Ivy Lee’s Post

June 16, 2024 time as a quantum illusion: an enigma that has fascinated and challenged brilliant minds, from philosophers to scientists, for millennia. Paradoxically, more than ours understanding of physical reality the deeper we go, the more the answer to this fundamental question seems to elude us. At the heart of the matter lies the so-called “problem of time”, a Gordian knot which emerges from the contrast between the two pillars of modern physics: the general relativity and the quantum mechanics. While the first conceives time as a relative dimension, intertwined with space in the very fabric of the universe, the second considers it a universal and absolute parameter.

The "universe reality model" is rather very simple. The concept of the "ati-universe," quantum realm, or shadow reality often stems more from speculative fiction and metaphysics, but...There are several scientific and philosophical explanations for why we don't perceive such realms directly such as human sensory limitations (perceive spectrum of light, biological pre determined "design"), measurement tools, quantum mechanics principles, decoherence, different scales, cognitive contains, etc... It's all about natural patterns. The experiment made to replicate "gravity" says it all (my opinion). Biological integration is a needed factor for broadening perception spectrum therefore affecting observable natural patterns 😉. #physics #spectrum #lightspectrum #biointegration #quantumreality #mirrorreality

The phenomena involved are more akin to 'CTP reality-bandwidths' or ranges of C-energy Frequencies of the total C-domain. Each physical C-energy Reality (outside of ours) is 'coded' by its own dedicated group(s) of T-energy Units in that range. Non-physical Conscious or C-energy creates millions of non-physical and physical realities (including ours) each defined by a range of C-energy Frequencies not visible from another range or reality. We are hard 'coded' by the T-energy (Units) into the C-energy Frequency Range that defines our physical universe or P-domain. #newscience #newcosmology #cosmology #newconsciousness #CTPSci #CTP

Several branches of modern physics, including quantum theory and cosmology, suggest our universe may be just one of many https://trib.al/2VRsC0G

Solving 'reality' requires the #CTPModel. Anita Leirfall @anitaleirfall Sep 9 Quantum mechanics raises deep ontological questions about the nature of reality—questions that bring philosophy back to the forefront of our quest to understand the universe. Slavoj Žižek (@Slavojiek) argues that we should see reality as incomplete. (https://lnkd.in/e8U6ghgW) #newscience #QM #quantummechanics #postquantum

What is really happening in the #quantum #world? 1. The Copenhagen Interpretation, developed principally by Niels Bohr and Werner Heisenberg, is the orthodox version of quantum mechanics. 2. The Many Worlds Interpretation (in which the Universe “splits” into two paths at each measurement). 3. De Broglie–Bohm theory (the pilot wave theory). 4. The Guiding Field Interpretation. 5. Spontaneous Collapse Theories. 6. Quantum Bayesianism (QBism). The fact that it is possible to decide whether a wave or particle feature manifests itself long after—and even space-like separated from—the #measurement teaches us that we should not have any naive realistic picture for interpreting quantum phenomena. Any explanation of what goes on in a specific individual observation of one photon has to take into account the whole experimental apparatus of the complete quantum state consisting of both photons, and it can only make sense after all information concerning complementary variables has been recorded. Our results demonstrate that the viewpoint that the system photon behaves either definitely as a wave or definitely as a particle would require faster-than-light communication. Since this would be in strong tension with the special theory of relativity, we believe that such a viewpoint should be given up entirely. [Ma, X.-S., Kofler, J., Dr. Angie Qarry, Tetik, N., Scheidl, T., Ursin, R., Ramelow, S., Herbst, T., Ratschbacher, L., Fedrizzi, A., Jennewein, T. and Zeilinger, A. (2013) Quantum Erasure with Causally Disconnected Choice. Proceedings of the National Academy of Sciences of the United States of America, 110, 1221-1226, https://lnkd.in/ddMv-Gn8]. https://lnkd.in/d7EuzJnw

Quantum theory has long puzzled scientists, but could redefining reality be the answer? A new perspective suggests that understanding quantum mechanics may require a fundamental shift in how we view reality itself. Explore this innovative approach in the latest research: https://lnkd.in/erXtd_Wg #QuantumPhysics #ResearchInnovation

🚨 Schrödinger's Cat Gets a Makeover to Unite Quantum and Cosmic Realms Theoretical physicists have proposed tweaks to the famous Schrödinger's cat thought experiment that could resolve the conflict between quantum mechanics and Einstein's theory of general relativity. The Schrödinger equation depicts a cat in a box existing in a superposition of alive and dead states until observed. But real cats follow classical physics, not quantum weirdness. The revised equation introduces new terms that cause superpositions to spontaneously collapse into defined states for larger objects like cats and even the universe. This finite collapse time for big systems meshes with our observations of the universe following Einstein's relativity at cosmic scales. The modifications have minimal effects on small quantum particles, preserving agreed quantum behaviour. But the spontaneous localization into distinct states due to self-interactions reforms the Schrödinger cat paradox into a realistic model reconciling the quantum and cosmic. The new equation opens the door to testing hypotheses about the break between the quantum and classical worlds. But it makes no firm new testable predictions yet. Further work is needed to find ways to validate the model experimentally. Though radical modifications face high skepticism, this rethinking of the Schrödinger cat paradox takes useful steps to unifying quantum mechanics and general relativity. #SRED #RD #Innovation #Funding #grants #taxcredits #futuretech #QuantumMechanics #QuantumPhysics #JonIrwin https://lnkd.in/gKd4Y8pu

Zed's Theory: A Quantum Perspective on the Universe Core Idea: • Everything in the Universe is in a Quantum State: This includes all matter, energy, and the cosmic web itself. Following Idea: Limited Discovery: We have only discovered a tiny fraction (the Planck scale) of the universe, leaving 99.999999% still unknown. Quantum Observer Effect: The act of observation affects the state of quantum systems, suggesting that our understanding of the universe is influenced by our observations. Quantum Superposition: Objects, including the universe itself, can exist in multiple states simultaneously until observed. This principle extends to the macroscopic scale in Zed's Theory. Multiverse Hypothesis: Quantum entanglement provides a mechanism for the existence of multiple, interconnected universes, each representing different outcomes of quantum events. Key Concepts 1. Uncertainty Principle: • There are fundamental limits to what we can know about quantum systems. This principle supports the idea that much of the universe remains hidden from us. 2. Quantum Entanglement: • Different parts of the universe, or even different universes, are interconnected through entanglement, influencing each other instantaneously. 3. Hidden Dimensions: Beyond the Planck scale, there could be dimensions or aspects of the universe that are hidden from us due to the quantum observer effect and the limits imposed by the uncertainty principle.4. Dark Matter and Dark Energy:• These mysterious components of the universe might have quantum properties that we have yet to fully understand, potentially being manifestations of hidden quantum states.5. Planck Scale and Beyond:• We have only discovered a tiny fraction of the universe at the Planck scale, leaving the vast majority still unknown and potentially governed by quantum principles.6. Interdisciplinary Approach: Integrating insights from quantum mechanics, cosmology, and other fields to build a comprehensive understanding of the universe's quantum nature.