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LK99 drama takes over
Quantum Intelligence 🤖
Welcome to The Bell State.
Your weekly roundup of the biggest breakthroughs in Quantum Computing.
The LK-99 Drama continues…
The scientific community faces challenges in evaluating large claims around LK-99 discoveries amidst the noise of social media.
The controversy surrounding the alleged LK-99 superconductor breakthrough continues, with doubts persisting over whether it truly represents the world's first room-temperature ambient-pressure superconductor. Recent, a video demonstrating LK-99's levitation ability was admitted to be a hoax designed to garner attention (supposedly from the University of Science and Technology in Beijing). While this video has been debunked, there are still other circulating videos from different universities that haven't been discredited yet. Overall, the legitimacy of LK-99 as a breakthrough remains uncertain,
Why do superconductors matter for quantum computing?
Quantum computers currently require extremely low temperatures to maintain the delicate states of their qubits (quantum bits). A room-temperature superconductor could provide a more stable and practical platform for building and operating quantum computers. If superconductors could operate at room temperature, it would eliminate the need for complex and expensive cooling systems, thereby simplifying the setup and reducing operational costs.
Governor Pritzker and Former Mayor Emanuel Rally for Quantum Computing in Illinois
Illinois Governor J.B. Pritzker and former Chicago Mayor Rahm Emanuel are championing quantum computing's potential benefits, such as faster vaccine development and unhackable computers. They're focused on attracting attention and funding to position Illinois as a quantum technology leader, even though they admit not fully understanding its complexities. The Chicago Quantum Exchange, with collaborations from IBM and Google, is spearheading quantum research in the state. Both leaders emphasize the economic and security advantages of investing in quantum technology, while also expressing concerns about the global race in this field.
University of Missouri Creates 4D Metamaterial with Potential for Advancing Quantum Computing
University of Missouri scientists have developed a new metamaterial based on a 4D synthetic dimension, capable of controlling energy waves on solid surfaces. These mechanical surface waves have potential applications in understanding how vibrations travel through materials. The metamaterial, created using topology mathematics, could significantly advance quantum computing by facilitating higher-dimensional quantum-mechanical phenomena. It might also aid in developing solutions for earthquake-resistant structures, potentially preventing collapses during seismic events. The results were published in the journal Science Advances.
Biden to Restrict U.S. Investment in China's High-Tech Sectors, Including Quantum Computing
The Biden administration is planning to issue an executive order next week that will limit U.S. investments in China's high-tech sectors, including AI, semiconductors, and quantum computing. The aim is to counter China's tech advancements and maintain U.S. tech leadership. The order will focus on future investments, with a narrow scope on specific sectors. Concerns exist about potential impacts, such as divestitures from existing Chinese investments and reduced cross-border investments. Tensions between the U.S. and China in tech are rising, with potential pushback from China and U.S. opponents.
📚QUANTUM 101 📚
- resources to learn the basics of quantum computing -
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