Scientists from IBM, Cleveland Clinic, and RIKEN have used quantum-centric supercomputing to simulate a protein complex with over 12,600 atoms, the largest such simulation on quantum hardware to date. This breakthrough, achieved by combining quantum and classical supercomputers with a novel algorithm, marks a significant step toward using quantum computing to solve complex biological problems, including drug discovery. The improved accuracy and scale could shorten drug development timelines by better predicting drug-protein interactions. This milestone demonstrates quantum computing's emerging practical role in life sciences and chemistry research.
The Defiance Quantum Computing ETF (QTUM) has surpassed $5 billion in assets, coinciding with the US government's announcement of a historic $2 billion investment in quantum computing companies. This federal funding initiative includes major awards t...
IBM has signed a five-year global agreement with Abertis to modernize the latter's technological infrastructure by migrating to SAP S/4HANA. This upgrade aims to improve system scalability, reliability, and user experience across Abertis's operations...
The Dow Jones Industrial Average closed at a record 50,579.70, driven by optimism over progress in Iran peace talks and strong earnings reports from companies like Merck, Salesforce, and Cisco. This broad market rally included gains in healthcare, te...
