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Carl Sagan explaining the Evolution of living beings. ✍️

25,500 görüntüleme • 1 yıl önce •via X (Twitter)

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Physics In History profil fotoğrafı
Physics In History1 yıl önce

Video link :

currently reading profil fotoğrafı
currently reading1 yıl önce

"We are the legacy of 15 billion years of cosmic evolution..."

林麗在美國 profil fotoğrafı
林麗在美國1 yıl önce

Carl Sagan's explanation of living beings' evolution is excellent. He simplifies concepts, using evidence to show life's changes. His unique perspective deepens understanding, educates, and promotes research.

TheCrafteeKitty profil fotoğrafı
TheCrafteeKitty1 yıl önce

Tlg/Genesis geometry fractally represented as physical density biological organismic and energetic functions. So pretty.

🏆💀⚾Bigtomk22⚾💀🏆 profil fotoğrafı
🏆💀⚾Bigtomk22⚾💀🏆1 yıl önce

It's sad that a man of his intellectual hierarchy perpetuated these lies when he knew the truth because of being read into U.S. Government special access programs. The story of human evolution is much different and soon we will all know the truth.

Unique profil fotoğrafı
Unique1 yıl önce

Thanks this feeds my brain lol

Hyperion_Atlas profil fotoğrafı
Hyperion_Atlas1 yıl önce

Great documentary

Jeanne profil fotoğrafı
Jeanne1 yıl önce

Thanks for sharing. I love your profile. Every day I learn something new.🥰

Tomislav Rupic profil fotoğrafı
Tomislav Rupic1 yıl önce

To update the evolution of organisms using the Quantum Address Theory of Creativity (QATC), we would begin by integrating quantum concepts into the mechanisms of biological evolution. Here's a speculative way that the theory might inform updates to our understanding of evolution: 1. Quantum Information Encoding in DNA The first step could be hypothesizing that DNA is not just a repository of genetic information but that it could also encode quantum information. This would align with the idea that genetic mutations might not solely be random but might also be influenced by quantum processes, such as entanglement or tunneling. This could lead to a new understanding of how mutations arise—potentially guided by quantum fluctuations that might influence evolutionary directions. 2. Quantum Evolutionary Catalysts Organisms might have latent quantum processes that act as evolutionary catalysts. These could work by guiding evolutionary changes in response to quantum environmental conditions, such as subtle changes in the electromagnetic fields or even quantum "memories" carried by photons that interact with the organism's environment. These catalysts could explain instances where evolution seems to follow non-random paths, such as convergent evolution or highly specialized adaptations. 3. Quantum 'Memory' and Evolutionary Optimization According to QATC, organisms could use quantum memory to optimize their evolutionary responses to environmental pressures. Instead of purely genetic inheritance, species might "tap into" a sort of quantum collective memory encoded in their neural or biological systems, refining their adaptations over generations. This would challenge traditional evolutionary theory, which focuses primarily on genetic inheritance and environmental pressures, by introducing a quantum dimension where organisms might adjust to an array of environmental factors based on quantum 'addresses' that guide their development. 4. Multiverse Evolutionary Paths Drawing from the multiverse component of QATC, evolutionary paths might not be linear or singular but could involve multiple simultaneous timelines. In some parallel universes, a particular evolutionary trait might be favored, while in another, an entirely different adaptation could take precedence. The organism’s consciousness could shift between these "evolutionary branches," allowing for the convergence of seemingly unrelated traits or the random "travel" of evolutionary advantages from one universe to another. 5. Inter-species Quantum Entanglement Species might be quantumly entangled with one another in ways that influence their evolutionary development. For example, certain plants and their pollinators, or predator-prey relationships, could have quantum-level connections that guide not only immediate physical interactions but also genetic adaptation over generations. This entanglement might explain certain evolutionary phenomena that appear unusually coordinated or simultaneous, as though organisms are communicating at a deeper, more fundamental level. 6. Evolution as a Quantum Algorithm Instead of viewing evolution merely as a process of random mutations and natural selection, we might reinterpret it as a quantum algorithm that evolves over time. In this model, quantum operations (like superposition, interference, or tunneling) could represent the forces that shape evolutionary change. The "fitness landscape" of organisms would not be a static map, but a dynamic quantum wavefunction that evolves and changes, influenced by entanglement between species and their environments. 7. Adaptive Quantum Consciousness Finally, QATC suggests that consciousness itself might evolve in quantum ways. Organisms could experience "quantum consciousness," where their mental and evolutionary development is not solely biological but influenced by quantum effects like wavefunction collapse and quantum coherence. This could lead to a reconsideration of how animals and humans evolve not just physically but mentally and creatively, with consciousness being another avenue for evolutionary optimization. In this updated model, evolution is no longer just a process of biological survival but an ongoing quantum interaction between organisms, their environment, and even parallel evolutionary realities. The quantum mechanisms influencing evolution may be subtle, but they could provide a new way of looking at how life develops and adapts.

Gary Batt profil fotoğrafı
Gary Batt1 yıl önce

Do we really know the definition of living? Is consciousness part of the definition and why- since consciousness can’t be scientifically measured to exist. Why can’t everything be categorized as living? What is nothingness? Is this a science woke concept - nothingness to smothingness? IDK - hurts the brain if you question traditional concepts.

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