The Nature Of Consciousness And Your Intentionality
Its long been known that observing an object changes the nature of how it behaves. And because of this, scientists go to great lengths to ensure all their experiments are double-blind, so there can be no outside interference from their expectations. We take this fact for granted. But it confirms something profound about the effect our consciousness has on the world around us. We can literally will events into existence. Often, without even realising it.
And this concept has been backed-up time and again. In the majority of experiments today, the observer effect is often seen as a hindrance something that needs to be worked around. On the flip side, others have seen the oppurtunity to exploit the nature of downward causation. Why not push the boundaries of our consciousness and see where it can take us? These consciousness experiments are now the cutting edge in science. And if youre still not convinced of their validity, you should know, youve probably already benefited from this idea.
Perhaps her most ground-breaking experiment though didnt involve any healing at all. It was based purely on using intention to affect a past event. Lynne and her team set up a tape machine to record the footfall in a busy subway station. A duplicate was then made, with one copy receiving the intention to create increased footfall while the other did not. This was designed to be the ultimate test of non-locality and downward causation.
How Small Is Small
We said above that quantum physics becomes relevant for small particles whereby we mean that naturally, quantum effects are only seen for small particles. However,;the theory itself is thought to provide correct results for large particles as well. Why is it then, that quantum effects become increasingly difficult to observe for larger particles? Larger compound particles in general experience more interaction both within themselves and with their surroundings. These interactions typically lead to an effect physicists call decoherence which simply put means that quantum effects get lost. In this case , quantum physics and classical physics yield the same result.
Put Another Way There Is No Objective Reality
The Quantum Field is an “Infinite” field of potential. Anything and everything that has, does or will exist in the Newtonian world, begins as a wave in this “quantum field” and is transformed into the physical realm, limited only by what can be conceived as truth by the observer!!
Who is this observer? YOU!!
Let’s look at it in a more personal way…
If you believe at some level, whether consciously or subconsciously, that money is difficult to come by, the projected energy emitted and broadcast will harmonize with energy of a harmonious frequency in wave form, transmute into particles which attract additional particles that harmonize with it and your life will reflect that of money being difficult to come by.
Taken a step further, if you can conceive and believe in the materialization of your BIGGEST hopes dreams and desires, they already exist as a wave in the quantum field as a probability of existence only awaiting YOU to make them real.
As Quantum Physics has proven it is YOU who are responsible for WHATEVER outcomes you are experiencing in your life.
It REALLYIS That Simple!!
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Information Is Never Conveyed Non
Things appear and disappear at random, but they dont just travel over stretches of space without going through all the things in between. In the hay-days of quantum mechanics, this confusion was a great one but now it has been proved that this theory fits in perfect compatibility with the theory of special relativity. This tells us that entanglement although a non-local phenomenon does not have any action.
Quantum Mechanics Is Everywhere
Its extremely difficult to notice the quantum effects when large bodies come into play. All things obey the quantum mechanics laws. This was the reason why quantum physics was explored later in theoretical chemistry. Until the physicist had to find an explanation for the shells in which the electron sits around the nucleus they had no use for quantum mechanics.
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It Helps Us Characterize Stars
Danish physicist Niels Bohr showed us that the orbits of electrons inside atoms are also quantized. They come in predetermined sizes called energy levels. When an electron drops from a higher energy level to a lower energy level, it spits out a photon with an energy equal to the size of the gap. Equally, an electron can absorb a particle of light and use its energy to leap up to a higher energy level.
Astronomers use this effect all the time. We know what stars are made of because when we break up their light into a rainbow-like spectrum, we see colors that are missing. Different chemical elements have different energy level spacings, so we can work out the constituents of the sun and other stars from the precise colors that are absent.
Relation To General Relativity
Even though the predictions of both quantum theory and general relativity have been supported by rigorous and repeated empirical evidence, their abstract formalisms contradict each other and they have proven extremely difficult to incorporate into one consistent, cohesive model. Gravity is negligible in many areas of particle physics, so that unification between general relativity and quantum mechanics is not an urgent issue in those particular applications. However, the lack of a correct theory of quantum gravity is an important issue in physical cosmology and the search by physicists for an elegant “Theory of Everything” . Consequently, resolving the inconsistencies between both theories has been a major goal of 20th- and 21st-century physics. This TOE would combine not only the models of subatomic physics but also derive the four fundamental forces of nature from a single force or phenomenon.
Another popular theory is loop quantum gravity , which describes quantum properties of gravity and is thus a theory of quantum spacetime. LQG is an attempt to merge and adapt standard quantum mechanics and standard general relativity. This theory describes space as an extremely fine fabric “woven” of finite loops called spin networks. The evolution of a spin network over time is called a spin foam. The characteristic length scale of a spin foam is the Planck length, approximately 1.616Ã10â35 m, and so lengths shorter than the Planck length are not physically meaningful in LQG.
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Do Particles Really Behave Like Waves
So, if electrons behave like waves, can they be diffracted? If we push a beam of electrons through two slits side-by-side will we see interference fringes on a distant screen? What if we limit the intensity of the beam so that, on average, only one electron passes through the slits at a time. What then?
What we see is at first quite comforting. Each electron passing through the slits registers as a single spot on the screen, telling us that an electron struck here. This is perfectly consistent with notion of electrons as particles, as it seems they pass one by one through one or other of the slits and hit the screen in a seemingly random pattern.
But wait. The pattern isnt random. As more and more electrons pass through the slits we cross a threshold. We begin to see individual dots group together, overlap and merge. Eventually we get a two-slit interference pattern of alternating bright and dark fringes.
Alternatively, we conclude that the wave nature of the electron is an intrinsic behaviour. Each individual electron behaves as a wave, described by a wave function, passing through both slits simultaneously and interfering with itself before striking the screen.
So, how are we supposed to know precisely where the next electron will appear?
The New Theory Of Quantum Mechanics
So far we have looked at what’s called the “Old Theory” of Quantum Mechanics. This theory sees the electrons as only happening at specific positions with no space in between.;However, the so-called New Theory of Quantum Mechanics makes things even weirder. Basically, it combines the ideas of Einstein with the ideas of Bohr.;Instead of saying that the electrons orbit at an exact position, jumping from one orbit to the next, the New Theory of Quantum Mechanics says that their movements are way crazier.
Electrons move like waves, much like Einstein said about light.
This discovery was made by physicists like Schrödinger, Heisenberg, and de Broglie. They all had different theories, but scientists quickly realized that they were all saying the same things with different math.;This means that at the bottom of everything, matter moves in crazy and unpredictable ways. After a while, the tiny bits of matter start to form a wave like pattern, but if you just look at a single “quanta” , their movements can be completely crazy and unpredictable.
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It Was Not Denied By Einstein
Quantum mechanics was not denied as a theory by Einstein, although many people have the misconception. He could not have denied the theory as it was successful on such a large scale. What Einstein said was that the theory was incomplete and it was his belief that the random processes of quantum mechanics may have an explanation to them.
Uses Of Quantum Mechanics
Electrons surround every atom‘s nucleus. Chemical bonds link atoms to form molecules. A chemical bond links two atoms when electrons are shared between those atoms. Thus quantum mechanics is the physics of the chemical bond and of chemistry. Quantum mechanics helps us understand how molecules are made, and what their properties are.
Quantum mechanics can also help us understand big things, such as stars and even the whole universe. Quantum mechanics is a very important part of the theory of how the universe began called the Big Bang.
Everything made of matter is attracted to other matter because of a fundamental force called gravity. Einstein’s theory that explains gravity is called the theory of general relativity. A problem in modern physics is that some conclusions of quantum mechanics do not seem to agree with the theory of general relativity.
Quantum mechanics is the part of physics that can explain why all electronic technology works as it does. Thus quantum mechanics explains how computers work, because computers are electronic machines. But the designers of the early computer hardware of around 1950 or 1960 did not need to think about quantum mechanics. The designers of radios and televisions at that time did not think about quantum mechanics either. However, the design of the more powerful integrated circuits and computer memory technologies of recent years does require quantum mechanics.
Quantum mechanics has also made possible technologies such as:
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Quantum Mysticism And Media
I think it is best to start by stating what quantum is not. First of all, quantum is always a verb or and adjective. If you hear someone saying something like the quantum, they probably dont understand it or you could even be facing a snake oil vendor.
Yes, I understand the word sometimes stands, in the media that deals with communication of science, for some otherwordly results.;Even in more reputable newspapers and journals it is often somewhat fictionalized as a transcendent new area, which is too much for our minds to fathom. Why? Well, clickbait of course! Dont get me wrong, I believe it is breathtakingly interesting, sometimes confusing, and definitely worth exploring. However, in my opinion, this approach tends to shut people out of the beautiful ideas in Quantum Mechanics. It unjustly transforms it into a hermetic secret, only available to a few enlightened. And this cant be more wrong. For example, I see many concepts from quantum mechanics in articles in the news and even in memes which are used out of context, at best, and straight up misrepresented, at worst. The first one that comes to my mind, and probably yours too, is the famous Schrödingers cat. To try to disentangle all this, I want to explain a couple of things first.
How Quantum Mechanics Explains The Invisible Universe
- M.S., Mathematics Education, Indiana University
- B.A., Physics, Wabash College
Quantum physics is the study of the behavior of matter and energy at the molecular, atomic, nuclear, and even smaller microscopic levels. In the early 20th century, scientists discovered that the laws governing macroscopic objects do not function the same in such small realms.
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What Is The Difference Between Quantum Physics And The Kind Of Physics Traditionally Taught In Our Education Systems
In a phrase, there’s a HUGE difference. When I say “a HUGE difference”, I mean a HUGE, HUGE, HUGE, difference. Infinitely so in fact. And actually, the kind of physics that’s taught in traditional education systems has been LONG outdated. I won’t get off on that here.
Quantum Physics is the study of how, what and why everything that makes up the universe as well as everything in it, both the seen as well as the unseen, is derived. Unlike traditional physics that, for the most part, looks at life, us, the world and everything in it as a physical machine of sorts, quantum physics has revealed and clearly understands that it’s ALL energy, or “light”, as some quantum physicists refer to it.
The “label” doesn’t matter really, they’re one and the same.
Bottom line Quantum Physics is a detailed study of what is known as Quantum Mechanics which determines how EVERYTHING in the cosmos has come to exist, beginning at the atomic and sub-atomic levels. More simply put, it is an in depth study of the building blocks of the ENTIRE Universe, the SEEN and the UNSEEN. Basically what Quantum Physics consists of, is analyzing things that are experienced in life in various forms and tracing them back to where they originated and/or were derived from which, as you will soon discover, consists of pure energy or “light.”
Experiment #: Single Coin Toss
Too lazy to try this? Dont worry! You can simulate the coin-tossing experiment by pressing the Toss Coin button below to simulate a coin toss and store the results. You can change the initial state to ‘Heads’ or ‘Tails’, or increase the number of coins slider to get many results quickly. Click Reset to discard your results and start again.
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Quantum Physics Demystifies The Process Of Creation And Reveals The Simplicity Of Conscious Intentional And Purposeful Manifestation
Although you may or may not yet be aware of how a 2 word phrase such as Quantum Physics can enhance EVERY aspect of your life, it CAN and in fact WILL…should you allow it to.
If you will “allow it” and read along for just a bit, you’ll SEE just how profoundly and transformationally true that is.
What exactly is Quantum Physics? Basically, it’s a highly specialized form of science that, unlike Newtonian physics, studies, explores and explains how everything in the tangible world comes into existence. Quantum Physicists basically explore the nature of reality beginning at the subatomic level.
The fact is, as quantum physicists have discovered, it determines EVERY aspect of reality, including but not limited to ALL aspects of your life.
They certainly don’t have it anywhere close to fully “figured out.” But what they have figured out and know, is where ALL physical things, whether events, conditions, and circumstances as well as everything in the entire Universe stem from. Put simply, quantum physics breaks physical things down into their purest and most basic form, attempting to discover the Ultimate Source from where they are derived.
EVERY aspect of your life too!!
How could Quantum Physics and what scientists have discovered possibly do that?
In SO MANY ways actually.
What’s better, when you understand what Quantum science has discovered, you CAN without question, become far more adept and on purpose in determining the kind and quality of your future…FOR SURE.
Here’s What Turned The Scientific Community Upside Down Right Side Up And Led To What Quantum Physicists Understand About Energy And Quantum Physics Today
In Brussels Belgium around 1927, Neils Bohr, some quantum physicists and some theorists joined together for the granddaddy of all experiments, which is now well known as the “Copenhagen Interpretation.”
Although Young was CERTAIN that energy was waves and Einstein was CERTAIN that this energy was particles, The Copenhagen Interpretation revealed that these subatomic particles weren’t ONLY particles at all but rather existed as and consisted of wave forms and/or particles, but couldn’t be both at the same time.
Neils Bohr NAILED it!!
In fact what the Copenhagen Interpretation revealed is that energy is waves and when ATTENTION is placed on it, all other probabilities collapse and a “particle” is formed.
To give it more tangible and measurable value as it pertains to YOU…
The thoughts and perceptions of the scientist doing the observing determined which one it was…waves or particles.
Because This Is SO Significant I REPEAT….
The subatomic particles being studied by the scientists responded to, transmuted and appeared as particles based on the individual thought of the scientist who was studying it. In other words it was the scientists BELIEF, mode of THINKING and “perceptions” that determined which one it would be!!
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Understanding Laws Of Quantum Physics
At this point, youre probably thinking that quantum physics is going to stretch your intellect to breaking-point. But you dont need to be fluent in algebra or a science buff to understand the basics. At its core, quantum physics is the study of how a subject and an object and/or event interact with one another. And the link between the two that is being studied is referred to as consciousness.
Its an immeasurable intelligence that emanates from all sentient beings and inert matter throughout the universe. Consciousness is its own law that determines how we perceive and interact with an object or event. Its more than just a question of mind over matter. And its not psychic acuity were talking about, here. Consciousness, in quantum terms, is a force and serves as the macro to our micro. It is a governing force.
In some ways, you can think of it as a universal constant. In his ongoing work in the subject, Gregg Braden refers to it as the Divine Matrix, Rupert Sheldrake calls it the Morphogenetic Field. Others may have their own interpretation. You may also But they all refer to the same phenomenon the quantum field. Its the;unifying theory that transcends the physical world and connects the tangible to the intangible .