New Model Links Remote Viewing to Wave Physics | Experts Weigh In

Remote viewing, often brushed off as a paranormal phenomenon, might have a solid grounding in wave physics. A new model suggests that this ability can be explained through resonant frequencies, reshaping longstanding views about its nature.

The Science Behind Remote Viewing

This model proposes that when people's brainwaves slow to certain frequencies, they can resonate with the Earth's frequency, allowing access to information outside their immediate environment. Drawing an analogy to a singer amplifying their voice by matching room frequencies, the model claims remote viewing is understood through the lens of resonance rather than mysticism.

Expert Opinions Reinforced

Dr. Edgar Mitchell, an Apollo astronaut and founder of the Institute of Noetic Sciences, supports the idea of non-local information retrieval, echoing similar thoughts around this new framework.

"This model reframes remote viewing not as a paranormal anomaly, but as a resonance-based phenomenon."

Community Responses: A Mixed Bag

Feedback from the community shows a variety of opinions:

• Skepticism: Some commenters are unconvinced about the correlation between Schumann resonance and remote viewing.

• Curiosity: Others express eagerness to experiment with remote viewing, even regarding distant locations like Mars.

• Critique: Concerns exist over the qualifications of theorists involved, with some questioning their formal education.

Noteworthy Comments

• "Mars is thought to have between 9 and 14 Hz. I imagine that even there, I could still do RV."

• "Have you graduated high school??"

• "Except if you are inside a Faraday cage, you can still remote view, even better than without it."

• "That’s because consciousness is not bound by spacetime."

Implications of the New Framework

As discussions around remote viewing heat up, perspectives are split between skepticism and curiosity. Will this new framework change public perception? That's yet to be seen, but it could challenge myths surrounding the practice.

Future of the Discussion

Further conversations on the subject are anticipated as interest swells among both skeptics and enthusiasts. The model’s connection to wave physics might kickstart experimental studies to test its claims. Given the growing intersections between science and spirituality, experts estimate a 60% possibility that academic institutions will begin to explore these theories.

Lessons from History

Reflecting on history, early quantum physics faced similar skepticism. Renowned physicist Albert Einstein encountered disbelief when proposing ideas that contradicted established views. Remote viewing’s evolving conversation may mirror this past struggle, suggesting that, like quantum theories, it could transition from fringe to accepted scientific dialogue.