Shaping the future of quantum technology

Chris Jay Hoofnagle, Simson Garfinkel

Sarah Young, Jason Pridmore, Brian J. Smith

Abstract Quantum technologies have profoundly shaped surveillance practices, embedding themselves into the critical infrastructure of the information age. This article explores the historical trajectory of quantum technologies, emphasizing their omnipresence and influence on surveillance technologies and surveillance practices and arguing for communicating the distinctions as being from two eras. This is based on more foundational Quantum 1.0 era technologies which has implications for the transformative potential of Quantum 2.0. By examining quantum-enabled advancements in computing, sensing, and communication, we highlight how developments in quantum will lead to a deepening and disruption of surveillance capabilities, as well as the ethical and societal challenges these technologies pose. We argue for a non-deterministic approach to understanding quantum developments, advocating for early engagement and value-sensitive design to mitigate harms and foster socially responsible futures. Furthermore, interdisciplinary collaboration is necessary to address potential quantum divides and rethink surveillance concepts. Ultimately, this work contributes to a broader understanding of emerging quantum technologies in fields of humanities and social sciences and comments on their potential to shape our surveillance (technology) futures.

Sidra Patel, Purvesh Kolpe, Anushka Singh +3 more

This review explores the transformative potential of three rapidly advancing technological domains—quantum computing (QC), space technology, and bioinformatics. These fields are not only revolutionizing their respective areas of application but are also fostering interdisciplinary collaborations that are reshaping the future of science and technology. The paper discusses the fundamental principles, recent advancements, emerging trends, and practical applications of each discipline while highlighting their individual and collective contributions to scientific progress, industrial development, and societal well-being. By examining both the unique developments and the synergistic interactions among these emerging technologies, this paper highlights their collective role in shaping the future of human progress. The integration of quantum computing, space technology, and bioinformatics is expected to drive the next wave of scientific discovery and technological innovation, laying the foundation for a more advanced and sustainable future.

Pravir Malik

Harpreet Singh, Abha Sachdev

Quantum Computing and Cloud Computing are the technologies which have the capability to shape the future of computing. Quantum computing focuses on creating super-fast computers using the concepts of quantum physics whereas Cloud computing allows the computing power to be provided as a service. This paper presents a theoretical approach towards the possibility of a Quantum-Cloud i.e. quantum computing as a service. This will combine the fields of quantum computing and cloud computing, resulting into an evolutionary technology. Also, this paper discusses the possible advantages of this in the near future.

Krysta M. Svore