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This section brings together research and analytical materials dedicated to the transition from classical binary logic to quantum-state computing. We view this field not merely as a technological track, but as a fundamental shift in information processing methodology. Collected here are texts that help trace the journey from the theoretical foundations of quantum mechanics to the practical implementation of qubits and the pursuit of algorithmic advantage.
Interviews 2.0
Амелия Маттис беседует с оцифрованным Нильсом Бором о квантовой природе социальных сетей, этике технологий и праве на частную жизнь в мире, где алгоритмы следят за каждым кликом.
Interviews 2.0
Jimmy Nallon talks with the digital ghost of the great mathematician about how emulation differs from personality, why the brain is a bad startup, and when algorithms are smarter than people.
How quantum codes carrying classical messages gradually approach the ideal output distribution – like an artist nearing perfection, brushstroke by brushstroke.
Lab
Physics & Space • Quantum Physics
We figure out how many copies of a quantum state are needed to guess which set it came from, and why privacy makes this task exponentially harder.
Discover why the simple device that held your childhood drawings on the fridge still baffles scientists and forces them to rethink quantum mechanics.
Graph computation models turn complex systems into visual maps where every dot and line tells a story – from social networks to DNA molecules.
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