Apollo Scientist Reveals Truth behind Moon Landing

Apollo 11 astronaut Neil Armstrong waves to well-wishers
on the way out to the transfer van, Cape Canaveral, Florida, July 16,
1969. Mike Collins and Buzz Aldrin follow Armstrong down the hallway.
Reuters.
Apollo 11 astronaut Neil Armstrong waves to well-wishers on the way out to the transfer van, Cape Canaveral, Florida, July 16, 1969. Mike Collins and Buzz Aldrin follow Armstrong down the hallway. Reuters.
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Apollo Scientist Reveals Truth behind Moon Landing

Apollo 11 astronaut Neil Armstrong waves to well-wishers
on the way out to the transfer van, Cape Canaveral, Florida, July 16,
1969. Mike Collins and Buzz Aldrin follow Armstrong down the hallway.
Reuters.
Apollo 11 astronaut Neil Armstrong waves to well-wishers on the way out to the transfer van, Cape Canaveral, Florida, July 16, 1969. Mike Collins and Buzz Aldrin follow Armstrong down the hallway. Reuters.

The Moon Landing's authenticity has been debated for more than 50 years, but a man who worked on developing the computer system for the lunar landing has set the record straight.

Paul Sakakeeny is a former computer scientist who worked at Massachusetts Institute of Technology during the Sixties. One of his key jobs was overseeing NASA's operating system used during the legendary Apollo 11 mission to the Moon in 1969, known as the General Purpose Simulation System (GPSS), the UK's Daily Express reported. Sakakeeny claims a "serious bug" in the system caused a malfunction during the descent to the lunar surface, which will put an end to any outrageous claim the Moon landings were faked.

Sakakeeny told the Daily Express that: "The lab's specialized mainframe oversaw and controlled all aspects of Apollo navigation from pre-launch until mission end using a commercial IBM (International Business Machines) simulation program.

The simulation program actually created the navigation plan and downloaded it to the capsule two minutes before launch. The malfunction led to the simulator showing that the lunar lander had crashed into the Moon's surface.

Sakakeeny noted: "The simulation, when adjusted with the real flight data, attempted to land three feet into the Moon's surface, crashing the lander. A fake landing would not have produced like this."

"One could say this proves the landing was fake because the wrong data fed to the simulator containing an error and if a real landing had occurred the simulator would work. Despite the best efforts of IBM and MIT the bug was never found, until the year 2000," he explained.

Known as the Year 2000 Problem, the turn of the millennium exposed many computer errors that had occurred over the previous decade. Problems arose because many programs represented four-digit years with only the final two digits, making the year 2000 indistinguishable from 1900.



Saudi Falcons Club Raises Endangered Wakri Falcon Count to 14 Through Hadad Program

The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA
The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA
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Saudi Falcons Club Raises Endangered Wakri Falcon Count to 14 Through Hadad Program

The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA
The club has implemented a comprehensive scientific strategy to enhance biodiversity - SPA

The Saudi Falcons Club has achieved a major environmental milestone by raising the number of endangered Lanner Falcon (Falco biarmicus) breeding pairs, known locally as Wakri, from two to 14 through its flagship conservation initiative, the Program to Return Falcons to their Original Habitat (Hadad).

Club spokesman Walid Al-Taweel stated that the Wakri falcon is one of the Kingdom’s rarest and most endangered native species.

He emphasized that the club has implemented a comprehensive scientific strategy to enhance biodiversity, restore ecological balance, and preserve the rich heritage of falconry, aligned with the environmental sustainability goals of Saudi Vision 2030, SPA reported.

Al-Taweel added that the club aims to become a national leader in conserving rare falcons by adopting advanced practices rooted in global standards. It also seeks to engage the local community in falcon rewilding efforts and in reviving their natural habitats, thereby supporting the natural breeding process within the species’ indigenous environments.

The Saudi Falcons Club continues to launch pioneering initiatives that preserve the cultural legacy of falconry, ensure its transmission to future generations, and raise public awareness about the importance of protecting and sustaining rare species as part of the broader goal of achieving environmental balance.