- Scientists from the Sapienza University of Rome and the University of Ottawa have unveiled a groundbreaking technique that leverages quantum entanglement to swiftly measure multiple aspects of particles.
- They encoded a Chinese symbol for duality and harmony into entangled photons, demonstrating the method’s remarkable efficiency.
- Traditional quantum tomography, which captures numerous dimensions of particles, has been time-consuming and error-prone, but this new approach, known as biphoton digital holography, overcomes these challenges.
- By utilizing the interference of entangled particles, researchers can rapidly infer additional dimensions, making it exponentially faster than previous methods. This innovation holds promise for advancing quantum computing and imaging technologies.
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