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Why is the US government shutdown continuing?
The US government shutdown has entered its fourth week due to disagreements over funding and healthcare subsidies. Republicans are demanding a clean continuing resolution, while Democrats want to extend Covid-era health programs. The impasse has led to furloughs and legal challenges, highlighting political tensions and the impact on federal workers.
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How is technology impacting global politics today?
Advances like Google's recent quantum breakthrough show how technology is shaping the future of global power. Quantum computing could revolutionize fields like medicine and materials science, while also influencing geopolitical competition, especially as countries like China race to develop these capabilities.
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Are the stories about the US shutdown and quantum tech connected?
While these stories seem different—one about political conflict, the other about technological progress—they both reflect broader themes of change and uncertainty. Political instability can influence technological development and vice versa, as governments seek to leverage innovation for strategic advantage.
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What’s happening with civil rights in Tunisia?
Tunisia has suspended activities of key civil society groups amid ongoing crackdowns. The government claims legal violations, but critics see these actions as part of a broader effort to limit dissent and consolidate power since President Kais Saied’s 2021 coup. This raises concerns about the future of democracy and civil liberties in the country.
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Are these issues part of a larger global trend?
Yes, many of these stories reflect larger trends like political instability, technological race, and restrictions on civil rights. Countries worldwide are grappling with balancing security, innovation, and democracy, often leading to conflicts and shifts in power dynamics.
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What does the future hold for quantum computing?
While Google’s recent milestone demonstrates significant progress, widespread practical use of quantum computers is still years away. Challenges like building fault-tolerant systems and error correction remain, but the potential for breakthroughs in medicine, materials, and security keeps the field moving forward.