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7 published articles
Quantum explores the principles, technologies and debates arising from physics at the smallest scales. From computing and communications to measurement, materials and theory, the topic connects foundational science with practical innovation. Publish Nexus offers clear, expert context on the ideas, research directions and implications shaping this evolving field.
A reported experiment reconstructs a photon's quantum evolution from more than 1.4 million path contributions, offering an unusually direct operational test of Feynman's path-integral framework.
Recent disputes over topological qubits show that quantum computing needs stronger norms for data sharing, independent replication and comparable performance evidence.
A RHIC experiment has linked spin correlations in short-lived hyperons to correlated strange-quark pairs in the quantum vacuum, opening a new experimental route into how the strong force makes most visible mass possible.
Recent laboratory demonstrations show how entangled quantum states could strengthen ballot secrecy and tamper detection, but they remain far from replacing the safeguards required for public elections.
An outdoor experiment has shown that carefully filtered and concentrated sunlight can pump a crystal to produce polarization-entangled photon pairs, although the result remains an early-stage preprint demonstration rather than a replacement for laser-based quantum hardware.
Two independent research efforts used the same AI system to reach closely aligned proofs for a longstanding quantum cryptography problem, highlighting both a technical advance and a changing model of scientific discovery.
Recent demonstrations in protein chemistry and quantum materials suggest that quantum processors are beginning to contribute to scientific workflows, but as specialised partners to classical computing rather than standalone replacements.
