When It Comes to Communication, More Is Moreby Elena LangdonGuidelines to better prepare for working with any outside expert who specializes in communication
NewsEngineers Develop Tiny Photonic Chip for Ultra-Low-Noise Microwave Signalsby Columbia University School of Engineering and Applied ScienceBreakthrough technology promises compact, high-quality microwave generation for communication and navigation systems
NewsWhen a Team Is Less than the Sum of Its Partsby Aalto UniversityIndividual well-being doesn’t always add up to team well-being—but reflection and open communication can help
NewsDeepfake Videos during Russian Invasion of Ukraine Could Undermine Trustby PLOSThematic analysis of 2022 tweets highlights impacts of wartime deepfakes on emotions, trust, and conspiracy theories
NewsInternet Access Must Become Human Right or We Risk Ever-Widening Inequalityby University of BirminghamThe clear necessity of internet access for health, education, and securing a home support it as a human right
NewsStudy Reveals the Key Reason Why Fake News Spreads on Social Mediaby University of Southern CaliforniaSocial media platforms have a larger role to play in stopping the spread of misinformation online
NewsBreakthrough in Optical Information Transmissionby Max-Planck-GesellschaftSound waves that propagate only in one direction break the light transmission reciprocity
NewsResearchers Have a Responsibility to Communicate Results of Science Accuratelyby Boston University School of MedicineInvestigators, institutions, journals, and industry likely contribute to misinformation
NewsGoing beyond Scientific Slogans to Connect with People Emotionallyby University of SurreyResearchers find that empathy is a potent weapon when fighting misinformation online
NewsNew On-Chip Frequency Comb Is 100x More Efficientby Harvard John A. Paulson School of Engineering and Applied SciencesDevice opens the door to applications in optical communications, sensing, and the search for exoplanets
NewsComplex Shapes of Photons to Boost Future Quantum Techby Tampere UniversityScientists demonstrate that two-photon interference can be controlled in a near-perfect way using the spatial shape of the photon