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Quantum has emerged as the latest name to draw notice in India’s cricket conversation, reflecting how quickly the sport’s talent pipeline can elevate a fresh prospect into public view. In a landscape defined by intense competition and constant scrutiny, the player’s rise is being watched as a test of both promise and temperament.
Researchers have reported the first observation of quantum spins shifting a centimeter-scale object under laboratory conditions, a result that pushes quantum effects beyond the microscopic realm and into visibly larger systems. The finding could sharpen future sensing, materials control, and energy-related technologies by showing a new way to couple quantum behavior to mechanical motion.
India’s finance ministry has asked banks to prepare for a sector-wide transition to post-quantum security while also developing an artificial intelligence resilience framework, according to an official familiar with the matter. The move reflects growing concern over “harvest now, decrypt later” attacks, in which cyber adversaries collect encrypted financial data today in anticipation of future quantum computing capabilities.
Researchers have identified heavy-fermion behavior emerging at an atomic-layer interface, a finding that could reshape how scientists engineer quantum materials for next-generation electronics and energy technologies. The result points to a new way of creating strongly correlated states without relying solely on bulk crystals, expanding the design space for quantum matter.
Researchers have, for the first time, directly measured the long-studied W state, a distinct form of quantum entanglement involving three photons. The advance closes a major experimental gap in quantum physics and could strengthen future communications systems, quantum networking and computing architectures.
Researchers have identified heavy-fermion behavior emerging at an atomic-layer interface, a finding that could reshape how scientists engineer quantum materials for future energy and computing technologies. The work suggests that strongly correlated electronic states can be created and tuned in ultrathin structures, expanding the design space for next-generation materials beyond conventional bulk compounds.
India’s finance ministry has asked banks to prepare for a sector-wide shift toward post-quantum security and to develop an artificial intelligence resilience framework, according to an official familiar with the matter. The move reflects growing concern that encrypted financial data could be harvested now and decrypted later by future quantum computers, exposing banks, payment systems and customer records to long-tail cyber risk.
Physicists have reported a long-awaited way to measure the so-called W state, a distinct form of quantum entanglement that has challenged researchers for 25 years. The advance could strengthen future quantum communications and computing by improving how fragile multi-particle quantum states are identified and controlled.
Researchers have identified recurring patterns inside systems long considered too chaotic to predict, a finding that could sharpen how scientists model quantum processes relevant to advanced materials, computing, and clean-energy technologies. The work suggests that even in highly disordered quantum behavior, hidden structure may persist and be measurable.
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