Tag Archives: Quantum physics

Quantum physics, Buddhism, Aquinas and the nature of the human soul

Tim Andersen, Ph.D.

Tim Andersen, Ph.D.

Published in The Infinite Universe

1 day ago (Medium.com)

Photo by Marek Piwnicki on Unsplash

Modern scientism denies the existence of a soul because it fails to understand what is meant by the human soul from a philosophical perspective. Because religion adopts the concept of the soul for its own purposes, it is considered to exist within the realm of belief in the supernatural. Yet, the human soul is both a theological and a philosophical concept.

The Encyclopedia Britannica says that the soul is

the immaterial aspect or essence of a human being, that which confers individuality and humanity, often considered to be synonymous with the mind or the self.

There is no hint of religion or the supernatural in this definition. And it is reasonable to ask these four questions:

  1. Is there an immortal, immaterial aspect to a human person?
  2. Is that aspect a uniquely human essence or Soul?
  3. What is that essence?
  4. What happens to it upon the death of the body?

Quantum physics provides some answers to how a person’s essence could survive the death of the body. In fact, whole books have been written on Quantum Immortality.

Most authors have focused on the Many Worlds Interpretation of quantum physics to construct a speculative narrative for human immortality based on world splitting.

It is sometimes called the Quantum Suicide thought experiment but need not include actual suicide. Examples include Robert Lanza of Biocentrism fame who argues that our consciousness cannot die but only appears to die because of quantum world splitting.

Even more fanciful mystical ideas have been tied to quantum theory, the only outcome being to enrich the authors at the expense of the scientifically and philosophically illiterate.

Such arguments as quantum immortality and the melding of eastern mysticism with quantum theory, however, are entirely speculative and make for better science fiction than philosophy.

The soul is fundamentally a body’s “lifeforce”. Indeed, the word for soul used in the New Testament is psuche which means “breath of life”.

From a modern physics perspective, inanimate bodies require two general things to be animate: energy and information. Energy is physical in that it has mass. Information, however, is immaterial. It and its cousin entropy have no mass.

Information gives matter its substantial form and is at the heart of how energy and matter self-organize into life.

If anything can be called “the breath of life” it is information, particularly information that enables emergent phenomena, that which is more than the sum of its parts.

But can the soul be considered to be made of information?

First let’s ask if people even have souls.

No-Self means no Soul

Many Buddhists claim to deny the existence of a Self or Soul. This is the concept of “no-self” or anatman in Sanskrit. This was a major departure from Hinduism, the ancestor religion of Buddhism.

On the other hand, Buddhists also largely believe in reincarnation, which supposes some element of a person survives death.

Buddhists don’t deny that a person’s consciousness can inhabit other bodies. Rather, No-Self derives from two beliefs (1) our inability to perceive anything that can be considered to be the Self and (2) the compound nature of what we think of as the Self.

No thought, perception, or physical object is part of the Self. What we consider to be the Self is an illusion based on a combination of constantly changing perceptions.

Then, do Buddhists believe that consciousness is the Soul or Self? No, because consciousness itself has no uniqueness and is universal.

Take as an example, if you say, “I see the red car”. Nowhere in this statement is an expression of Self. “I” is an artificially constructed ego that the brain uses to differentiate itself from the rest of the world. “To see” expresses the type of conscious experience, vision. And the red car is clearly not the self.

Conscious experience, sometimes called qualia, for example, what it is like to see something, may not distinguish you from anyone else. Thus, while you have existence, i.e., Dasein or “Thatness” your “Whatness” or Sosein has nothing to do with you! It is sort of like a movie playing in a theater with nobody watching.

Not all things in the universe are impermanent and changeable, however. As far as we know from quantum theory, information can change, but it is always conserved and recoverable.

Information conservation is a feature of all “complete” interpretations of quantum theory that assume that Schrodinger’s equation is fundamentally correct (including the MWI.)

Thus, the information content of the universe is changeless. It is merely the form it takes that changes. One can always apply processes to move that information forward and backward in time.

Thus, the information that becomes you, your body and your mind, always existed and always will exist.

Assuming that information conservation is an absolute law of the universe, i.e., quantum theory is “unitary”, then, we can answer the first question: is there an immortal, immaterial aspect of you, in the affirmative.

While Buddhists would deny that this immortal aspect carries personal uniqueness, they don’t deny it exists. Rather they claim it means you are just part of everything else.

Is our information theoretic essence a human soul?

To address the second question, that a unique essence or Soul exists, we have to look at Aristotle with a little help from Thomas Aquinas.

In order for the Self to be unique, it has to have distinguishing features which, in Aristotlean philosophy, are called its “substantial form”. These are features that are part of the object itself and not mere names that we give to those features.

More over, these are features that give a thing its identity. They are part of its essence.

While many modern philosophers, taking after Immanuel Kant, believe that substantial form is an illusion and that all properties of objects are subjective, that idea may be based on faulty premises derived from a classical, rather than quantum, mindset.

Unlike classical systems, where information is a bit of a fuzzy concept, quantum systems encode information within themselves in very specific ways (as sequences of qubits or quantum bits based on discrete quantum properties). Information is not subjective but objectively real and measurable.

This suggests that substantial form is real at the quantum level and, if it is real in the quantum realm, it must scale up to the human scale and beyond.

When you scale up, there is so much information in trillions of atoms that the substantial form is far too complex to put into human language.

Long before quantum theory, we developed broad linguistic categories in order to simplify those trillions of atoms, e.g., dog or cat instead of referring to the total information content of those creatures.

This abbreviated way of conceiving of the world made philosophers believe, mistakenly, that because those categories are artificial, there are no objective concrete categories!

There are but they are exceedingly complex.

The body manifests you as a whole, unique person but can’t be considered your essence or soul. Your essence must be much less.

Since the brain is part of the body, you need your body in order to have uniqueness. If your mind were to inhabit another body, it would have a whole new set of differentiating features. What would be left of the “you” you were before?

That is why I laugh at the concept of movies like Freaky Friday where people swap minds, as if that can be accomplished without physical changes. This is a good example of Platonism or Cartesian dualism.

What is actually being swapped here? All the unique neural circuitry so that the people still understand who they are, even their memories, is swapped but the brain continues to know how to operate the body, so that part hasn’t been swapped. The swapped part, however, is not only a swap of information. It is a physical modification of the brain.

The body needs to have physical substance to manifest in the world of course but its physical substance is not what makes it unique. Rather, it is its organization. Its organization is an immaterial aspect that includes the information encoded in DNA as well as life experiences that make each person unique.

This information not only encompasses the whole person or animal or plant, but has a unity and completeness that allows that person, animal, or plant to be a distinct individual.

All of this information is what makes you, you.

Therefore, the information content in you is immortal, immaterial and makes you unique.

What we have not established is whether there is one soul or many and whether the soul can be cut into pieces.

Is the soul divisible?

Aquinas rejected the common medieval notion that the soul is made of many parts. But it seems as if, by asserting that the soul is quantum information, we are supporting that the soul contains many, many parts.

Therefore, we need to restrict what we call the soul to an emergent property and not every quantum state of your body.

An emergent property is the embodiment of the motto E Plurbus Unum, from many one.

A good example is a tornado. A tornado is made a trillions upon trillions of air molecules. Each molecule has a position and velocity. Normally, in calm air, the positions of velocities of air molecules are random, but in a tornado they all align into a circular motion. How can that be? How can every molecule “know” which way to go?

The reason is because of temperature, pressure, and humidity differences that encourage the molecules to travel in a circular direction.

The tornado therefore has a unity that obtains from something external (warm moist air interacting with cool dry air and a wind shear caused by pressure differential).

Humans, animals, and plants are the same. Their components, down to the quantum level, have a unity that makes the individual emerge.

Yet, in the case of a tornado, what is the essence of that tornado as molecules drift in and out, it changes size and shape, and moves about?

Aquinas would say that the essence of the tornado is not everything about it, but rather its “tornadoness”. In other words, essence is generic not specific, and it has unity, not parts.

The same goes for human beings.

Thus the soul is not all your quantum information but a higher level derivative of it that, unlike individual qubits, has unity.

We observe phenomena like this in superfluids like liquid helium as well as superconductors. Many atoms or pairs of electrons suddenly behave like one big atom or pair of electrons. Unlike the tornado example such phenomena are true physical examples of from many one.

Entanglement, where multiple individual bits of matter and their qubits become connected to one another in a way that is subject to interpretation, is another example.

This is why the late Sir Roger Penrose proposed the idea that consciousness may be a quantum phenomenon. It appears to have an indivisible character reminiscent of quantum effects such as entanglement.

What separates us from the animals?

Aquinas further argued that at death all living things lose their soul except for human beings. Human beings, through their capacity for abstract thought, continue on.

Aquinas therefore considered the mind or intellect to be this essence. In other words, the action of the fundamental principle by which the human emerges versus something else like a cow is the intellect.

Modern neuroscience doesn’t give a clear answer but does point out that the mind appears to be an emergent process.

Aquinas supports a type of dualism in the Cartesian sense that he does not identify the mind with the body although he argues the mind is both inherent and separate from the body.

His concept of the mind is much smaller than Descartes’s or Plato’s.

Aquinas claims that animals do not have this dualism because they do not think. Neuroscience, however, contradicts him. Animals do think, but they lack the human capacity for abstraction.

This is a small matter, however, because Aquinas hits on a more important point which is that “it is clear that a human being is not a soul alone, but something composed of a soul and a body.”

He reasons that the soul alone is “human being” in a generic sense “but that a particular human being ── Socrates, say ── is not the soul”. (Summa Theologicae, Question 75, Article 4).

Here Aquinas carves a middle way between the generic consciousness of reincarnation and Plato’s assertion that the soul is a particular person.

He claims instead that human souls are unique to humans as a species but otherwise generic. Your soul and my soul are like two identical electrons. They are the same until placed in a body.

He is not however arguing for a “world soul”. Each soul belongs to a single person and can act like a diminished sort of person even without a body.

Can the soul be destroyed?

Aquinas argues that our soul is “incorruptible” meaning indestructible and unchangeable. He argued this because thinking is carried out “without a bodily organ”.

It is hard to understand what he means by this. A knee-jerk reaction would be to say that those medievals didn’t understand what the brain’s function was.

Later philosophers have in fact been frustrated with Aquinas because he wants to have his cake and eat it too. He wants the soul to need the body to be a person but also be separable from the body and still work like a mind.

His reasoning is that, because the mind can contemplate universal abstractions which are immaterial and non-sensory, the mind is an immaterial thing that contemplates immaterial things and therefore is completely separate from the body. Anything material like how an apple tastes or what a rainbow looks like is handled by the brain.

Because, he says, the mind operates on its own, with or without a body, therefore, it must be incorruptible. It must never die.

A modern paper gives a rough outline of Aquinas’ argument. It says that because consciousness is simple and unchanging it must be unable to fall apart into pieces and so must be incorruptible.

From a quantum perspective, this is not true. Any statement about incorruptibility is really a statement about conservation not indivisibility. Even stable fundamental particle or group of entangled particles such as electrons are simple and unchanging but nevertheless they can become other particles or can break their entanglement. Only the information content in them remains unchanging.

For Aquinas the incorruptibility of the soul is important because the soul is essential for salvation. If a human being were without a soul, he or she would have no hope beyond this life.

Do we remember anything of our past life after we die?

You would think from all this that Aquinas would argue that the soul, separated from the body, knows nothing, but he says that is not true.

When the soul is separated from the body, it understands the world differently, albeit no less muddled than a human would.

Here Aquinas distinguishes from sensory and intellectual knowledge. The disembodied soul loses all sensory knowledge upon death. This means that how things look, taste, smell, sound, and feel are no longer a part of it. That includes most memories.

If you have seen how a person with dementia such as Alzheimer’s slowly loses their memory, the soul does not recover those sensory memories after death.

It does retain, however, intellectual knowledge. For example, it would not remember what a person it saw in life looked like or felt like but would retain universal, abstract ideas about that person, in particular, knowledge of that other person’s soul.

Does the soul sleep after death?

Aquinas argues that the soul, meaning the intellect, is still “alive” after death. It continues to think, suffer, delight, make choices, and contemplate universals.

Aquinas is a survivalist in the philosophical sense of someone who believes the mind survives death intact.

A person who believes the soul sleeps until its body is resurrected is called a corruptionist.

Quantum immortality arguments based on the MWI are a kind of survivalist philosophy because they propose that consciousness cannot cease but they also don’t assume that the mind can separate from the body.

Quantum mystics such as Deepak Chopra are even more strongly survivalist and have claimed that the “quantum soul” can persist outside the body, existing nonlocally.

If this is true, then that would mean your soul persists as entangled quantum information spread over light years and also time.

For example, if you fell into a black hole, you would die and your matter and information, including any information theoretic soul, would be integrated into the singularity. According to the latest research on the black hole information paradox, your soul would be radiated back out over a googol years as Hawking radiation.

That Hawking radiation would remain entangled with the black hole.

If your soul is incorruptible, no matter what quantum processes are applied to it, it persists. Your mind could be composed of quantum information that is contained in matter that has been transformed into other particles and spread over lightyears.

I remain skeptical of this until I see a mathematical proof of exactly how an emergent process can survive any quantum transformation. This would require that the individual mind be a conserved property of the universe deriving from a symmetry group.

Aquinas, however, doesn’t concern himself with how the soul persists as our scientific age demands, only that it persists in a metaphysical sense.

While I haven’t read Chopra’s book on this idea, I will say that such an intellect would have to obey Aquinas’s restrictions in that it would have no sensory experience. It wouldn’t perceive itself as spread over light years because it would have no concept of space and time at all.

Many modern philosophers solve this problem by proposing panpsychism, that all matter is conscious to some extent. I think Aquinas would strongly disagree with that since it is very close to the idea of a universal soul that he fought hard to disprove.

Conclusion

We live in an age of materialism as well as Cartesian mind-body dualism, and we find it hard to escape from thinking about mechanisms, what things are made of, processes and so on.

While ours is the age of “how does it work?”, the past was an age of “what exists?”.

That is important because often when we try to answer how something works, we find that things we thought existed don’t and things we didn’t know existed, do.

For Aquinas and pre-Cartesian philosophers the world was divided into matter and form. It was perfectly reasonable for something immaterial such as a form to exist independently of any matter.

The big question for philosophy, particularly those who study Aquinas, who are called Thomists, has been: what is the interface between the material and the immaterial? How does that work?

Information theory, particularly quantum information theory with the addition of entanglement information and emergent phenomena, answers this question.

What isn’t clear is whether St. Thomas’s conclusions will survive being integrated into quantum theory. That would be a miracle.

Tim Andersen, Ph.D.

Written by Tim Andersen, Ph.D.

·Editor for The Infinite Universe

1.2M views. Principal Research Scientist at Georgia Tech. The Infinite Universe (2020). andersenuniverse.comhttps://timandersen.substack.com/

Is There a Connection Between Quantum Physics & Positive Thinking?

BY MITCH HOROWITZ

From New Dawn Special Issue Vol 13 No 6 (Dec 2019)

For the last several years a thickening stream of New Age books and documentaries have, to the chagrin of critics, attempted to use quantum theory to “prove” that the mind possesses causative powers. Enthusiasts say that quantum experiments demonstrate that an observer’s presence or perspective determines the nature of objects on a subatomic scale.

Recently Robert Lanza, adjunct professor at the Institute for Regenerative Medicine at Wake Forest University, argued that death itself is ultimately a mental phenomenon – we “die” because the mind perceives demise.1

Researchers are rightly vexed when concepts in quantum theory are picked over in slipshod or sensationalistic ways. Most scientists want to slam shut the door on this (admittedly dim) connection between quantum physics and the vaunted reality-shaping properties of the mind. But ongoing findings in quantum physics – when considered without half-baked understanding – keep pushing the door back open.

There is place for a conversation between physicists and serious people in the metaphysical culture – including those who are interested in the widely maligned practice of “positive thinking,” which holds that thoughts influence reality. Scientific authorities quickly shoot down the starting proposition that quantum theory raises a viable question about the causative influence of the mind, at least in a world of subatomic particles and waves. Many scientists object that such notions arise from a misunderstanding of quantum data.

Yet, if approached with care, this discussion – of whether observation evinces causal properties in a world of waves and particles – deserves the ear of reasonable people.

First the basics: Physics journals today routinely discuss what is called the “quantum measurement problem.” Many people have heard of some version of it. In essence, more than eighty years of laboratory experiments show that atomic-scale particles appear in a given place only when a measurement is made. Astonishing as it sounds – and physicists themselves have debated the data for generations – quantum theory holds that no measurement means no precise and localised object on the atomic level.

Put differently, a subatomic particle literally occupies an infinite number of places (a state called “superposition”) until observation manifests it in one place. In quantum mechanics, a decision to look or not look actually determines what will be there. In this sense, an observer’s consciousness determines objective reality in the subatomic field.

Some physicists would dispute that characterisation. Critics sometimes argue that certain particles are too small to measure; hence any attempt at measurement inevitably affects what is seen. But there exists a whole class of “interaction-free measurement” quantum experiments that don’t involve detectors at all. Such experiments have repeatedly shown that a subatomic object literally exists in more than one place at once until a measurement determines its final resting place.

How is this actually provable? In the parlance of quantum physics, an atomic-scale particle is said to exist in a wave-state, which means that the location of the particle in space-time is known only probabilistically; it has no properties in this state, just potentialities. When particles or waves – typically in the form of a beam of photons or electrons – are directed or aimed at a target system, such as a double-slit, scientists have found that their pattern or path will actually change, or “collapse,” depending upon the presence or measurement choices of an observer. Hence, a wave pattern will shift, or collapse, into a particle pattern. Contrary to all reason, quantum theory holds that opposing outcomes simultaneously exist.

The situation gets even stranger when dealing with the thought experiment known as “Schrodinger’s Cat.” The twentieth-century physicist Erwin Schrodinger was frustrated with the evident absurdity of quantum theory which showed objects simultaneously appearing in more than one place at a time. Such an outlook, he felt, violated all commonly observed physical laws. In 1935, Schrodinger sought to highlight this predicament through a purposely absurdist thought experiment, which he intended to force quantum physicists to follow their data to its ultimate degree.

Schrodinger reasoned that quantum data dictates that a sentient being, such as a cat, can be simultaneously alive and dead. A variant of the Schrodinger’s Cat experiment could be put this way: Let’s say a cat is placed into one of a pair of boxes. Along with the cat is what Schrodinger called a “diabolical device.” The device, if exposed to an atom, releases a deadly poison. An observer then fires an atom at the boxes. The observer subsequently uses some form of measurement to check on which box the atom is in: the empty one, or the one with the cat and the poisoning device. When the observer goes to check, the wave function of the atom – i.e., the state in which it exists in both boxes – collapses into a particle function – i.e., the state in which it is localised to one box. Once the observer takes his measurement, convention says that the cat will be discovered to be dead or alive. But Schrodinger reasoned that quantum physics describes an outcome in which the cat is both dead andalive. This is because the atom, in its wave function, was, at one time, in either box, and either outcome is real.


Schrödinger’s cat thought experiment: a cat, a flask of poison, and a radioactive source are placed in a sealed box. If an internal monitor (e.g. Geiger counter) detects radioactivity (i.e. a single atom decaying), the flask is shattered, releasing the poison, which kills the cat. The Copenhagen interpretation of quantum mechanics implies that after a while, the cat is simultaneously alive and dead. Yet, when one looks in the box, one sees the cat either alive or dead, not both alive and dead. This poses the question of when exactly quantum superposition ends and reality collapses into one possibility or the other.

Of course, all lived experience tells us that if the atom went into the empty box, the cat is alive; and if it went into the box with the cat and the poisoning device, the cat is dead. But Schrodinger, aiming to highlight the frustrations of quantum theory, argued that if the observations of quantum-mechanics experiments are right you would have to allow for each outcome.

To take it even further, a cohort of quantum physicists in the 1950s theorised that if an observer waited some significant length of time, say, eight hours, before checking on the dead-alive cat, he would discover one cat that was dead for eight hours and another that was alive for eight hours (and now hungry). In this line of reasoning, conscious observation effectively manifested the localised atom, the dead cat, the living cat – and also manifested the past, i.e., created a history for both a dead cat and a living one. Both outcomes are true.

Absurd? Impossible? Yes to that, say quantum physicists – but decades of quantum experiments make this model – in which a creature can be dead/alive – into an impossible reality: an unbelievable yet entirely tenable, even necessary, state of nature. Schrodinger’s thought experiment forced a consideration of the meaning of quantum mechanics (though not many physicists pay attention to the radical implications).

Why is there an apparent divide in our view of reality, in which one set of rules governs the events of the micro world and another set governs the macro world? It may be due to the limits of our observation in the macro world. Some twenty-first-century quantum physicists call this phenomenon “information leakage.”

The theory of “information leakage” holds that the apparent impossibilities of quantum activity exist all around us. They govern reality. However, when we step away from whatever instrument we are using to measure micro particles and begin looking at things in larger frames and forms, we see less and less of what is really going on. We experience a “leakage” of data. William James alluded to a similar dynamic in his 1902 Gifford Lectures: “We learn most about a thing when we view it under a microscope, as it were, or in its most exaggerated form. This is as true of religious phenomena as of any other kind of fact.”

Only future experiments will determine the broader implications of sub-natural phenomena in the mechanical one in which we live. For now, however, decades of quantum data make it defensible to conclude that observation done on the subatomic scale: (1) shapes the nature of outcomes, (2) determines the presence or absence of a localised object, and (3) possibly devises multiple pasts and presents. This last point is sometimes called the “many-worlds interpretation,” in the words of physicist Hugh Everett. This theory of “many worlds” raises the prospect of an infinite number of realities and states of being, each depending upon our choices. And here we encounter the frustrating but persistent thesis of positive thinking, which holds, in some greater or lesser measure, that our thoughts influence – concretely – our experience.

Neville Goddard (1905–1972)

Everett’s concept of multiple worlds and outcomes based on the vantage point of the observer finds its closest metaphysical analogue in the ideas of Neville Goddard,2 a mid-twentieth century mystical writer and lecturer who reasoned that our thoughts create an infinitude of realities and outcomes. Neville (who went by his first name) argued that everything we see and experience, including one another, is the product of what happens in our own individual dream of reality. Through a combination of emotional conviction and mental images, Neville believed, each person imagines his own world into being – all people and events are rooted in us, as we are ultimately rooted in God. When a person awakens to his true self, Neville argued, he will, in fact, discover himself to be a slumbering branch of the Creator clothed in human form, and at the helm of infinite possibilities.

Most quantum physicists wouldn’t be caught dead/alive as Schrodinger’s cat reading an occult philosopher such as Neville. Indeed, many physicists reject the notion of interpreting the larger implications of quantum data at all. “Shut up and calculate!” is the battle cry popularised by physicist N. David Mermin. The role of physics, critics insist, is to measure things – not, in Einstein’s phrase, to lift “the veil that shrouds the Old One.” Leave that to gurus and philosophers, but, for heaven’s sake, critics argue, keep it out of the physics lab. Others adopt the opposite position: If physics isn’t for explaining reality, then what is it for?

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The latter principle may carry the day. A rising generation of physicists, educated in the sixties and seventies and open to questions of consciousness, is currently reaching positions of leadership in physics departments (and gaining authority in areas of grant-making and funding). This cohort was educated in a world populated by Zen and motorcycle maintenance, psychedelic experimentation, and Star Trek; they tend to be open to philosophical questions and meta-analysis. As scientists they are every bit as rigorous as the past generation of classical empiricists. Hence, we could be on the brink of a renaissance of inquiry into the most remarkable scientific issue since Newton codified classical mechanics. As more data is known, purveyors of quantum physics and metaphysics may be headed for a new and serious conversation.

But the pitfalls are too important not to consider before waltzing off into the world of “both/and” realities. To the frustration of scientists, spiritual seekers often prove overeager to seize upon the implications of quantum data, declaring that we now have proof that the universe is the result of our minds. The correlation between the events of the micro world and those of the daily life that we see and feel is far from clear. Spiritual seekers should resist the temptation to cherry-pick from data that seems to confirm their most deeply cherished ideas. Likewise, physicists should be patient with lay seekers who want to ponder the possibilities of quantum physics. If the right balance can be struck, serious and thoughtful people from both worlds, science and spirituality, have something to talk over. Such a discussion may, ultimately, revolutionise how we see ourselves in the twenty-first century as much as Darwinism did in the Victorian age.

This article was published in New Dawn Special Issue Vol 13 No 6.

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Footnotes

1. Does Death Exist? New Theory Says ‘No’ by Robert Lanza, M.D., www.huffpost.com/entry/does-death-exist-new-theo_b_384515
2. The Greatest Philosopher You’ve Never Heard Of by Mitch Horowitz, https://
medium.com/universal-quest/the-greatest-philosopher-youve-never-heard-of-336231e26885

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About the Author

Mitch Horowitz is a writer-in-residence at the New York Public Library, a lecturer-in-residence at the Philosophical Research Society in Los Angeles, and the PEN Award-winning author of books including Occult America; One Simple Idea: How Positive Thinking Reshaped Modern Life; and the The Miracle Club: How Thoughts Become Reality. Follow him @MitchHorowitz.

Mind-Blowing Facts About Our Reality | The Secrets of Quantum Physics | Spark

Spark Sep 30, 2022 #Spark#physics Professor Jim Al-Khalili traces the story of arguably the most important, accurate and yet perplexing scientific theory ever: quantum physics. The story of quantum physics starts at the beginning of the 20th century with scientists trying to better understand how light bulbs work. This simple question soon led scientists deep into the hidden workings of matter, into the sub-atomic building blocks of the world around us. Here they discovered phenomena unlike any encountered before – a realm where things can be in many places at once, where chance and probability call the shots and where reality appears to only truly exist when we observe it.

(Submitted by Ben Gilberti, H.W., M.)