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.
Features of a conference paper A conference paper is a research article written with the aim of being accepted at a national or international conference. Its specific scope is to present a researcher’s findings to the community. There are different types of conference papers. It could be an oral presentation, a tabled discussion or a […]