The town in question is Green Bank, West Virginia, located within the National Radio Quiet Zone (NRQZ)—a 13,000-square-mile area established to minimize radio frequency interference for scientific research.

At the heart of Green Bank lies the Green Bank Observatory, home to the Green Bank Telescope (GBT), one of the world's largest fully steerable radio telescopes. Because this telescope is extremely sensitive to electromagnetic interference, strict regulations are enforced in the area:

Wi-Fi routers, cell towers, and even microwave ovens are restricted or heavily regulated within proximity.

Smartphones are discouraged, and there's little to no cell service.

Social media usage is limited not by law but due to the lack of connectivity infrastructure.

This makes Green Bank one of the quietest places in the U.S. in terms of radio waves. As a result, it has become a haven for individuals with Electromagnetic Hypersensitivity (EHS)—a condition where people report health issues from exposure to electromagnetic fields.

While not entirely devoid of modern technology, the town's lack of wireless infrastructure gives it a unique position in an otherwise highly connected world.

Simon Petrus, a 19-year-old student from Namibia, has stunned the tech world by building a SIM-free phone capable of making calls without any mobile network. Using radio frequency communication, his homemade device bypasses the need for SIM cards, cell towers, or internet—making it a game-changer for remote areas lacking infrastructure.

Built using scrap electronics and a radio transmitter, the device even includes a working television screen and a camera. Simon’s invention not only highlights the ingenuity emerging from underrepresented regions, but also paves the way for future innovations in offline communication technologies.

#NamibiaInnovation #TechProdigy #RadioPhone #SIMFree #YoungInventors

China’s newly unveiled JY-27V radar isn’t just powerful—it’s a direct challenge to Western stealth technology and a bold display of electronic warfare innovation. Revealed at the 11th World Radar Expo in Hefei, this “stealth killer” radar can reportedly detect U.S. F-22 and F-35 jets—aircraft once thought to be virtually invisible.

Built by China Electronics Technology Group Corporation (CETC), the radar uses low-frequency meter waves, advanced AESA antennas, and AI-based signal processing to detect stealth aircraft at long distances. Mounted on a mobile truck unit, it can deploy in under 10 minutes and operate in total silence.

With a wide frequency range and rapid repositioning abilities, the JY-27V strengthens China’s air defense grid and raises strategic stakes in the Indo-Pacific region. While independent validation is limited, the system represents a serious investment in tracking what was once untouchable.

#ChinaMilitary #StealthKiller #RadarTech #F22 #F35

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Israel's D-Fend Solutions has introduced EnforceAir, a cutting-edge anti-drone system that doesn’t jam or shoot — it hijacks. Using radio frequency (RF) protocols, EnforceAir takes control of rogue drones and safely redirects or lands them.

Unlike conventional drone defense tools, EnforceAir is non-disruptive, doesn’t interfere with other systems, and works even in GPS-denied or jammed environments. It’s portable, easy to deploy, and offers up to 2.7 miles of coverage.

However, while it can neutralize threats effectively, some reports suggesting it can turn drones against their operators are likely exaggerated for dramatic impact. The true breakthrough lies in its precision and safety — offering a new frontier in modern airspace defense.

#DroneWarfare #IsraelTech #MilitaryInnovation #RFDefense #Dronetakeover