New EM Drive rocket engine breaks a law of physics

New EM Drive rocket engine breaks a law of physics 

The EmDrive (short for Electromagnetic Drive) had been a topic of scientific discussion and controversy, particularly due to claims suggesting that it might produce thrust without requiring any propellant. This concept seemed to challenge the conservation of momentum, a fundamental principle in classical physics.

The EmDrive purportedly works by bouncing microwaves inside a closed, cone-shaped chamber, and according to some claims, it appeared to produce a small amount of thrust in experiments. However, this alleged thrust was challenging to explain within the framework of conventional physics.

It's important to note that the EmDrive has been highly debated within the scientific community. Many physicists have expressed skepticism and raised concerns about potential measurement errors, experimental setup issues, or other unaccounted factors that might have led to the observed thrust, rather than it actually breaking fundamental physical laws.

Claims of breaking a law of physics are substantial, and extraordinary evidence is required to validate such assertions. As of my last update, there hadn't been conclusive, widely accepted evidence confirming that the EmDrive definitively violates established laws of physics.

Scientific advancements and experiments continue, and new information or research may have emerged since then. For the latest and most accurate information regarding the EmDrive or any purported advancements breaking the laws of physics, I recommend referring to recent scientific publications or credible sources within the field of physics and aerospace engineering.

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