Is It Possible To Go Above Low Earth Orbit? We Have Been Lied To. In this intriguing YouTube video titled "Is It Possible To Go Above Low Earth Orbit? We Have Been Lied To," the presenter delves into some controversial and thought-provoking ideas about space travel, focusing particularly on the Van Allen belts and new discoveries regarding plasma fields in space. The discussion is layered, referencing both ancient texts and contemporary scientific findings to challenge traditional beliefs about our capacity to venture beyond low Earth orbit.
Overview of the Van Allen Belts
The video begins by explaining the Van Allen belts, which are zones of charged particles trapped by Earth's magnetic field. The creator questions the feasibility of passing through these belts, a critical barrier for space travel, especially concerning past astronaut missions. A key point raised is the potential dangers posed by the radiation found within these belts.
Ancient References and Modern Discoveries
To bolster his argument, the presenter incorporates ancient writings that describe the sky as a firmament or dome. This blending of historical perspective with modern science seeks to highlight how long-standing notions about the sky might intersect with contemporary scientific challenges. He emphasizes a recent MIT discovery about an "invisible plasma shield" located 7,200 miles above Earth, which adds complexity to the narrative around space travel safety.
Plasma and Its Implications
The video offers an insightful breakdown of plasma's characteristics and its relevance to space exploration. Plasma is one of the four fundamental states of matter and is described as containing electromagnetic fields that could pose serious problems for traditional spacecraft. The presenter uses engaging visuals and diagrams to illustrate the implications of these plasma fields on the feasibility of sending metal craft above low Earth orbit.
Communication Challenges in Space
One of the more compelling parts of the discussion involves the difficulties of radio wave propagation in plasma. Drawing from his own experience as a radio operator, the presenter explains how radio waves behave in a dense plasma environment, raising questions about how spacecraft could effectively communicate signals back to Earth when navigating through these challenging conditions.
Conclusion
The video wraps up with the assertion that if we continue to send metal spacecraft into these hostile environments without considering the complexities of plasma and radiation, then perhaps we are misunderstanding our capabilities in space exploration. The dire implications of what this means for our understanding of space travel are laid bare, prompting viewers to reconsider the narratives surrounding space missions. This video aligns with ongoing discussions around space exploration, particularly pertinent for those interested in the future of space technology and scientific inquiry.
What do you think about these claims? Could our understanding of space travel be fundamentally flawed? Share your thoughts!
