ห้องลับของพีระมิดใหญ่: สิ่งที่รังสีคอสมิคกำลังค้นพบภายในสิ่งมหัศจรรย์สุดท้ายของโลกโบราณ

หมวดหมู่|Ancient Mysteries

หมวดย่อย|Underground Chambers / Particle Physics

ระดับความหายาก|CLASS PLAUSIBLE

Last updated: 18 Apr 2026

สรุปย่อ

พีระมิดใหญ่แห่งกีซา สร้างให้ฟาราโอคูฟู ~2560 ปีก่อนคริสต์ศักราช สูง 146 เมตร หิน 2.3 ล้านก้อน มีห้องที่รู้จัก 3 ห้อง + Grand Gallery 46 เมตร ปี 2017 โครงการ ScanPyramids ใช้มิวอนโทโมกราฟีค้นพบ "Big Void" ช่องว่างยาว 30+ เมตรเหนือ Grand Gallery ยืนยันโดย 3 ระบบอิสระ ปี 2023 ยืนยันทางเดินด้านเหนือ 9 เมตร EGP Mission วางแผนใช้กล้องมิวอนที่ไวกว่า 100 เท่า

ภาพรวม

The Great Pyramid of Giza is simultaneously the most studied and the least understood large structure on Earth. Its exterior has been measured, mapped, and photographed from every conceivable angle. Its known interior spaces have been explored for centuries. And yet, as the discoveries of 2017 and 2023 demonstrate, the pyramid still contains major architectural features that were unknown to the modern world until subatomic particles from outer space revealed them.
Muon tomography—originally conceived by Nobel laureate Luis Alvarez in the 1960s—exploits the fact that muons, produced when cosmic rays strike Earth's atmosphere, penetrate solid matter but are partially absorbed by dense material. By counting the muons that pass through the pyramid from various angles, researchers can create density maps that reveal voids.
The technique works. The Big Void is real—confirmed by three independent detector systems. The North Face Corridor is real—confirmed by endoscopy in 2023. The question now is what else the pyramid contains.

Listen to Case File

~5 min

คำให้การพยาน

Alan Bross, senior scientist at Fermilab and EGP project lead, describes being overwhelmed by the scale of the Great Pyramid on his first visit in 2010 and immediately thinking about how muon imaging could reveal its internal structure.
Lee Thompson of the University of Sheffield noted that the Big Void's detection by three independent muon systems makes the finding "very robust." Christopher Morris of Los Alamos called the results "pretty amazing."
Zahi Hawass, Egypt's former Minister of Antiquities, argues the Big Void may simply be normal construction gaps between large stones, designed to reduce weight and stress.
Jean-Pierre Houdin, the French architect who developed the internal-ramp construction theory, predicted the existence of the North Face Corridor years before its discovery through his "Noble Circuit" hypothesis.

▶ CINEMATIC SECTIONการสร้างเรื่องราวใหม่

I. The Mountain of Stone (c. 2560 BCE)When completed, the Great Pyramid was the most massive, most precisely engineered structure ever built. 2.3 million blocks, sides aligned to cardinal points within fractions of a degree, base leveled within 2.1 centimeters. Inside: the Subterranean Chamber, the Queen's Chamber, the King's Chamber with its granite sarcophagus, the Grand Gallery—a 46-meter corbelled masterwork—and mysterious air shafts whose purpose remains debated.
II. Alvarez and the Cosmic Rays (1968)Luis Walter Alvarez used cosmic-ray muons to see inside the pyramids without touching them. The technique worked, but 1968 technology was limited. It would take nearly fifty years for the technology to catch up to Alvarez's vision.
III. The Big Void (2017)Three separate teams used three different muon detection methods. All three detected the same thing: a void at least 30 meters long, with a cross-section similar to the Grand Gallery, located directly above it. The discovery, published in Nature, was the first major internal structure found since the 19th century.
IV. The North Face Corridor (2023)A 9-meter passage behind the original entrance, predicted by Jean-Pierre Houdin's Noble Circuit hypothesis. Confirmed by muography and physically verified by endoscopy.
V. What the Muons Cannot Yet SeeThe EGP mission will deploy muon telescopes with ~100× sensitivity, producing the first true tomographic 3D image. If there are additional chambers, EGP will find them. The universe has been showering the Great Pyramid with muons for 4,500 years. For the first time, we will have the instruments to read what they are telling us.

หลักฐาน

Physical (Known): Three chambers, Grand Gallery, passages, five relieving chambers, Well Shaft, Grotto, two pairs of air shafts, granite sarcophagus, quarry marks including Khufu's name.
Muon Tomography (Confirmed): Big Void: ≥30 m long, above Grand Gallery, confirmed by three independent detector systems (Nature, 2017). North Face Corridor: ~9 m, confirmed by muography and endoscopy (2023), independently verified by ERT (2025).
Theoretical: Houdin's Noble Circuit hypothesis predicts connecting passage system. Multiple hypotheses on air shaft function.
Unverified Claims: SAR Doppler tomography (2025): claims extensive subterranean complex beneath Giza Plateau. Not verified by Egyptian authorities or independent researchers.