A former NASA scientist has made a startling claim that challenges the very laws of physics. Charles Buhler, co-founder of Exodus Propulsion Technologies, believes he has found a way to defy Earth's gravity, but is this a groundbreaking discovery or a controversial claim?
Buhler revealed to The Debrief that his team has developed a system that moves the center of mass without expelling mass. This is a bold statement, especially considering his past involvement with NASA, where he played a role in establishing the Electrostatics and Surface Physics Laboratory. However, Buhler is quick to clarify that this project is not affiliated with the agency.
The concept of propellant-less propulsion is not new, but Buhler's team brings a unique perspective. The group includes veterans from NASA, Blue Origin, and the U.S. Air Force, all with extensive experience in this field. They argue that their approach is fundamentally different from previous attempts, such as the infamous EmDrive.
The EmDrive, introduced by Roger Shawyer in 2001, claimed to generate thrust without releasing mass, defying the principle of momentum conservation. While NASA's Eagleworks team initially reported positive results in 2016, subsequent studies, including one by Dresden University of Technology, found no measurable thrust. This led to widespread skepticism and the EmDrive's eventual discrediting.
Buhler's team took a different path, focusing on electrostatics rather than microwaves. They claim that by exploiting electrostatic asymmetry, they can generate thrust. Buhler describes this as a 'New Force', suggesting that electric fields alone can create sustainable motion without ejecting material.
This claim has been met with both intrigue and skepticism. Buhler presented his findings at the Alternative Propulsion Energy Conference (APEC), known for its speculative nature. While APEC attracts serious engineers, it has also been criticized for promoting scientifically questionable theories.
The key question remains: can Buhler's 'New Force' be independently verified? The scientific method demands reproducibility, and with such a controversial claim, rigorous testing is essential. Until then, this 'improbable engine' sits in a gray area between innovation and impossibility, leaving the scientific community divided.
