All articles tagged with #microwave radiation
Scientists at the University of Maryland have experimentally measured a phenomenon called imaginary time, a concept from quantum theory, by observing how microwave radiation interacts with materials. This discovery could enhance sensing and storage technologies and improve understanding of how information is affected as light travels through different media.
Physicists have experimentally observed how light behaves during 'imaginary time' using microwave pulses in a circular cable setup, revealing that imaginary numbers can describe real, measurable processes in light transmission, thus providing new insights into the behavior of light and electromagnetic interactions.
Physicists have experimentally observed how light behaves in 'imaginary time' using microwave pulses in a circular cable setup, revealing that imaginary numbers can describe real, measurable processes in light transmission, thus providing new insights into the behavior of light and electromagnetic interactions.
Researchers at Ecole Normale Supérieure de Lyon have developed a quantum radar that outperforms classical radar technology by 20%. The radar utilizes correlations between microwave radiations to detect the presence or absence of a target hidden in microwave noise. The microwave quantum radar demonstrated a quantum advantage in radar sensing, achieving faster radar detection compared to classical radars. The researchers believe that their work could inspire the development of similar microwave quantum radars with even greater quantum advantage in the future.