Using a bright squeezed vacuum to generate high harmonics enhances their yields—compared to classical coherent light—and provides a route to probe material properties beyond the...
(Image credit: K. Arjas et al., Nat. Commun., 15, 9544 [2024]; https://doi.org/10.1038/s41467-024-53952-5)
A new quasicrystal design process—that enabled a structure with a 12-fold rotational symmetry—may prove useful for many photonic applications beyond plasmonics.
In this Q&A with Quantum Corridor’s CEO Thomas P. Dakich, he shares what it’s like to launch a quantum network, challenges involved, how the project’s goals quickly expanded, ...
New theory developed by Angela Demetriadou and Benjamin Yuen at the University of Birmingham in the U.K. explains how light and matter interact at the quantum level—at last!
In a Q&A with IBM Distinguished Research Scientist and Quantum Engine Lead Blake Johnson, he brings us up to speed on their latest quantum utility advances, unpacks Heron/Qiskit...
More content from Quantum Innovators - Winter 2024
Three threads, three data sets, and two contradicting narratives. I’m about to walk you through quantum tech’s funding story that can be read as both a bull and bear market case...
A combined framework of quantum electrodynamics and quantum mechanical electronic structure theories reveals a promising pathway to exceed the current limitation on data storage...
The Hub Optical Ground Station (HOGS) based at Heriot-Watt University will feature state-of-the-art equipment—single-photon detectors and adaptive optics systems—for quantum key...
