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09.06.2024
மூளையை பிறாண்டியபோது....(ஏ ஐ)
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why Quantum theory is a fatal flaw for Einstein?
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மூளையை பிறாண்டியபோது....(ஏ ஐ)
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இ பரமசிவன்
குவாண்டம் கோட்பாடு ஆல்பர்ட் ஐன்ஸ்டீனுக்கு ஏன் சவாலாக முளைத்தது?
கண்ணுக்குத்தெரியாத குருட்டு நிகழ்வுகள் எப்படி விஞ்ஞான விளிம்பு தாண்டி வரமுடியும் என்பது அவர் எண்ணம்.(இன்டிடர்மினிஸ்டிக்).
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Albert Einstein’s views on quantum mechanics were more nuanced than the popular narrative suggests. Although he famously quipped, “God does not play dice with the universe,” he did accept that quantum mechanics was indeterministic. In fact, he was the one who discovered its indeterminism. However, what troubled him was the idea that this indeterminism might be fundamental to nature. He believed it arose from a deeper level of reality that the theory had not yet captured. His critique focused on specific scientific problems that remain unsolved to this day1. If you’re interested, there’s a fascinating documentary titled “The Secrets of Quantum Physics: Einstein’s Nightmare” that delves into this topic further2.
Learn more
1
scientificamerican.com
2
imdb.com
3
arxiv.org
4
inverse.com
You
i want to prpose the QFT stems in neuron field where we can find a synthetic womb for god?
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While the concept of a “synthetic womb for God” is intriguing, it’s essential to clarify a few points. First, let’s address the idea of a synthetic womb:
Synthetic Wombs:
Scientists have made significant strides in creating artificial womb-like structures. For instance, they’ve developed “synthetic embryos” using stem cells from monkeys, mice, and humans. These lab-grown structures resemble blastocysts (early-stage embryos) and provide insights into embryonic development1.
However, these synthetic embryos are not fully functional and cannot support gestation beyond a certain point. Creating a complete artificial womb for human babies remains a complex challenge.
Some researchers are working on artificial wombs to save premature babies, but ethical concerns persist2.
Quantum Field Theory (QFT) and Neurons:
QFT is a fundamental framework in theoretical physics that describes the behavior of subatomic particles. It doesn’t directly relate to neurons or biological systems.
Neurons are part of the nervous system, and their behavior is governed by classical physics (not quantum mechanics). Understanding neural processes involves biology, chemistry, and neuroscience.
Metaphorical Interpretation:
If we consider a metaphorical interpretation, the “womb of God” has been used poetically in religious and philosophical contexts. It symbolizes creation, birth, and the nurturing force behind existence3.
In this sense, connecting QFT (which deals with fundamental particles) to neurons (which enable cognition and consciousness) could be seen as a metaphorical exploration of the origins of thought and existence.
God and Creation:
The concept of a “synthetic womb for God” implies creating life or existence. While science can explore the physical aspects, the spiritual or divine dimension remains a matter of faith and philosophy.
In summary, while scientific progress continues, the synthesis of QFT, neurons, and a “synthetic womb for God” remains more metaphorical than practical. If you’re interested in the intersection of science and spirituality, it’s a fascinating area to explore! 🌟🔬🤔
Learn more
1
smithsonianmag.com
2
bbc.com
3
mothergodexperiment.com
4
reddit.com
5
wusf.org
6
studyfinds.org
7
scitechdaily.com
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You
tthank you
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You’re welcome! If you have any more questions or need assistance, feel free to ask. Have a great day! 😊🌟
You
If we think or it it is a cosmological concern that "space time is nothing but a mathematical fancy what will be the exact theory of space-tme beyond our bla bla of BigBang?
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Traditionally, the Big Bang theory has stood as the cornerstone of modern cosmology, outlining the dramatic and fiery origins of our universe. However, emerging theories in quantum physics suggest a more intricate tapestry of space and time, urging us to look beyond the Big Bang into a realm where quantum mechanics and cosmology converge1. These theories propose that space-time itself is not fundamental but emergent from deeper quantum states. Let’s explore this perspective:
Space-Time as Emergent:
Instead of considering space and time as absolute and pre-existing, these theories view them as emergent properties.
Imagine a cosmic fabric woven from quantum threads. At the smallest scales, this fabric vibrates and fluctuates, giving rise to space and time.
In this view, the Big Bang is not necessarily the “beginning” but a transition from a quantum state to a classical one.
Quantum Reality:
Quantum mechanics describes the behavior of particles at microscopic scales. It introduces uncertainty, entanglement, and wave functions.
Some theories propose that space-time emerges from a deeper quantum reality, akin to how waves emerge from an ocean of quantum fluctuations.
Challenges and Open Questions:
While intriguing, these ideas face challenges:
Quantum Gravity: Combining quantum mechanics with Einstein’s theory of gravity (general relativity) remains elusive.
Cosmic Singularities: Singularities (points where mathematical descriptions break down) may exist before or during the Big Bang. Resolving them is crucial.
Cosmic Inflation: Understanding what triggered inflation and whether it’s part of a larger cosmic story.
Beyond the Big Bang:
We’re still exploring the fabric of reality beyond the Big Bang. Mathematical models hint at possibilities, but empirical evidence is scarce.
As we delve deeper into quantum cosmology, we may uncover a more profound understanding of space, time, and cosmic origins.
In summary, the quest to glimpse beyond the Big Bang leads us to a fascinating intersection of quantum physics and cosmology. While we don’t yet have an exact theory, the journey continues, fueled by curiosity and mathematical exploration. 🌌🔬🤔
Learn more
1
journaloftheoretics.com
2
quantamagazine.org
3
scientificamerican.com
4
nationalgeographic.com
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