Quantum Habits
Highlights:
■ What is Quantum Thinking?
■How does the Quantum Thinking Model
relate to human consciousness?
■ What is the importance of Zero-Quantum Coherence (ZQC)
in the context of brain functions and consciousness?
■ Quantum Habits
QUANTUM THINKING CONCEPT
Thinking is the important characteristic that distinguishes humans from other creatures, and it is an activity linked to the brain's function; however, this link remains largely unclear scientifically.
Quantum thinking draws inspiration from quantum mechanics—think superposition, entanglement, and uncertainty—not as hard physics, but as a metaphor for flexible, non-linear cognition. It's about holding multiple perspectives at once, embracing ambiguity, and leaping beyond binary choices to unlock creativity, problem-solving, and personal growth.
Quantum Thinking jumps dimensions,allowing you to entertain contradictions and spot hidden possibilities.
Quantum Thinking Model isn't about science; it's about how scientific discoveries shape the way we think. Quantum thinking assures us that we can develop our own thinking to be in sync with the latest scientific ideas. (Even if you prefer to take all this as a metaphor, if you allow yourself to be a real scientist—to experiment, stay open, and see what evolves rather than clinging to what you think you already know—you will pleasantly surprise yourself.)
Vandana Shiva at Consciousness Symposium (2024) has said: "Every door that mechanical thinking closes, quantum thinking opens, and I think that's the power. So quantum theory showed a century ago that the mechanical view is wrong on every level. The world is not made up of fixed objects."
As the world of thought expands, so do thinking skills. However, there is more to explore before your thinking style transforms into that of a quantum thinker.،said that quantum thinking is a positive, holistic mental orientation, in terms of the comprehensiveness of thinking, the comprehensiveness of ideas, and the comprehensiveness of space and time. The universality of ideas stems from openness to all ideas and the expansion of the mind to accommodate and contain all ideas, then gradually testing each idea until a path that achieves harmony and compatibility and achieves the desired goal is settled upon. The universality of time relies on not being bound by a specific time frame or inclinations regarding time. Waking up is governed by a mental orientation (morning, noon, evening), while the universality of space means not being bound by a specific location. There is a mental orientation that is not restricted and governs everything. This type of thinking transcends the traditional boundaries of classical thinking.
According to Diane Collins, Quantum Thinking is considered "a new approach to understanding reality that transcends binary logic (right and wrong). It allows us to view the world through a multi-dimensional lens. This approach relies on the principles of quantum mechanics, such as superposition, entanglement, and uncertainty, to apply them to human thinking and decision-making. Quantum thinking model encourages us to see multiple possibilities and to coexist with ambiguity rather than seeking absolute certainty."
In this context, Hector Sampson believes that quantum thinking is a tool for freeing the mind from traditional constraints and adopting a more flexible and creative approach to life. This approach relies on borrowing the principles of quantum physics (such as superposition, entanglement, and uncertainty) to apply them to understanding the human mind and decision-making. James J. Mapes considers quantum thinking an innovative approach to thinking and personal change, inspired by the concept of the "quantum leap" in quantum physics. It is an approach based on the idea that change need not be gradual, but can occur suddenly and profoundly, allowing individuals to make significant leaps in their personal and professional lives.
To shed light on this scientific and conceptual ambiguity, scientists have made efforts to identify the molecular structure through which thinking occurs in the brain.
ZERO QUANTUM COHERENCE
Scientists have observed signals from brain water—a fluid that naturally accumulates in our skulls and has a proton spin detectable using magnetic resonance imaging (MRI).
Zero Quantum Coherence (ZQC) is a quantum phenomenon that allows particles to operate in perfect synchronization even at the lowest energy levels. In the brain, this could theoretically enable the efficient and energy-saving coordination of information among billions of neurons.
Thanks to ZQC, the brain could process information with almost no additional energy consumption, as coherence occurs in the "zero-point" energy state.
Imagine billions of neurons "linking" or "synchronizing" with each other in an instant, creating a unified pattern. This could be the foundation of our unified conscious experience—why we see an image, hear a sound, and feel an emotion simultaneously as one coherent experience.
According to the ZQC hypothesis, memories are not stored in a single location but in an interconnected pattern across the brain's network, allowing for instant and integrated recall.
HOW DOES THE QUANTUM THINKING MODEL RELATE TO HUMAN CONSCIOUSNESS?
Through MRI experiments, Kerskens and Perez found that heartbeat signals are associated with increases in brain activity.
The researchers believe they were able to detect this because the spin of protons in brain water and the protons in the heart were "entangled"—meaning the brain may have mediated the entanglement. This suggests that something is happening at the quantum level with brain signals.
In other words, the interference of these two signals forms a strong indicator of entanglement. Once again, this constitutes a fundamental aspect of quantum mechanics, implying that our brains—and thus our consciousness—may operate somewhat like a quantum computer. This experiment serves as a good indicator that something entangled is occurring.
WHAT IS THE IMPORTANCE OF ZERO-QUANTUM CONFERENCE (ZQC) IN THE CONTEXT OF BRAIN FUNCTIONS AND CONSCIOUSNESS?
Coherence (ZQC) in the context of brain functions and consciousness?
Zero-Quantum Coherence (ZQC) is important in brain functions and consciousness because it indicates the presence of non-classical processes in neural activity. ZQC allows for the detection of quantum correlations that cannot be observed through classical means, suggesting that consciousness operates beyond classical physics. This implies that brain functions may mediate entanglement, supporting theories that consciousness itself could be a non-classical phenomenon.
Scientists such as Pylkkรคnen et al. and Hameroff & Penrose believe this coherence could be the physical basis for our unified consciousness, where sensations and thoughts merge into a cohesive whole. Other researchers, like Melkikh & Meijer (2022), have explored the role of quantum tunneling in DNA and proteins and its impact on cognitive functions.
Meanwhile, Craddock et al. (2021) proposed a model for how anesthetics affect quantum processes in microtubules, offering a new explanation for loss of consciousness. Pylkkรคnen et al. (2022) discussed how principles of quantum mechanics—such as entanglement and superposition—can model cognitive processes like decision-making under uncertainty.
Tuszynski et al. (2023) emphasized evidence of quantum processes in the brain and how their disruption could lead to diseases like Alzheimer's and Parkinson's. On the other hand, Koch & Hepp (2022) addressed the technical challenges in testing the quantum brain hypothesis and suggested possible future experimental approaches.
However, these theories are not without criticism. McKemmish et al. (2023) provided a critical analysis of the "Orch-OR" theory, pointing out experimental challenges and gaps. All these remain theories and hypotheses, as the brain's environment is warm, wet, and chaotic—conditions considered extremely hostile to maintaining fragile quantum states like coherence. Many scientists remain skeptical about its feasibility.
Thus, researchers are now focusing on searching for evidence of these quantum phenomena in structures within neurons, such as microtubules
QUANTUM HABITS
Here are 10 practical tips to get you started. Practice them daily.
1. Embrace the Unknown: Ditch the fear of uncertainty—it's not a void, but a playground of potential. Pair that anxiety with visions of expansion, abundance, and wild success.
2. Hold Opposing Thoughts in Superposition: Train yourself to juggle contradictory ideas without picking sides prematurely (e.g., "This project is a disaster and a breakthrough"). Activate the right one when the moment calls for it—this "gray area" living expands your mind and adds depth to decisions.
3. Cultivate Curiosity Like a Kid: Give your brain permission to wonder wildly, without judging "stupid" questions. Curiosity tunes you into the world, speeds up learning, and sparks faster thinking.
4. Detox from Media Programming: Break free from the hypnosis of biased news and ads. Question sources, seek diverse viewpoints, and reclaim your opinion-forming power.
5. Generate a Ton of Ideas Without Judgment: Stuff your brain with raw concepts like quantity over quality at first. No vetoing wild thoughts; just collect them. The gems emerge from the chaos, boosting your odds of innovation.
6. Shift to a Spiritual, Holistic Lens: Move beyond materialist "what you see is what you get" to heart-guided living. Activate your inner spirit for holistic decisions—it's like entangling your logic with intuition for multidimensional results.
7. Hunt for Role Models in the Wild: Spot people who've nailed what you crave (e.g., a thriving entrepreneur or adventurer). Study their paths, believe it's replicable, then tweak for your life. It's quantum modeling: Their success collapses your doubts into possibility.
8. Harness Positive Thinking as a Force: Ditch anger and fear; flood your mind with solution-focused optimism. Positive emotions aren't fluff—they're the quantum field where manifestations thrive.
9. Adopt Circular Time Over Linear Marches: Forget the straight-line timeline; events are patterns in a loop. This timeless view dissolves rigid judgments, freeing you to evolve without regrets.
10. Serve the Collective for True Riches: Flip "YOLO" selfishness to unity—your value shines brightest in cooperation and love.
REFERENCES :
Thinking as a quantum phenomenon (2019). Biosystems, Volume 176, February 2019, Pages 32–40.URL:https://doi.org/10.1016/j.biosystems.2018.12.007
Christian Kerskens and David Lopez Perez (2022). Experimental evidence of non-classical brain functions. arXiv:1806.07998 (physics). URL: https://arxiv.org/abs/1806.07998
Craddock et al. (2021). Quantum information processing in the brain: A new approach to anesthesia and consciousness disorders, Neuroscience & Biobehavioral Reviews.
· Koch & Hepp (2022). Challenges and opportunities in testing the quantum brain hypothesis, Nature Reviews Neuroscience.
· McKemmish et al. (2023). The Emperor's New Mind: Appraisal of Orch OR and quantum consciousness theories, Physics of Life Reviews.
· Melkikh & Meijer (2022). Quantum tunneling in DNA and its biological implications for cognitive disorders, Progress in Biophysics and Molecular Biology.
· Hameroff & Penrose (2014). Consciousness in the universe: A review of the ‘Orch OR’ theory, Physics of Life Reviews.
· Penrose & Hameroff (2023). "Orch OR" is the most complete, and most easily falsifiable theory of consciousness, Cognitive Computations.
· Pylkkรคnen et al. (2022). Quantum cognition and the extended mind theory, Journal of Consciousness Studies.
· Tuszynski et al. (2023). The role of quantum effects in brain function and neurodegenerative diseases, Neural Regeneration Research.
