『U.S. Military Uses Classified Quantum Sensor Technology Ghost Murmur to Rescue Pilot Shot Down Over Iran』のカバーアート

U.S. Military Uses Classified Quantum Sensor Technology Ghost Murmur to Rescue Pilot Shot Down Over Iran

U.S. Military Uses Classified Quantum Sensor Technology Ghost Murmur to Rescue Pilot Shot Down Over Iran

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今ならプレミアムプランが3カ月 月額99円

2026年5月12日まで。4か月目以降は月額1,500円で自動更新します。

概要

 On April 3rd, 2026, a U.S. Air Force F-15E fighter jet was shot down over Iran. Both pilots ejected from the aircraft. The first pilot was located and rescued relatively quickly, but the weapons officer remained missing in the mountainous terrain. What followed was a dramatic 36-hour rescue operation involving hundreds of special operations personnel and multiple helicopters.

CIA Director John Ratcliffe announced at a press conference that the agency had deployed cutting-edge technology alongside human intelligence networks to locate the missing pilot. According to Ratcliffe, this represented capabilities that no other intelligence agency in the world possesses. While Ratcliffe did not initially disclose the specifics of this technology, the New York Post later reported that the U.S. military had used a classified system called Ghost Murmur to find the weapons officer.

Ghost Murmur operates using quantum sensors made with diamonds to detect magnetic fields generated by a human heartbeat from significant distances. According to reports, President Trump stated that the pilot was located from approximately 64 kilometers away using this technology. The system works by measuring the magnetic field signature of cardiac activity, allowing operators to pinpoint individuals in denied areas where traditional search methods would prove ineffective.

The disclosure of this rescue operation and the technology behind it has sparked intense debate within the international scientific community. Scientific American and other experts have expressed skepticism about whether current magnetic field detection technology could realistically detect human heartbeats from distances of 64 kilometers. The magnetic field from a human heart measures approximately 10 picoTesla, which weakens dramatically with distance. According to Scientific American, at just one kilometer away, a cardiac magnetic signal would degrade to about one trillionth of its original strength.

The U.S. Defense Department previously demonstrated quantum sensor technology three years ago, with detection capabilities at only tens of centimeters. This has led some analysts to suggest that Ghost Murmur may combine magnetic field detection with additional sensor technologies not yet publicly disclosed, or that the full operational details remain classified.

Meanwhile, China has also been developing quantum sensor technology for military applications, recently announcing advances in detecting submarines using similar systems. The successful rescue of the American pilot remains a significant intelligence and military achievement, though questions persist about whether the disclosed technology truly represents a revolutionary capability or serves as operational security misdirection.

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