer | |
L | |
labor market involvement | |
laboratories | |
latent class analysis | |
Latin America and Caribbean SMEs | |
leadership emergence | |
Learned societies | |
learning | |
legislative science advice | |
lessons learned | |
licensing | |
Linkages | |
Linked data | |
lithium-ion battery | |
local or regional innovation system | |
logics | |
low-carbon | |
LOW-CARBON HYDROGEN | |
M | |
machine learning | |
machine learning for category classification | |
manufacturing | |
mapping directionality | |
market signaling | |
market transformation | |
measurement | |
Mediation analysis | |
megaproject | |
mental health | |
Metaevaluation | |
middle income trap | |
middleground | |
migrant entrepreneurship | |
misconduct investigation | |
Mission Oriented R&D | |
mission-oriented innovation policy | |
mission-oriented research | |
missions policy | |
Mobility | |
Molecular Diagnostics | |
Monitoring and evaluation mechanism | |
Multi Level Perspective (MLP) | |
Multiple futures (scenarios) | |
multiplex networks | |
Multiplex Ties | |
mutual dependence | |
mutual information | |
N | |
nanomedicine | |
nanotechnology | |
NASA | |
national innovation system | |
National Innovation Systems | |
National Institutes of Health | |
National Scientific Development | |
national strength | |
Natural Experiment | |
Natural language processing | |
Natural resources | |
Need-Based Innovations | |
network analysis | |
network approach | |
Network Intermediaries | |
network proximity | |
network reciprocity | |
networks | |
NLP | |
Non-academic partners | |
non-written research outputs | |
normativity of directional innovation policy | |
Northern Territories | |
novelty | |
O | |
Ocean science | |
Open Access | |
open science | |
Opioid Crisis | |
Organizational effectiveness | |
organizations | |
OSTP | |
Overton | |
P | |
Parliaments | |
participation | |
Patent analysis | |
Patent data | |
Patent quality | |
Patent text mining | |
patents | |
Path-transformative policies | |
Peer Review | |
Peer review Evaluation | |
peer-review | |
people mobility | |
People with Disabilities | |
Pharmaceutical | |
PhD alumni outcomes | |
PhD production | |
Police | |
policy | |
policy coordination | |
policy development | |
policy diffusion | |
Policy Evaluation | |
policy impact | |
policy implementation | |
policy implementation satisfaction | |
Policy Innovation | |
policy instruments | |
Policy learning | |
Policy mix | |
Policy niches | |
policy stringency | |
policy studies | |
policy tools | |
positioning of research institutes | |
Postdoctoral Researchers | |
power asymmetry | |
prediction of exceptional growth | |
President's Council of Advisors on Science and Technology | |
Privacy | |
Problematization | |
Process tracing | |
product innovation | |
productive interactions | |
Productivity | |
professional development | |
program evaluation | |
Project Funding | |
Protectionism | |
Public Access | |
Public expenditure review | |
Public funding | |
public good | |
Public management of innovation | |
public participation | |
public policy | |
public private partnerships | |
public R&D | |
public research | |
Public research funding | |
public research institutes | |
Public Sector | |
Public Values | |
public venture capital | |
Public-private data collaboration | |
publication | |
Publication data | |
Publishing | |
Q | |
q-method | |
Qualitative analysis | |
quality | |
Quantification | |
Quasi-experiment | |
R | |
R&D | |
R&D funding | |
R&D inverstment | |
R&D management and policy | |
R&D output | |
R&D productivity | |
R&D strategies | |
race/ethnicity | |
Randomised Control Trial | |
Rare metals | |
rebates and on-bill-financing programs | |
recruitment | |
reflective practitioner | |
region | |
regional innovation systems | |
Regional programs | |
Regulatory Impact Analysis | |
regulatory mapping | |
relatedness | |
Relative Specialization | |
Renewable Portfolio Standard (RPS) | |
research | |
Research & Development (R&D) Innovation System | |
research and development | |
Research and innovation evaluation | |
Research and policy | |
Research Assessment | |
research attention | |
research careers | |
Research center | |
Research collaboration | |
research competitiveness | |
research council | |
Research Evaluation | |
research expenditures | |
research field structures | |
research funders | |
Research Funding | |
research governance | |
Research grants | |
Research Impact | |
research impact assessment | |
research impacts | |
research infrastructure | |
Research integrity | |
research lifecycle | |
research policy | |
Research Priorities | |
research productivity | |
research quality | |
research spillover | |
research spillovers | |
Research Strategy | |
research targeting | |
research topics | |
Resilience | |
resiliency | |
resource dependence theory | |
resource exchange | |
Responsible innovation | |
Responsible research | |
Responsible Research and Innovation | |
Responsible Research and Innovation (RRI) Interactions among societal and professional | |
retention | |
retracted research | |
Revealed Competitive Advantages | |
Ripeta | |
risk | |
robots | |
Role of Government | |
role of the state | |
RTDI actors (ISPA) | |
S | |
S&Tpolicy | |
SBIR | |
SBIR/STTR | |
scenarios | |
Scholarly associations | |
science | |
science advice | |
Science and innovation policy | |
science and society | |
Science and Technology | |
science and technology studies | |
science capacity | |
science change | |
Science Collaboration | |
science communication | |
science dynamics | |
science grant system | |
science of science | |
Science of sicence | |
science policy | |
science policy evaluation | |
Science Productivity | |
Science Technology & Innovation Policy | |
science technology and innovation policy | |
Science trajectories | |
science-policy engagement | |
Science-policy interface | |
scientific collaboration | |
scientific funding | |
Scientific impact | |
scientific impact of research | |
Scientific Innovation | |
scientific labour | |
scientific mapping | |
Scientific Production | |
Scientific productivity | |
Scientific System | |
Scientific workforce | |
Scientometrics | |
SDGs | |
Sectoral Funds | |
Sectoral Policy | |
Selection | |
Self-employment | |
Semantic analysis | |
Set-backs | |
Shannon entropy | |
Shenzhen | |
Skill variety | |
Small and medium-sized enterprise | |
Small- and medium-sized enterprises (SMEs) | |
smart city | |
Social appropriation of science | |
social inequality | |
Social Justice | |
social media | |
social media analysis | |
social network analysis | |
Social networks | |
Social Values | |
social welfare | |
societal demands | |
Societal Grand Challenges | |
Societal impact | |
Societal impact of research | |
Societal use of research outputs | |
societally targeted funded research | |
Society stakeholders | |
socio-technical change | |
Sociotechnical system transitions | |
solar energy | |
South Africa | |
Sovereign Wealth Fund | |
Specificities of energy and environmental transitions | |
spinoffs | |
startups | |
State capacity | |
State Governments | |
State Policymaking | |
STEM doctoral graduates | |
STEM Education | |
STEM faculty | |
STEM workers | |
STEM workforce | |
STI Funding | |
STI policy | |
STI policy impact assessment | |
strategic learning | |
Structural Change | |
Survival | |
sustainability | |
sustainability transition | |
Sustainable Development | |
Sustainable Development Goals | |
Sustainable Development Goals (SDGs) | |
sustainable human development | |
SUSTAINABLE TECHNOLOGIES | |
Sustainable transitions | |
synthetic biology | |
System Dynamics Modeling | |
System Failures | |
Systematic literature review | |
T | |
team collaboration network | |
team performance | |
team science | |
Team science/collaboration | |
Team selection | |
team structure | |
Teams | |
Teamwork | |
technological capabilities | |
technological diversification | |
Technological dynamics | |
Technological emergence | |
Technological Innovation System | |
technological trajectory | |
technology | |
Technology adoption | |
TECHNOLOGY DEVELOPMENT | |
Technology Emergence | |
technology governance | |
technology hype cycle | |
Technology Innovation Systems (TIS) | |
Technology policy | |
technology sovereignty | |
technology spillovers | |
technology transfer | |
Technology transfer office | |
Technoscience and Society | |
text analysis | |
Text mining | |
Textile | |
textual indicators | |
the science of science and innovation policy | |
tightrope era | |
time allocation | |
Timing | |
TOP Factor | |
Topic model | |
Topic Modeling | |
Topic modelling | |
townships | |
trade data | |
Training | |
Training conditions | |
Transformation innovation | |
Transformative innovation | |
Transformative Innovation Policies | |
Transformative Innovation Policy | |
transitions | |
transitions policy | |
Translation | |
Translational Research | |
Translational Science | |
Transnational research networks | |
Types of ISPA | |
U | |
U.S. Congress | |
uncertainty | |
undergraduate | |
United Kingdom | |
United States | |
universities | |
University | |
University grant income | |
university industry government | |
University innovation potential | |
University partnerships | |
University patenting | |
University research commercialisation | |
university-industry cooperation | |
University/industry/ government interaction | |
University/Industry/Government Collaboration | |
University/industry/government interactions | |
urban development | |
Urban Policy | |
Uruguay | |
US | |
V | |
valley of death | |
value capture | |
VC | |
venture capital funding | |
Vision | |
Voluntary Mobility | |
W | |
wastewater reuse | |
water reuse policy | |
web content analysis | |
Web mining | |
Web of Science | |
Web-based Evidence | |
Web-data | |
web-mining | |
Website data | |
welfare economics | |
well-being | |
willingness to pay and return-on-investment | |
Wind turbines in Germany | |
Women entrepreneurs | |
women/gender | |
word frequency analysis | |
Work-family conflicts | |
workforce | |
Workforce Development | |
Workforce Diversity |