Peer-reviewed research, whitepapers, and technical publications from our multi-disciplinary research groups.
📚 Explore Our WorkPublications covering quantum mechanics, computational physics, and interdisciplinary research.
Advances in quantum field theory, entanglement, and fundamental quantum phenomena with practical applications.
Theoretical foundations and experimental advances in quantum algorithms, qubit architectures, and error correction techniques.
Landmark papers and breakthrough works that have defined new frontiers in quantum science.
This work presents new frameworks for entangled fields in expanding universes, challenging classical cosmological models through quantum field correlations.
Experimental validation of novel qubit designs achieving record-breaking coherence times at room temperature conditions.
Development of global quantum communication infrastructure through satellite-based entanglement distribution networks.
Pivotal publications that have shaped modern quantum research.
Development of ultra-precise atomic clocks using entangled photons for global positioning systems.
Breakthrough in implementing fault-tolerant qubit operations with 99.99% accuracy.
Creation of hybrid quantum-classical neural network models for complex system simulations.
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