Quantum Technology and Innovation Strategy

Christopher Coenen, Armin Grünwald

Manal Jammal, Laura Sanz-Martín, Javier Parra-Domínguez

Kamil Reza Khondakar

Sri N. Kotaiah

It is possible that quantum technologies will reshape global industry, governance, and science. These technologies constitute a once-in-a-generation technology frontier. Through the implementation of the Telangana Quantum Strategy, which was initiated by the Government of Telangana, the state is positioned to become a national and global leader in the utilization of potentially revolutionary talents. This strategy presents a forward-looking, multi-pillar strategy to transfer quantum science into real-world effect. It does so by using Telangana's powerful information technology (IT) environment, outstanding academic institutions, and thriving start-up culture. The objective is to develop complementary and modular capabilities in the areas of computing, communication, and cryptography. This endeavour is in line with India's National Quantum Mission (NQM), which was announced in 2023. As a result of its robust technology environment, prestigious academic institutions, and thriving start-up culture, Telangana is in a position that is particularly advantageous for leading this drive. This Strategy delineates an ambitious vision: to establish Telangana as a globally acknowledged centre for quantum innovation by cultivating a robust ecosystem that converts scientific advancements into practical applications, enhances the start-up landscape, and generates societal benefits. This will be executed through deliberate interventions across six fundamental pillars are Research, Innovation and Commercialization, Skilling and Workforce Development, Start-up Ecosystem Enablement, Sectorial Adoption, Cybersecurity and Resilience and Global Positioning and Ecosystem Partnerships.

Ria Chakraborty, Bruna S. de Mendonça, Katya Driscoll +2 more

The global landscape for quantum technologies (QTs) is rapidly changing, and proper understanding of their impact and subsequent regulations need to match this pace. A Responsible Innovation (RI) approach and guiding principles have been proposed to accompany this development. We examine practical efforts globally and in Canada, from industry to research to governments, and analyze the current status of quantum technological advances under the RI framework. We analyze and compare what is being done internationally, identify gaps in the Canadian strategy, propose initiatives to fill those gaps, and highlight areas where Canada is leading or where more work is needed.

Mike Hatcher