Quantum Computing
What are the key technology trends to watch in 2025?
The key technology trends for 2025 include generative AI, which is revolutionizing content creation, data analysis, and automation across industries. Quantum computing is advancing rapidly, with breakthroughs like Google's Willow chip solving complex problems in minutes instead of years, promising breakthroughs in medicine and science. Other important trends include AI-driven cybersecurity tools offering real-time threat detection, cloud computing with edge and hybrid solutions enhancing business flexibility, and the integration of IoT and AI creating smarter environments. Additionally, green energy innovations, robotics (including personal assistant and surgical robots), and personalized medicine tailored to individual genetic profiles are set to transform various sectors.
Watch clip answer (03:01m)
DeepSea Developments
00:00 - 03:02
How has IBM improved the performance of Qiskit for quantum computing?
IBM has significantly improved Qiskit's performance by converting its underlying code from Python to Rust, resulting in a 58x faster transpilation speed compared to the second-best competitor. This transformation not only made Qiskit more efficient at creating quantum circuits with 21% fewer two-qubit gates, but also enhanced its overall functionality. Benchpress, IBM's open-source benchmarking tool, demonstrated that Qiskit outperforms other SDKs in comprehensive testing, passing more of the 1,000+ tests than any alternative. These improvements make Qiskit the optimal choice for quantum workloads requiring speed, quality, and scale.
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Qiskit
14:35 - 16:36
Why does Microsoft need multiple quantum computers for molecular simulation?
Microsoft's roadmap includes developing not just one quantum computer but thousands because of the need for high-throughput molecular simulation. Rather than simulating one molecule at a time, they aim to simultaneously simulate thousands of different molecules in parallel to efficiently discover materials with desired properties. This approach would revolutionize research in critical areas like carbon capture, hydrogen fixation for fertilizers, non-PFAS coolants, and better superconductors. Traditional experimental screening is costly, slow, and energy-consuming, making quantum simulation a more efficient alternative for identifying promising compounds.
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John Koetsier (AI, robots, tech)
24:19 - 26:22
What is Andhra Pradesh doing to become a leader in quantum computing?
Andhra Pradesh is taking concrete steps to establish itself as a quantum computing leader by creating a dedicated Quantum Valley, an ecosystem designed to foster research, development, and real-world applications. Led by Chief Minister N. Chandra Babu Naidu, who has a proven track record in building tech hubs, this initiative strategically aligns with India's national quantum strategy. The state has already secured collaborations with major players like IIT Madras (one of India's top engineering schools) and TCS (a global IT services leader). This deliberate approach builds on Andhra Pradesh's previous success in the IT sector from the late 1990s and early 2000s, positioning the state to potentially transform India's technological landscape and have significant impact on the future of computing.
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Mighty Podcast
00:44 - 04:15
Why has quantum computing not yet fulfilled its promise?
Quantum computers have been trapped in a perpetual cycle of unfulfilled potential for approximately three decades. As Adam Curry points out, the technology has consistently been described as being '10 years away' from practical implementation, creating a pattern of delayed expectations that continues to the present day. This consistent '10 years away' timeline has become a recognizable pattern in quantum computing development, suggesting significant challenges in bridging the gap between theoretical potential and practical application. Despite ongoing research and investment, quantum computing remains in this state of promising but elusive breakthrough.
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JRE Clips
02:24 - 02:33
How are AI technologies progressing according to industry insiders?
According to the speaker, AI technology is advancing at an exponential rate, with alarming progress happening weekly, as confirmed during a conversation with Elon Musk. The public versions of AI currently available are significantly behind what developers are working on at the highest levels. The speaker emphasizes that industry leaders, including Elon, are shocked by the rapid advancements in AI like Grok. The development is expected to become even more unpredictable when large language models are integrated with quantum computing, which the speaker describes as potentially getting 'very, very weird.'
Watch clip answer (00:46m)
JRE Clips
01:31 - 02:18