In a world defined by the boundaries of scientific understanding, we often overlook the extraordinary potential that lies within the human experience. As we stand on the precipice of what is known and what is possible, we are beckoned to consider the wild and wondrous realms of existence—those realms where the line between science and magic blurs.
What if the key to unlocking our superhuman potential resides not only in rigorous experimentation but in the consciousness that guides our inquiry? In this exploration, we delve into the paradox of modern science, probing what it misses and what lies beyond its current grasp.
This is a follow-up to one of my recent posts about the Fear of Impossible and the human potential for super powerful and magical abilities. I went far and wild about what is possible in that particular reflection, and it was my purpose. I am not saying it is easy and simple to teleport or self-regenerate yourself, but I am saying it is possible.
Even if it might take us some time to get to that wild reality of human superheroes, the science of it and behind it is already proved. Not publicly and not socially approved or accepted, but still experienced, proven, and tested.
Radical science is always considered a bit crazy at first. The most ground-breaking scientists, innovations, and discoveries are all scary, unbelievable, and highly contested as unreasonable, nonsensical, and incoherent with what we knew or believed until now.
In the exact same way we are forced to rewrite our history books to be more authentic and real about what actually happened with new knowledge we gain, we are constantly rewriting or adopting the way we write about science and what we actually happen to understand about it now.
Even the fundamental science or some of its long-standing principles can be questioned or bonified.
When we talk about the possibility of human super abilities and science fiction-like powers, we have no choice but to start talking about some basics of quantum mechanics.
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What are Mechanics? What is Quantum? What are Quantum Mechanics?
Based on some very wild and normal physicists out there, this is what these concepts are in very simple terms:
Quantum
In the realm of physics, a quantum refers to the smallest discrete quantity of any physical property. Typically associated with energy, a quantum represents the minimum amount of energy that can be gained or lost by a particle. This concept is crucial in quantum mechanics, where phenomena are analyzed in terms of discrete packets or quanta, highlighting the inherent limitations of classical descriptions of nature.
In popular opinion, "quantum" often conjures various interpretations and associations that may differ significantly from its scientific meaning.
Many people associate quantum concepts with spirituality or metaphysics, often viewing "quantum" as a term that suggests a deeper, interconnected reality. This interpretation frequently appears in New Age literature, where quantum mechanics is used to explain phenomena like consciousness, healing, and the nature of reality itself. The idea of "quantum consciousness," for example, suggests that human consciousness is linked to quantum processes, leading to claims about the power of thought and intention to influence reality.
Movies, books, and media often employ "quantum" in a sensational manner, usually to evoke a sense of advanced technology or unexplained phenomena. Terms like "quantum leap" have become metaphorical, suggesting significant change or advancement. This usage is prevalent in science fiction, where quantum technology is frequently depicted as a means of time travel or teleportation, often contributing to a misunderstanding of the actual principles of quantum mechanics.
While in science, "quantum" refers to discrete units of energy or particles, in popular opinion, it often signifies a blend of mysticism, advanced technology, and general intrigue, sometimes leading to misconceptions about its actual implications in the physical world.
Mechanics
This branch of physics studies the motion of bodies under the influence of forces. It encompasses classical mechanics, which adheres to Newton's laws, and relativistic mechanics, which considers the effects of high speeds as described by Einstein's theories.
Quantum Mechanics
This field addresses the behaviour of matter and energy at the atomic and subatomic levels. It introduces principles such as wave-particle duality, the uncertainty principle, and the idea of superposition, marking a shift from deterministic classical mechanics to a probabilistic interpretation of physical systems.
Many people have a rudimentary understanding of quantum mechanics, often oversimplified or exaggerated. Concepts such as superposition and entanglement are sometimes misrepresented in popular discussions, leading to the belief that quantum effects can explain everything from human behavior to the mechanics of the universe. This can create a sense of mystery and allure around quantum physics, despite its complex and abstract nature.
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Before you can accomplish something impossible, you already need to properly understand what is possible now, how, and why. Before being able to bend the established physics or laws of reality, you need to actually understand what physics are, learn its language, and truly master how its wisdom works the way it does right now.
If you want to transform, change, or 'quantumly' modify anything meaningfully and coherently, you have no choice but to understand the actual 'science' behind your process.
Today, science will tell you something deeply paradoxical about concepts like teleportation, for example. Science will tell you it's possible, but only on a quantum scale and with certain conditions applied. Most scientists will tell you that with our current understanding of reality, teleporting a real cat or a human is actually impossible.
Because you or your cat are way more massive than quantum objects or electrons, therefore they are at the mercy of the gravitational forces imposed by Newtonian physics and our usual way of perceiving physical reality.
Therefore, most will tell you could never really walk through a wall or jump into another dimension even if, by some laws of very new physics we still don't understand but recognize as true, it is actually possible to do very unusual and unreal stuff, at least in theory, and at least in the quantum world it should be possible.
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So, what is science missing to fully comprehend how it is all already interconnected? What does science refuse to see and acknowledge in order to make the impossible possible for all of us? What is the 'unknown' limit or the blind spot of science? What kind of limiting beliefs, numbness, or denial lies on the path of scientists today to make more sense of quantum mechanics and to see a very simple and quite astonishing truth?
We actually don't need engineering to experience the mechanics and the benefits of quantum movements in our bodies or realities.
We are too stuck in a very limiting worldview where the next logical step of science or research is the engineering part of it. But, the truth is not about engineering. You can use the knowledge, the wisdom, and the understanding of science and innovation without needing to build a machine, a robot, or a bomb out of it.
Engineering generates a lot of money, promotes superficial needs, and creates additional fears based on the science we do today. Engineering makes you believe the science will always remain unattainable, incomprehensible, and hard for you; it will be complicated, expensive, and out of your reach.
Even scientists themselves seem to be convinced today that if their 'science' is not engineered into a product of some sort, it is not yet a true and applied science. It is not real until we can see it, touch it, experience it, and repeat it.
But could we do all of that: experiencing, approving, embodying, and living the science in our reality without the actual 'engineering' of it?
Can you access free energy with no need for any power plant or technology? Can you teleport yourself without a spaceship, magic mirror, or whatever else? Can you navigate the quantum realms freely, and can you experience the quantum movements or mechanics in your immediate reality without any additional equipment?
Science can take many forms. Engineering the science is one of the ways to experience it. However, it is not the most optimal, the most fun, and the most coherent way of doing it.
There is something science misses before the engineering part of it.
Science today misses conscience. And, even more importantly, science lacks deeply and sadly the consciousness itself. Before creating products from science, you actually need to be able to consciously process and integrate the complex and multifaceted understandings and mathematics of science in your overall sense of self and conscious awareness.
Once you truly take time to digest and integrate the knowledge of science holistically into your system, you might realize that in most cases, you actually don't need the engineering aspect of science to experience it all for real in your own physical reality.
Consciousness is very wild and way more interesting than engineering is. When you deeply understand both, the science and the consciousness, and you can manipulate them at the same time, you might learn how to master quantum mechanics to the point of being able to do many impossible things with nothing else than your mind.
How do you know it is real or you are just already crazy?
The sad truth is you can never be sure unless you try something many times and profoundly study it for yourself. This is where experience, experimentation, practice, and the need for many mistakes come into play. Consciousness is not easier or less challenging than engineering. However, it is more fun, less energy-consuming, and less work or money intensive as a process and method of embodying and experiencing some of our innovations and significant discoveries.
Maybe not everyone can become an engineer. But literally each one of us can become a conscious human being interested in science, nature, and the laws of how our shared reality truly works.
A conscious human can appreciate, learn from, and master the science in many different, very powerful, and super creative ways.
Mysticism has a lot to say about what is missing from science to be more fun, simple, more usable, and more conscious to all of us. But the real mysticism is a very clever thing.
It is also something you need to experience and learn deeply for yourself to trust in it, as you cannot hold the 'truth' outside of you.
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You can read all the books you want, attend any workshop you desire, or conduct the most comprehensive study on the world’s theologies and the entire science of spirituality. Yet, you will never truly grasp what mysticism is until you consciously experience it in your mind, your body, and your personal inner system.
Consciousness will never make sense to you as mere knowledge or information, nor even as a practice. It is about your pure lived experience in our shared reality. It's rooted in the wisdom of something you sense, feel, and deeply know because your physical body has undergone that understanding, initiation, or experimentation.
You can approach engineering as a playful exploration of curious science. However, you can also choose to become more conscious and embrace your inner mystic, allowing you to enjoy the wonders of science and your own body, heart, and mind without the compulsion to manufacture high-tech gadgets, robots, machines, or spaceships.
You can harness science to develop your own mind, heal your body and enhance your human capacities and abilities. Alternatively, you could use science to deepen your enslavement to the system, the technologies, or the high-level, incomprehensible, yet costly engineering.
Science is fundamentally about observation. When you genuinely observe and study our human history, civilization, and humanity, you quickly realize that many individuals have performed extraordinary "quantum" mechanics feats to achieve what seemed impossible. The scientific evidence, since the dawn of time, tells us that numerous inexplicable and unclassified phenomena surround paranormal humans—elements we still cannot fully explain today.
Just because we do not yet understand something does not mean it is unreal or impossible. The existence of data and observations within the realms of mysticism affirms that the paranormal is indeed a possibility. It is up to us to discover how or why it is possible.
True, it could all be a collective delusion—repeated stories of similar hallucinations or something along those lines. But if you are a genuine scientist, you must consider this uncomfortable and illogical "data" as a critical unknown parameter in your further experimentation and exploration.
Today’s science is already wild and proven enough to merit consideration of what we deem "mysticism" or "consciousness" as something other than random, weird, impossible, unprovable, or unreal. While much of the discourse surrounding quantum energy or superpowers may indeed lack substance, there exists an endless list of documented phenomena and inexplicable experiences that ordinary people have encountered—experiences that do not fit our conventional understanding.
This "abnormal" aspect of human experience or our environment is precisely what propels science to delve deeper into its understanding of reality. It is the very existence of the unknown that makes the concept of science both possible and perpetually evolving. There will always be mysteries that we do not fully comprehend, which is the essence of scientific inquiry. After all, what would you do if everything were clear and fully understandable?
The lived experiences in the body and mind, along with profound personal transformations some individuals undergo, represent valuable scientific data. Although we employ fundamental principles of physics in our daily technology, we often do not fully understand the underlying science. All mathematical models and frameworks we use to describe our reality are mere approximations—none more real or true than our shared lived experiences and collectively constructed reality, which may sometimes shift.
Occasionally, certain individuals experience or invent things that radically alter our perceptions, beliefs, or even our interactions with reality. In the past, science was inseparable from art and philosophy, as they nourished each other’s processes.
Today, however, science is deeply entangled with engineering and often enslaved to the global economy.
My main point is that if we aspire to make science meaningful, coherent, and enjoyable in the future, we must explore what science could become if we creatively and skillfully combine it with consciousness, our conscience, and our authentic experiences as powerful humans co-creating an unknown yet magical shared reality.
While science serves as a vital tool for understanding the universe, it often falls short of addressing the richness of human experience and consciousness. The limitations of scientific inquiry highlight the need for a holistic approach, one that recognizes the intertwined nature of consciousness, science, and the miraculous potential within us all. By embracing the wild possibilities that lie beyond conventional understanding, we can foster a new paradigm—one where the extraordinary becomes ordinary, and the human experience expands to encompass the superhuman.
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As we stand at the precipice of our shared existence, we are called to embrace the extraordinary tapestry of life that weaves together the threads of science, mysticism, and conscious experience. In the delicate dance between the known and the unknown, we find ourselves not as mere observers, but as co-creators of a reality rich with possibility and wonder.
The mysteries of consciousness invite us to explore deeper realms within ourselves and the universe. Each experience, each fleeting moment, is a brushstroke on the canvas of our shared journey—an invitation to wonder, to question, and to expand our understanding. What if the very essence of our being is a reflection of the cosmos, echoing the secrets of the stars, and whispering the ancient wisdom of the earth?
Let us not fear the uncharted territories of our existence, but rather, approach them with curiosity and reverence. For in the exploration of what lies beyond the veil of our comprehension, we may unlock doors to profound truths waiting to be unveiled. The interplay of light and shadow, of knowledge and mystery, reveals the beauty of our humanity—imperfect, yet extraordinary.
So, as we move forward, let us carry with us the spirit of inquiry and the heart of a mystic. May we honour the delicate balance of science and soul, embracing the unknown as a source of inspiration rather than inconvenient uncertainty. Together, we can create a world where the mysteries of consciousness ignite our imagination, enrich our experiences, and guide us toward a future filled with possibility and profound connection.
In this symphony of existence, we are all players, each note contributing to the harmony of life. Let us step into this dance with open hearts and open minds, embracing the magic that lies in the spaces between knowing and not knowing, in the echoes of our lived experiences, and in the infinite potential of our collective imagination.
