In May 2020, it was reported that researchers in the United States have figured out how to convert high-performance signals from optical clocks into a microwave signal that can more easily find practical use in modern electronic systems. Such signals must be converted to microwave signals before electronic systems can readily make use of them. They are far more accurate and stable than the current standard, which is based on microwave atomic clocks.īut newer optical atomic clocks, based on atoms such as ytterbium and strontium, vibrate much faster at higher frequencies and generate optical signals. Optical atomic clocks will likely redefine the international standard for measuring a second in time. Those vibrations occur at microwave frequencies that can easily be used in electronic systems. Synchronizing modern electronic systems such as the Internet and GPS navigation is currently done using microwave atomic clocks that measure time based on the frequency of natural vibrations of cesium atoms. Microwave Photonics: Empowering Next-Generation Military Communications, Radars, and Electronic Warfare Systems for Spectrum Dominance.Underwater radiated noise (URN) impacts marine life and Naval vessels stealth.Militaries are restructuring and downsizing troops to be effective under changing threats and Warfare.LIDAR Market Growth: Unlocking Opportunities in the Era of Precision Sensing and Autonomous Technologies.Necrobotics turning dead things into robots.Quantum Computer Threat on Digital Infrastructure Requires Quantum-Proof Cryptography: NIST Standardizing Post-Quantum Cryptographic Algorithms.Exploring the Future of Renewable Energy: Bio-Solar Cells.Quantum Technology Market: Revolutionizing Finance, Defense, Aerospace, Energy, Infrastructure, and Telecommunications Sectors.Advancements in Cloning: From Pets and Cows to Ethical Considerations in Military Applications.Advancements in Developing a Drug to Enhance Cold Endurance: DARPA’s Research Initiative.US India Defense Cooperation deepening from buying-selling and Intelligence Sharing to Strategic Partnership to counter China Threat.DARPA Space-WATCH employing Commercial LEO Space Based Sensors (SBS) to enhance DOD Space Situational Awareness (SSA).Unleashing the Power of Modular Quantum Computers: Towards Large-Scale Programmable Quantum Computing and the Quantum Internet.Advancing Military Health: DARPA AIM’s Quest for Long-lasting Vaccinations for Service Members.Harnessing Artificial Intelligence and Data Analytics to Combat Terrorism on Social Media: Promoting Cross-Platform and Transnational Cooperation.DARPA FS2 Advancing Threat Detection and Warning Capabilities to Safeguard Crop Health.High Reliability and Radiation-Hardened Memories: Safeguarding Data for Space and Aerospace Applications.DARPA JUMP 2.0 Consortium developing Microelectronics for advanced radar, communications, and weapons systems.5G Dominance: Unveiling the US Military’s Strategic Leap and the Rise of a 5G Arms Race.Unleashing Terahertz Potential: DARPA’s NanoSim Redefining Nanoscale Device Development.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |