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Quantum Technology and Society: A Communication Challenge
Julia Cramer's work focuses on bridging the gap between quantum technology and society, highlighting the importance of public understanding and equitable access.
Dutch
Netherlands
TechnologyScienceNetherlandsArtificial IntelligenceMilitary TechnologySocietyCommunicationQuantum
Leiden UniversityTu DelftLeidse Instrumentmakers School
Julia CramerSanne Willems
- How might quantum technology exacerbate societal inequalities?
- Unequal access to quantum technology due to cost, understanding, or fear could exacerbate societal inequalities. Cramer emphasizes the need to ensure equitable distribution and comprehension to mitigate this risk.
- How can the gap between quantum technology and the public be bridged?
- Addressing the disconnect between quantum technology and the public requires proactive communication and involving diverse groups in development. While in-depth knowledge isn't needed for all, understanding its potential impact is crucial.
- What is Julia Cramer's main goal regarding quantum technology and society?
- Julia Cramer, a Leiden University professor, aims to integrate quantum technology into society by conducting research and science communication. She explores public perception of quantum science through surveys and interactive events.
- What are the potential consequences of a poor fit between new technology and society?
- A mismatch between new technology and societal readiness can lead to underutilization or failure of promising developments. Examples include self-driving cars, 5G, vaccines, and AI, all hampered by regulatory issues or public apprehension.
- What are the key findings of Cramer's research on public perception of quantum technology?
- Cramer's research indicates that while people recognize the importance and potential impact of quantum technology, they feel disconnected from its development. This lack of connection hinders societal acceptance and integration.