Is sciencepolicy.ca down or not working?
What happened to sciencepolicy.ca, why did the website go down and not work? Here you can see who else is having the same problem with sciencepolicy.ca, as well as possible solutions. According to our statistics, the following most often do not work: Website, Login, Account, Mobile App.
Current status: No failures
At the moment, according to our data, sciencepolicy.ca is working fine, but single failures are possible. If sciencepolicy.ca does not work for you, then report your problem and write a comment.
What to do if the site sciencepolicy.ca is not available? Try our guide.
sciencepolicy.ca outage reports in the last 24 hours
User reports by hour (UTC), last 24 hours
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Total weight in 24 hours: 0 Busiest hour: 04:00 UTC (weight 0)
How this score compares
Current 24-hour weight is 0. Warnings start at 20, Failed at 50. Median websites on this language today is 0.
How to solve problems with sciencepolicy.ca
Errors on the sciencepolicy.ca website can be either on the server side or on your side (client side). If there is practically nothing to be done about errors on the server side (it remains only to wait for the site to work again), then with errors on the client side it is possible to solve the problem with the availability of sciencepolicy.ca on your own.
Clear your browser cache
The first thing you can do is force reload the site page, just use the keyboard shortcut Ctrl+F5 for this.
If this does not help, then you can force clear the browser cache:
- Google Chrome:
Ctrl+Shift+Del > Clear Cache > Clear History or
Ctrl+Shift+Del > Clear browsing data - Mozilla Firefox:
Ctrl+Shift+Del > Cache > Clear now - Internet Explorer:
Ctrl+Shift+Del > Temporary Internet files > Delete - Opera:
Ctrl+Shift+Del > Clear History - Safari:
Ctrl+Alt+E > Clear
Try to bypass the site block
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Use VPN services that will allow you to access the site supposedly from another country, the site may not open specifically for your country.
Correct the wrong site or page address
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http://sciencepolicy.ca/
https://sciencepolicy.ca/
http://www.sciencepolicy.ca/
https://www.sciencepolicy.ca/
Clear the DNS service cache
The Windows DNS service cache can be cleared through the command line. In Windows 7 and 8, press the key combination Win+R, in the window that opens, type the command cmd and press the key Enter. On Windows 10, press Win+X and select Windows PowerShell (Admin) or Command Prompt (Admin).
Next, type the following commands in sequence:
ipconfig /flushdns
ipconfig /registerdns
ipconfig /release
ipconfig /renew
netsh winsock reset
Restart your computer.
sciencepolicy.ca - website error codes
Error 400 (Bad Request)
The response status code "HTTP 400 Bad Request" indicates that the server was unable to understand the request due to invalid request syntax. Most likely, this is a bug on the side of the website, you need to wait for the website administrators to fix it.
Error 401 (Unauthorized)
The client's "HTTP 401 Unauthorized" error status response code indicates that the request was not accepted because it lacked valid credentials for the target resource. Usually, in this case, you need to enter a login and password to access the site section.
Error 403 (Forbidden)
An "HTTP 403 Forbidden" error status response code indicates that the server understood the request but is refusing to return a response to the client. This usually means that you are denied access to the site. Try to bypass this blocking with the tips given above.
Error 404 (Not Found)
An "HTTP 404 Not Found" error response code indicates that the server cannot find the requested resource; The requested page was not found on the website.
Error 500 (Internal Server Error)
The server response code "HTTP 500 Internal Server Error" indicates that the server encountered an unexpected error that prevented it from fulfilling the request. Usually this error occurs due to the incorrect operation of site scripts on the server, here you need to wait for the site administrators to fix it.
Error 502 (Bad Gateway)
"HTTP 502 Bad Gateway" server response code indicates that the server, acting as a gateway or proxy, received an invalid response from the upstream server. Usually this error occurs due to incorrect site settings on the server, here you need to wait for the site administrators to fix it.
Error 503 (Service Unavailable)
Server status code "HTTP 503 Service Unavailable", indicating that the server is not ready to process this request. Usually this error occurs in case of maintenance work on the server or because the server is overloaded with too many requests, here you need to wait for the site administrators to fix everything.
Last probe from our crawler
- Status code: 200
- Protocol: https
- Response time: 0.211sec.
- Page size: 1.6 MB
- IP: 141.193.213.20
- cloudflare
- Cloudflare
Other sites on the same IP
Technical information
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| The Canadian Science Policy Centre is Canada’s Largest and Most Diverse Science and Innovation Policy Community. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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h2 Publications + Media
h3 AI for All Needs Security for All: Why Canada’s AI Strategy Must Treat Critical Infrastructure as a Core Test Case
h3 Before Canada Scales Health AI Infrastructure, It Must Govern What Health Data Becomes
h3 Pour une adoption de l’IA qui fonctionne vraiment : ce que les PME québécoises nous apprennent
h3 L’égalité réelle des langues officielles : un angle mort de L’IA pour tous
h3 AI for All, Security for Whom? Reading the Fault Lines in Canada’s National AI Strategy
h3 AI for All – Except the Cow? Canada’s Barn-Sized Blind Spot: Why biological digital twins should become Canada’s next national AI mission
h3 “AI for All” Names the Adoption Problem. It Doesn’t Fund the Fix.
h3 AI for All Means Designing a National Policy that works for Industry Leaders, Government, Academia, and Civic Society
h3 Building Canada’s AI Frontier
h3 Canada’s Biotech Valley of Death Is About More Than Capital
h3 Fluency Is Not Competence: Canada’s AI strategy measures AI use. It should measure judgment
h3 The Danger of “Rosie the Rental” in the Age of Regulating AI Robots in Canada
h3 Inclusive AI: Introducing Dialect Bias as a New Pillar of Canada’s Artificial Intelligence Strategy, A Case Study on African American English (AAE)
h3 Canada’s AI Strategy: The Ambition Needs Discipline
h3 The Delicate Balance of Generative AI in Patient-Facing Healthcare
h3 Using AI to solve the most urgent societal challenge of our time is a no-brainer
h3 AI for All Must Mean Health for All: Why Canada’s AI Strategy Needs a Public Health Roadmap
h3 Canada Doesn’t Need to Win the AI Race. It Needs to Run a Different One
h3 Canada’s AI Strategy Needs Governance Capacity, Not Just AI Adoption
h3 AI for All: The Missing Question of Distribution
h3 We Should Not Care So Much About AI Adoption Rates
h3 The next phase of AI will need to draw on deep science to enable new advances
h3 A Canadian Cloud Is Not Enough: Sovereign AI Must Understand Canadians
h3 Beyond the AI Arms Race: Canada’s Democratic Alternative to U.S. Dominance
h3 L’IA pour tous : Faisons du transfert une priorité nationale
h3 AI for All Begins with a State 5.0 Structure
h3 AI for All Needs Assurance for All
h3 Building Trust through Governance: Strengthening Canada’s AI Strategy through International Standards
h3 Who Actually Decides? The Sovereignty Test “AI for All” Must Pass
h3 L’IA pour tous a le potentiel de faire du Canada un chef de file mondial en intelligence artificielle responsable et éthique
h3 Trust Without Recourse: The Gap at the Centre of Canada’s AI Strategy
h3 Nurses are essential for Canada to achieve AI for All
h3 Canada’s Strategy for AI Adoption Should Start by Taking Students Seriously
h3 Clean Energy and a Cold Climate” is Not Enough: National AI Sovereignty Requires a Full Sustainable Life-Cycle Framing
h3 From AI for Some to AI for All: Strengthening Canada’s AI Strategy Through Inclusion
h3 Canadian Leadership for Inclusive AI Governance in the Global South: Mitigating Dialect Bias against African English through Nigerian Pidgin English
h3 Legibility, answerability, and refusal: a humanities and social sciences framework for the age of automated judgment
h3 Empowering Older Adults to Enable AI for All
h3 Reclaiming human intelligence in the Age of AI
h3 Building Canada’s AI Advantage Through Indigenous Innovation
h3 The Missing Pillar: AI for All Funds Trust Signals, Not Trustworthiness
h3 Fostering AI talent through a community-grounded approach
h3 The Missing Pillar: Why “AI for All” Needs Mathematics
h3 The Lack of Race-based Data Interferes with the Task of Making Health AI Work for All in Canada’s AI Strategy
h3 Beyond Intelligence: Why Canada’s Next AI Opportunity Is to Build the World’s Most Trustworthy AI
h3 Universities Are the Bottleneck
h3 Access Without Architecture
h3 Should we try to patent the sun?
h3 Precision Child Health Partnership (PCHP): Recipe for a successful collaboration / Partenariat en santé de précision pédiatrique : la recette d’une collaboration à succès
h3 The Double Periphery: Breaking Down Silos in Canadian Science Across Language and Territory
h3 Promoting research in French: A Driver for Scientific Collaboration in Canada
h3 Beyond Silos: Data Management as a Lever for Scientific Collaboration on Canada’s Oceans
h3 Prerequisites for Innovative Collaboration: Learning and Unlearning, Training and Transforming together.
h3 IVADO: Collaboration for Innovation in AI
h3 Bioart as Collaborative Research Infrastructure / Le bioart comme infrastructure de recherche collaborative
h3 Collaboration Is Infrastructure: Building Canada’s Scientific Bridges Across Region, Sector, and Language / La collaboration est une infrastructure : bâtir les ponts scientifiques du Canada entre les
h3 Will Canada seize this rare chance to lead the world in quantum technologies?
h3 Reimagining defence research to enable the modern defence mission
h3 Canada’s Defence Strategy Has no Shortage of Ambition—Now it Must Demonstrate its Credibility Through Implementation
h3 Distributed Defence: Lessons from Professional Regulation (and Luhmann)
h3 From blood innovation to biodefence: Next-generation health solutions for soldiers and civilians
h3 Integration of Canada’s strengths to Build – Partner – Buy: The key to innovation capacity
h3 Canada’s Defence R&D Capabilities are Built: Unlocking their full potential through expertise and coordination
h3 Buying Canadian matters more in the age of AI
h3 Canada’s Defence Industrial Strategy and the Canada Strategy for Nature: Separate worlds or intimately linked and mutually dependent in defence of the nation?
h3 From Campus to Capability: How Regional Excellence Can Power Canada’s Defence Future
h3 Science as Sovereignty Infrastructure in Canada’s Arctic
h3 Reliable short-term capability will deliver long-term defence strength
h3 Defence as Innovation Policy: Why Canada’s Defence Industrial Strategy is an Opportunity to give Canada’s Innovation System what it Lacks
h3 Canada’s next defence frontier: Health emergency readiness as a sovereignty imperative
h3 Defence Innovation as Industrial Strategy: Aligning Canada’s Innovation Ecosystem for Technological Sovereignty
h3 Communicating Our Ambitions, Marketing Our Solutions: The Overlooked Strategic Imperatives for Responding to Canada’s New Defence Industrial Strategy
h3 From Capacity to Readiness: Designing Industrial Strategy for Canada’s Defence and Health Security
h3 From Strategy to Sovereignty: Leveraging the Defence Industrial Strategy (DIS) to Fuel Canada’s Research and Innovation Ecosystem
h3 The asymmetric imperative: Why Canada must pivot its defence strategy
h3 Stratégie industrielle de défense : une occasion à saisir pour transformer le continuum canadien de recherche et d’innovation
h3 Canada is regulating research without saying so
h3 Vaccine Sovereignty as a Pillar of Canada’s Defence Industrial Strategy
h3 Defending Innovation Against Lock-Out
h3 From Procurement Body to Industrial Architect: What Canada’s New Defence Investment Agency Can Learn from South Korea
h3 The Defense Industrial Policy and Public Choice: Defending our Defense from Rent-Seeking
h3 Notice of Retraction: Editorial by Daniel Robson
h3 Canada’s Research Landscape in 2025: Institutional Output, Disciplinary Trends, and Emerging Contributions
h3 Investing in Canadian Talent: The Long Game
h3 Intellectual property in engineering biology: A new paradigm
h3 Politicization of science in Canada: What’s happening and what can we do about it?
h3 Where Are All the Scientists in Parliament?
h3 AI and digital innovation needs science too
h3 Food, Status, and the Recessionary Aesthetic: A Political Analysis of Culinary Consumption in Crisis
h3 Beyond Tariffs: Dementia Is Everyone’s Problem
h3 From Bench to Bedside to Policy: Advancing Responsible AI in Canadian Healthcare
h3 Science Belongs to the Public: How Canada’s National Pollutant Release Inventory is Putting Pollution Data in the Hands of the Public
h3 Oral Health and Viral Hepatitis: A Missing Link in Canadian Policy
h3 Building Pandemic Resilience Through Chemical Vapour Air Sanitizers
h3 Open Science as a Catalyst for Canada’s Innovation Strategy
h3 From Users to Builders: Empowering Canada’s Youth Innovators in the Age of AI
h3 Inclusive Science Fuels Innovation, Economic Growth, and Scientific Security
h3 Celebrating Quebec’s –and the globe’s– chief scientist
h3 Canada’s innovation ambitions hinge on a resource we’re running short on: talent
h3 Climate Action and Community Health Program Integration: Empowering Local Actors for Health Security and Community Resilience
h3 Canada’s Arctic: The Role and Responsibility of Natural Resources
h3 L’Arctique canadien : le rôle et la responsabilité des ressources naturelles
h3 Electric Thinking and the Coming Cognitive Inflation
h3 Beyond Dual Use: Rethinking Defence, Security and Innovation, in the 21st-Century
h3 Leveraging Defence spending to strengthen Canada’s R&D
h3 How Defence Spending Can Strengthen Critical Infrastructure
h3 System Integration and Dual Technologies: A Stronger Role for Knowledge Institutions
h3 Deterrence to Discovery: Rethinking Defence Spending in Canada
h3 Biofoundries as a Pillar of Canada’s Defence and Bioeconomy
h3 Establishing a Dual-use, Military-Civilian AI Compute Capability for Canada
h3 Defence Spending as a Catalyst for Inclusive Innovation in Canada
h3 Defence Innovation in Higher Education: The Case for University Affiliated Research Centres in Canada
h3 Strengthening Canada’s defence through collaboration, research, and innovation
h3 We must move quickly to build out our defence research ecosystem. Universities are the answer
h3 Beyond tanks and missiles: Bioinnovation offers opportunities for defence
h3 Defence Spending as a Catalyst for Innovation — and How to Avoid the Dual-Use Mirage
h3 Defence Spending to accelerate innovation in the mining sector
h3 Research Investment and Scientific Output: Canada’s Place in the Global Innovation Landscape
h3 Building Canada’s Future: Investing in Geoscience Education
h3 Promoting science in French: a driving force for the economy and science diplomacy in the French-speaking world
h3 Re-emergent Canada: Reigniting French Language Scientific Research in Canada
h3 L’indifférence face à la disparition du français en science
h3 À quand un gouvernement qui promeut la vie scientifique en français au Canada?
h3 Soutien de la Fédération au renforcement de la recherche en français au Canada
h3 Des raisons d’y croire
h3 Diffuser la recherche en français : pertinence locale, rayonnement international
h3 Pourquoi publier en français sur le transfert et la mobilisation des connaissances?
h3 Le Réseau Circé : construire des communautés et soutenir la diversité des savoirs en français
h3 Intelligence artificielle et logiciels de traduction automatique des publications scientifiques : vers une meilleure visibilité du français dans la recherche ?
h3 L’Université d’été de la Francophonie : un dispositif mondial de l’AUF pour soutenir la recherche et la publication en langue française
h3 Quand la langue freine la connaissance : le défi de l’information scientifique en français
h3 La relève francophone en recherche tient au français
h3 Un tournant décisif pour la recherche en français au Canada
h4 2025/26 Featured Editorials
h3 EDI at Every Level: Inequities and Under-Representation in STEM
h3 Governance In The Digital Era: Three Pathways For The Future Of Public Policy And Administration
h3 Colonialism caused climate change, Indigenous rights are the solution
h3 Blanket solutions are not enough to protect scientists amidst the Ukraine-Russia crisis
h3 The rise of the disposable plastic culture of the COVID-19 era
h3 Cultural safety: the criticality of Indigenous Knowledges and data governance
h3 CSPC: My Gateway into a Science Policy Career
h3 Canada Should Lead on Global COVID-19 Vaccine Equity
h3 Inclusive Innovation Key to Unlocking Full Potential of Canada’s Innovation Ecosystem
h3 Increasing Science Literacy – and Trust and Value Fluency
h3 Intersections Between Next Generation Researchers and Science Policy in Canada – Past, Present and Future
h3 Support Our Science: The Need for Increased Graduate Students and Post Doctoral Scholars in Canada
h3 The Policy Needs Shaping Science within Parliament
h3 “Nothing about us without us”: How Simon Fraser University is Building a Different Kind of Medical School
h3 Science must help save humanity from itself
h3 Global Governance of Genomic Data: A Dynamic Ecosystem to Promote the Development of Precision Medicine
h3 Rising to the Need for Open Science and Secure Research
h3 Biomanufacturing Innovation Science; a Key for Future Resilience
h3 Developing Talent and Growing Biomanufacturing in Canada
h3 Science, Indigenous Knowledge, and Reconciliation
h3 Conflict Resolution: Policy vs Science
h3 Leveraging Technology to Tackle Water Issues in the Context of Climate Change
h3 Science Policy in Canada
h3 No One is Safe Until Everyone is Safe: Global Research for Global Crises
h3 Canada’s Federal Granting Agencies: Opening up the World to Canada’s Researchers
h3 Canada’s Integrated Water And Climate Solutions: A Road To Resilience
h3 A Quantum Canada For All
h3 Enhancing Capacity Building for the Next Generation of Science Policy Leaders in the Post-Pandemic Era
h3 Collaborative R&D key to addressing challenges
h3 How Disinformation Became an Existential threat to Canada’s Democratic Institution
h3 Beyond Patents: Rethinking Canada’s Approach to Commercializing University Research
h3 The Canada Research Coordinating Committee’s Journey from Vision to Action
h3 Essential Ingredient for Building Forward Better
h3 Enabling the next generation through Critical Racial Literacy (CRL): A Call to Action on equity, diversity, and Inclusiveness
h3 Next Steps to Net Zero – Three Considerations Along the Path
h3 Science and Innovation in a Post-Pandemic Future
h3 The Manufacturing Revolution – Transforming Technology into Value
h3 Canada Needs to Move from the What to the How on Energy and Climate
h3 Research and Innovation as the Cornerstone of National Interest
h3 Science and Society – Personal Lessons Learned
h3 The Vital Role of Science in Enhancing Canada’s Resilience to Natural Hazards and Climate Change
h3 Quantum Technology Is The Future. Will It Be Canada’s?
h3 How is Science Tackling Global Food Insecurity? A Canadian Success Story
h3 Battling misinformation during a pandemic
h3 Message from the Editorial Committee
h3 Building Better Bantings: Connecting Canada’s Postdoctoral Fellows is critical for Canada’s scientific future
h3 Investing in research has underpinned Canada’s success. At a time of uncertainty, this consensus must continue.
h3 Sustaining and Enhancing Canada’s Future through Global Collaborations and Partnerships-A Framework for our Missions Abroad and for our Universities
h3 Reconciliation Through Research: Better Policy and Decisions through the Braiding of Indigenous and Western Knowledges
h3 Science Diplomacy After COVID-19
h3 Capitalizing on Canada’s Research Strengths
h3 Why science diplomacy matters in foreign policy
h3 Transforming Research Education for Postnormal Times
h3 Getting innovative with research support to tackle complex challenges like climate change and global health
h3 A Brewing Technological Cold War
h3 Five Ways to Tackle the World’s Grand Challenges Amid the Pandemic
h3 The importance of finding your “why” as a young researcher
h3 Future Directions for Innovation Policy in Canada
h3 Securing our common future: the bold path for transformative conservation in Canada
h3 Looking Ahead: Eyes on Science, Policy and Transparency Amid Changing Tides
h3 Climate Resiliency in Canada: A “Coming of Age” for Adaptation?
h3 Sustaining the Blue Belt: Suggestions for Forward Thinking Policy to Protect Great Lakes Food Fisheries
h3 How Canada Can Meet the Climate Challenge of Net-Zero
h3 From students to stakeholders: The rise of youth engagement in science policy
h3 A Volunteer’s Perspective on CSPC
h3 The Bridge from Both Ends
h3 From Legacy To Leadership: Parks Canada’s Role In Shaping Conservation And Resilience
h3 Moving Forward: CRCC Progress Report 2021-22
h3 Can we afford not to participate in the quantum race?
h3 Connecting and Galvanizing the Next Generation through the CSPC: A Volunteer’s Anecdote
h3 Does Canada Have A National Research and Innovation Strategy?
h3 The role of government in space in a time of transformation
h3 Science Meets Parliament 2022: Forging new links between scientists and policy makers
h3 Mobilizing science in the fight against COVID-19
h3 COVID, Confederation, and Innovation
h3 Supporting Businesses, Inventors and Innovators with Collaborative Innovation
h3 Science and Sustainable Farming
h3 Letter from the President and CEO of CSPC
h3 Letter from the Editorial Committee
h3 Transformational innovation begins with universities
h3 Canada and the Ocean Science-Policy Nexus
h3 Artificial Intelligence: Unraveling a World of Possibilities and Pitfalls
h3 Bridging International Networks in Science Technology and Innovation
h3 A Message from the Editors
h3 Nine months of COVID – what lessons for science advising?
h3 Strength in Numbers: How Canada’s federal granting agencies joined forces in the response to COVID-19
h3 Science Policy For Canada’s Future
h3 Canada Needs An Innovative One Health Strategy To Prepare For The Next Pandemic
h3 Science diplomacy: Balancing international scientific collaboration and national security
h3 Three’s a crowd: A challenging blend of workspaces, social media, and personal identity during COVID-19.
h3 Canadian CCS leadership – an opportunity too important to lose
h3 Innovative Solutions Shaping Our Future: Meeting Challenges, Building Infrastructure, and Transforming Housing in Canada
h3 Finding Home and Heart(h) for Young Families and Senior Citizens
h3 Investing in innovation in socially important areas with a market failure
h3 Inspiring Futures: Developing Citizens And Talent For A Stem Based Economy
h3 Message from the President
h3 Science Meets Parliament 2021-2022
h3 Taking the time to connect – reflections on the Canadian Science Meets Parliament program
h3 Five Science Policy Lessons from Five Years Volunteering with the CSPC
h3 The pandemic, the antibiotic crisis, and the importance of science and Parliament to meet
h3 Canada Needs a R&D Powerhouse to Fuel Economic Growth
h3 Societal Impact of Science: Getting the Foundations Right
h3 Tales From a CSPC Volunteer: My Journey Into Science Policy
h3 The U.S. Needs A National Science Diplomacy Strategy
h3 A Bright Future Through Bold Decisions and Investment in Canadian Technologies
h3 Innovating to Bolster Canadian Scientific Research in French
h3 Responding to Backlash to Defend Evidence-Based, Inclusive Research Funding
h3 High Performance Innovation Ecosystems: Canadian Communities Lead The Way
h3 Innover en appuyant la recherche pour remédier aux problèmes complexes tels que les changements climatiques et la santé mondiale
h3 De la vision à l’action : le parcours du Comité de coordination de la recherche au Canada
h3 Message from the Editors
h3 Science et lutte contre l’insécurité alimentaire mondiale : une histoire de réussite canadienne
h3 Rapport d’étape 2021-2022 du CCRC : Aller de l’avant
h3 Investing In Canada’s Innovation Pipeline: Why Supporting Today’s Researchers Shapes Tomorrow’s Economy
h3 15 Years of CSPC: An Odyssey of Impact and Achievements
h3 Canada’s college applied research sector: A secret economic weapon in uncertain times
h3 Innover vers et pour la science en français au Canada
h3 Prioritizing Science In Our International Relations
h3 Science Integration in Emergencies: Enabling Public Trust in Canadian Public Health Action
h3 Volunteering with the CSPC
h3 The essential and hidden role of Accessibility in Canadian science policy partaking process
h3 CSPC Volunteer Experience
h3 Why We Need The Canadian Brain Research Initiative
h3 Message from the Editors
h3 A Dynamic Era Of Transformation For Science And Innovation Policy
h3 Some Feedback To The Government On Their New Initiatives In Research Funding
h3 CSPC Volunteer Editorial
h3 Volunteer Experience
h3 A Ph.D. Engineer’s Journey in Science Policy
h3 Transforming Tomorrow Together
h3 A Paradigm Shift to Strengthen Canada’s Ecosystem for Science & Research Infrastructure
h3 Bridging Science And Policy: My Journey With The Canadian Science Policy Centre
h3 Editorial From the President
h3 To secure Canada’s future in AI, we must out-smart, not out-spend
h3 International Research Partners: A High Value Added Investment
h3 Building A World-leading Life Sciences Workforce: Training The Next Generation Of Canadian Talent
h3 An engineer, scientist, teacher, and policy analyst walk into a bar
h3 My Journey Into Science Advocacy And Volunteering
h3 Fields of opportunity: Making agriculture Canada’s next growth engine through innovation
h3 Industry Leadership and Economic Growth: Lessons from Canada’s Automotive Sector
h3 An actionable approach to EDI in STEM
h3 Volunteering with CSPC as an Early-Career Academic
h3 But what does the cutting edge slice? My journey in science (and) policy
h3 Engineering a life in policy: How volunteering opened doors
h3 Building an agile innovation ecosystem: Lessons from the past, plans for the future
h3 Unlocking Inclusion: The Key to Canada’s Science and Innovation Future
h3 The science system architecture: Revisioning the landscape
h3 From Minimal Viable Product to Most Valuable Players: Canada Must Leverage Its Large-Scale Research Infrastructure to Advance Global Leadership in Science and Innovation
h3 Science-fuelled innovation: putting the industry behind the innovation wheel
h3 Nurturing our future : Les pieds dans les bottes et le regard à l’horizon.
h3 No policy is an island: Complex challenges demand many minds
h3 Message From the Editors
h4 CSPC Magazine
h3 Celebrating Quebec’s –and the globe’s– chief scientist
h3 Canada’s innovation ambitions hinge on a resource we’re running short on: talent
h3 Climate Action and Community Health Program Integration: Empowering Local Actors for Health Security and Community Resilience
h3 Canada’s Arctic: The Role and Responsibility of Natural Resources
h3 L’Arctique canadien : le rôle et la responsabilité des ressources naturelles
h4 Conference Editorial Series
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