모바일 네트워크 뉴스: 2 9월 2025

October 18, 2025, 7:28 AM EDT. Researchers at Zhejiang, Tsinghua, and Leiden demonstrated a 73-qubit superconducting processor can exhibit genuine quantum behavior using a Bell-test-inspired approach. Their variational-quantum-circuit method probes Bell-operator correlations in many-body systems and yielded genuine multipartite Bell correlations up to 24 qubits - the first time at this scale. Rather than measuring Bell correlations directly, they relied on a low-energy state optimization: energies fell below the classical threshold by 48 standard deviations, after correcting for readout errors, increasing the disparity. This achievement helps validate scalable quantum computers and shows the device is behaving as a quantum processor, not a classical imitation.

October 18, 2025, 7:26 AM EDT. Quantum computing is poised to reshape the semiconductor industry by accelerating material discovery, optimizing chip layouts, and transforming manufacturing. By simulating molecular structures at the atomic level, quantum computing could identify superconductors and low-defect dielectrics that boost chip performance and energy efficiency. In design, quantum algorithms can explore vast design spaces to optimize routing, power, and thermal profiles, enabling innovations such as 3D chips and neuromorphic processors. In manufacturing, quantum-level simulations and imaging could reduce defects, improve yield, and streamline fabrication. This convergence creates a mutually reinforcing cycle: advanced semiconductor technologies fuel quantum hardware, while quantum methods help transcend traditional scaling barriers as we approach the limits of Moore's Law. Early reactions from industry leaders underscore the transformative potential of this frontier.

October 18, 2025, 7:24 AM EDT. Quantum computing is poised to redefine semiconductor design and manufacturing. By enabling quantum algorithms that simulate materials and processes at the atomic level, it accelerates materials discovery for better superconductors and low-defect dielectrics, potentially delivering faster, more energy-efficient chips. The synergy between quantum hardware and classical semiconductors is reshaping how we think about the scaling challenge, offering a path that complements Moore's Law through richer optimization of layouts, power, and performance. Quantum methods can optimize transistor routing across billions of connections, enabling advances like 3D chips and neuromorphic processors. In manufacturing, quantum-level simulations and quantum-enabled imaging could reduce defects, raise yields, and streamline fabrication. Overall, the convergence promises new design paradigms, tools, and efficiency gains at AI, materials science, and industry scale.

October 18, 2025, 7:22 AM EDT. Google Maps is testing a new route-stop interface on Android (build 25.42.02.817770306). Instead of showing nearby results on the map, options appear in a bottom sheet with a Call button and a set of filters. The filters let you bias results by proximity to your current location, mid-route, or near the end, with talk of bringing similar filters to Android Auto. The changes aren't live yet, so Google can tweak things. While the bottom-sheet UI offers a cleaner look, it reduces the immediate visual context of where stops sit along your route. Mixed reception, pending further refinement.

October 18, 2025, 7:20 AM EDT. Google account alerts sparked a months-long investigation into Daniel Kim, a 52-year-old Ebensburg man. Police say a digital forensics sweep uncovered over 1,000 files of suspected child sexual abuse material on his devices, including an iPhone. Investigators say Kim admitted using his Google account to upload, view, and save such material. He was arraigned on more than 50 counts of possession of child sex abuse material and is jailed with bail set at $200,000. The case illustrates how cloud-based alerts, digital forensics, and device seizures can rapidly escalate online misconduct into criminal charges, highlighting ongoing efforts to combat child exploitation through tech-enabled investigations.