Medicine & TechnologyA team of researchers developed a new technique to sense and correct for aberrations that distort images in microscopes. Continue reading the article to learn more.
Korean scientists challenged the dual nature of quantum particles by performing an experiment which reveal that the wave and particle character of the photons is influenced by the properties of their sources. Learn more about it in this article.
Scientists detect atomic 'breathing' using emitted light and developed a novel device with applications in computing and communication. Read the article to learn more.
Through this remarkable breakthrough, scientists have demonstrated how quantum light could be potentially used in various applications. Read to learn more.
Experts from LMU created a model that could perform a quantum entanglement across two separate materials kilometers apart. Learn more about the experiment and the concept it offers to the future of quantum internet.
Experts from Germany demonstrated a record-breaking experiment of successful quantum entanglement between two atoms that are kilometers apart. Learn more about this breakthrough and what it offers to the future of data and information.
Experts attempt to observe the so-called 'quantum glow' through easier mechanics. Read more about how our life would get a glimpse of the rare Unruh effect.
A new study improved the standard spectral resolution of a microwave kinetic inductance detector by preventing photon energies from leaking the superconductors.
Chinese scientists have made a new discovery that challenges classical physical theories that point to the Crab Nebula having a super electron accelerator. It is so powerful that scientists could not believe it exists.
Physicists from the University of Basel in Switzerland and Ruhr University Bochum in Germany developed a novel source of single photons - capable of producing billions of tiny quantum particles each second.