Posts Tagged ‘Quantum’

QUANTUM LIFE FORCE

April 15, 2016

Biological systems use Quantum Mechanics continually, at the smallest scale. That’s what I think, but I think this, because it’s obvious: molecular biology is all about transporting protons and electrons. Those “elementary particles” are not little balls. They are fully Quantum objects, here, there and everywhere. Quantum Physics describe their behavior. I used to find the Quantum weird, because I was taught that it was weird. But no more: it’s Classical Mechanics which I find weird.

For example, Classical Mechanics has edges: objects terminate with a border. But what is the border made of? Quantum Physics says there are no borders, just fuzzy zones of waning influences.

Quantum Entanglement & Coherence Does Not Just Hold DNA Together. It Enables DNA To Communicate With Its Environment, Both Ways.

Quantum Entanglement & Coherence Does Not Just Hold DNA Together. It Enables DNA To Communicate With Its Environment, Both Ways.

This is from a biological paper from Rutgers in 2014, “Improvement of DNA and RNA sugar pucker profiles from semiempirical quantum methods”

That the Quantum is fundamental for biology is proven for chlorophyll. Basically Quantum Non-Locality inside the chlorophyll molecule enables to find the lowest energy outcome for electrons excited by light in a way which is (classically) magical.

From Nature:

http://www.nature.com/news/2011/110615/full/474272a.html:

“On the face of it, quantum effects and living organisms seem to occupy utterly different realms. The former are usually observed only on the nanometre scale, surrounded by hard vacuum, ultra-low temperatures and a tightly controlled laboratory environment. The latter inhabit a macroscopic world that is warm, messy and anything but controlled. A quantum phenomenon such as ‘coherence’, in which the wave patterns of every part of a system stay in step, wouldn’t last a microsecond in the tumultuous realm of the cell.

Or so everyone thought. But discoveries in recent years suggest that nature knows a few tricks that physicists don’t: coherent quantum processes may well be ubiquitous in the natural world. Known or suspected examples range from the ability of birds to navigate using Earth’s magnetic field to the inner workings of photosynthesis — the process by which plants and bacteria turn sunlight, carbon dioxide and water into organic matter, and arguably the most important biochemical reaction on Earth.

Biology has a knack for using what works, says Seth Lloyd, a physicist at the Massachusetts Institute of Technology in Cambridge. And if that means “quantum hanky-panky”, he says, “then quantum hanky-panky it is”. Some researchers have even begun to talk of an emerging discipline called quantum biology… laboratory physicists interested in practical technology are paying close attention. “We hope to be able to learn from the quantum proficiency of these biological systems,” says Lloyd. A better understanding of how quantum effects are maintained in living organisms could help researchers to achieve the elusive goal of quantum computation, he says. “Or perhaps we can make better energy-storage devices or better organic solar cells.”

Massimo Pigliucci, a biology PhD paid as a chaired philosopher, and esteemed enough as a philosopher of science to be invited as a speaker to exclusive conferences for top physicists desperately looking for ideas, somewhere, somehow, anywhere, sort of concurred with me:

Massimo: “There clearly is a logic to evolution, albeit not a Newtonian one.”

Indeed. As I said so many times before. And we can see this ever more precisely. Newton anticipated several things, but not the Quantum. The Quantum is at the core of physics (= nature), and thus biology. It is just a matter of time, probably only a few years, before the formal scientific proofs are rolled out that Quantum processes guide evolution itself (several teams are at work).

Not to say that “natural selection” does not play an important role. But the Quantum provides with much more intelligent design. Intelligent design is what the Quantum does, teleologically, even across light years (Einstein Podolski Rosen Thought Experiment, now a real experiment across more than ten kilometers).

The Quantum can influence, at a distance and globally. The Quantum sounds very much like one of these gods of lore our primitive ancestors believed in.

At the core of DNA are hydrogen bonds which are sensitive to the environment of said DNA. My guess (philosophical moment) is that the Quantum will provide that life force, or complexity driving principle, that Lamarck hoped for, and Darwin was taught when he was a student at Edinburgh around 1821 CE.

Synred objected: “Intelligent design is what the Quantum does, teleologically, even across light years (EPR)?”Frankly, that sounds silly to me. Time will tell.

I lay my traps, and mammoths fall into them. Nothing changed much that way, in 50,000 years. I replied this to Synred:

Changing the chemical environment around the double helix affects the hydrogen “bonds”. The word “bond” is misleading: a hydrogen “bond” is actually delocalized and interacts with what is outside of the DNA (this, interacting outside, beyond classical limits, is what the Quantum does). The (Quantum) tunnel effect had already been demonstrated with some enzymes.

It may sound silly to you, as it did to Einstein, 80 years ago, but it has been demonstrated, ad nauseam. Surely if a Quantum influence can cross light years, it can cross a fraction of a nanometer.

The whole mystery of Quantum Physics, the core of the debate, ever since the 1920s, has been teleology. The Quantum acts teleologically.

Teleologia is a word coined by the German philosopher Christian von Wolff in 1740. Greek teleos “entire, perfect, complete,” genitive of telos “end, goal, result, at a distance” (see tele-), + -logia (logic).

The Public Relation failure of philosophy is partly due to the fact that too few philosophers know real recent science (Goethe and Helmholtz used to, and contributed to the advancement of science).

Thus all too many  Twentieth Century philosophers created their own jargon, not anchored in the study of reality (also known as science). Instead of using scientific semantics, and the notions attached to it. The divorce between philosophy and science is only apparent. Top scientists such as  Poincaré and Gödel were also top philosophers, but most philosophers are blissfully unawares of this.

Once in Princeton University, a (then famous) philosopher came, and gave a talk. His main theme was that logic did not progress since the Greeks. Gödel was in the front row. The speaker was unaware of the Gödel incompleteness theorems.

No wonder Gödel became crazy (he starved himself, being at least in part heartbroken from the death of his wife; but the lack of appreciation of the sort exposed above played a role).

So here we are, getting full circle on the theory of evolution. Around 1800 CE, Lamarck demonstrated, with the careful study of mollusks, that biology (a word he coined) evolved. On top of the well-known artificial and natural selections, Lamarck posited two potential forces: a sort of Elan Vital (which Bergson revitalized later), and, or, a force towards greater complexity.

The young Lyell and Darwin were taught Lamarck’s evolution in Scotland, as English universities were in the grip of the Christian Church. Which, naturally enough, hated Lamarck and his evolving life, millions of years old.

That there is a force towards greater complexity is common sense: four billion years ago, life was immensely simple. Now some of the simplest animals around, such as aplysia, the swimming sea mollusk, famed for its memory and 600 neurons, is immensely complex, much more so than any art ever crafted by human beings.

Quantum Physics operate at a distance, it operates by finding (sometimes), at a distance, the lowest energy solution. It computes, mimicking what looks like the most primitive form intelligence could take.

Being teleological, the Quantum is fully capable, given enough time, of helping chance & necessity evolve a little bit of intelligent design. (Nobel Laureate Jacques Monod wrote, in his famous book, that evolution came from chance and necessity. But, central to necessity is the Quantum.)

And of course evolution was bound to stumble on it, and embrace it, all the more as it is the mother nature who gave birth to her.

Patrice Ayme’  

No Multiverse, No Teleportation. Yet Quantum Consciousness?

June 27, 2015

There is a flaw, at the very root of the definition of the Multiverse:

Multiverse partisans believe anything, any physics, is possible. However if such is the case, among those possibilities, the universe is one of them. But then, if the Universe exists, there is just one universe, and the Multiverse can’t be!

Logic is a terrifying thing for those who have too little…

[The preceding is actually the latest variant, thanks to yours truly, of the 25 centuries old Cretan Paradox.]

We are led by some physicist who, not only have little knowledge, and little imagination, but they don’t have much logic, either! We look up to physics, because we look up to intellectual, or, more precisely, logical, scientific leadership. Prominent statements about the “Multiverse” or “Teleportation”, though, go the other way.

"Teleportation" Is About States, Not Particles. Nothing Simplistic!

“Teleportation” Is About States, Not Particles. Nothing Simplistic!

In one of the world’s major science museum, instruction is conducted for children between the age of 4 and 94 years old. Somewhere above the mastodonts and triceratops’ fossils is an special exhibition of the science of science-fiction.

An exhibit was about “teleportation”. There I was informed that particles had been successfully “teletransported” by “scientists” already.

I was so pleased to be informed of this that I teletransported all those who believe such inanities to a mental asylum.

They make a drastic mistake: confusing “particle” and “state”.

Particles cannot be “teletransported”. To pretend otherwise is a complete affabulation. What can be “teletransported” are Quantum States.

http://www.sciencealert.com/physicists-have-quantum-teleported-a-particle-of-light-across-25-kilometreshttp://www.sciencealert.com/physicists-have-quantum-teleported-a-particle-of-light-across-25-kilometres

The staff of Sciencealerts, 22 September, 2014, used the following banner: “Physicists have quantum teleported a particle of light across 25 kilometres.”

No, they did not. They teleported the state of a third photon.

This sort of confusion goes to the core of the mental retardation in which physics has spent most of the Twentieth Century. I pointed out that it originated with Einstein. Einstein made the following statement, which I view as an extreme error:

“Energy, during the propagation of a ray of light, is not continuously distributed over steadily increasing spaces, but it consists of a finite number of energy quanta LOCALIZED AT POINTS IN SPACE, MOVING WITHOUT DIVIDING and capable of being absorbed or generated only as entities.”

https://patriceayme.wordpress.com/2015/03/26/einsteins-error-the-multiverse/

That opinion of Einstein  above,  “the propagation of a ray of light… consists of a finite number of energy quanta LOCALIZED AT POINTS IN SPACE, MOVING WITHOUT DIVIDING” is complete affabulation, a fantasy. Yes, I know, Einstein got the Nobel Prize in Physics for it, and, thus, by saying this, I do not just grab Einstein by the horns, but the entire physics establishment. As Martin Luther would say, though, I see no other way…

I affabulate, and fantasized too, most often. However, when I do, while searching for truth, I try to respect known, well-established facts. In 1905, Einstein could imagine things about photons the way he did. Why not? It was natural: from Lucretius to Newton, most thinkers believed in particles. Particles were supposed to be the ultimate atoms of matter (atom means, in Greek, what cannot be divided).

However, since then, facts have intervened. The “particle” hypothesis became untenable. Indeed, the particular effect, how,  the Quantum shows up, is only how the energy of fundamental processes is released. In complete conflict, how the fundamental process proceeds is all about waves.

Einstein himself, after talking extensively about this with the (physicist and) philosopher Karl Popper, came to write the “EPR” paper… what is now called TELEPORTATION.

Einstein called this teleportation of states a “spooky interaction at a distance“. In truth, it’s an obvious consequence that fundamental processes are computed with waves, and waves are, by definition, NON-LOCAL.

***

Quantum Computing: What’s the Difference, And How Conscious Is It?

Present computing is similar to computing with water canals, one primitive manipulation at a time. Quantum Computing will be about computing with the interferences waves bring.

For more on Quantum Waves:

https://patriceayme.wordpress.com/2014/04/05/quantum-wave/

And there a quandary is presented: Quantum behavior has much in common with the attributes of consciousness. Thus a full computer may well behave unpredictably, and as if it had consciousness, but also, truly, be conscious. We wouild be not just facing Artificial Intelligence, but Artificial Consciousness.

Skynet may not just acquire control, but be sentient…

This, I do believe, is a real “danger”. Working on the Quantum Computer, is working on Artificial Consciousness. However, the proximal danger is that the aura of contagious stupidity has infected what passes for political leadership. To with European “leaders”, leading into the abyss, because the Greek leader has decided to submit the latest austerity measures to a referendum by the Greek People.

Does not the Greek Prime Minister know that the People does not rule? Demo-cracy = Demos Kratos, People Power. Not what we have. How come the Prime Minister of Greece does not know the basics of the corrupto-world we live in? Democracy is just a word polite people of wealth and taste use to mask plutocracy.

The Greeks want a referendum on whether they want to suffer some more? Unforgivable. So negotiations of the worthies with uppity Greece are interrupted. The CE chief, J-C Junkers is little more than a polyglot Mafioso, having managed the tax evasion of hundreds of billions of Euros of hundreds of companies, when he “led” Luxembourg. Now he can talk tough.

Insanity in physics has shown the way to insanity in politics and ethics. Inspired by the Schrodinger cat who is supposed to be both dead and alive, our great leaders thought they could get away with being all about money, and all about the people. If you don’t like this universe, go live in another.

(OK, maybe our great political leaders do not know enough physics to think this consciously; however the little critters who advise them, and write their discourses for them have themselves friends who feel they are very smart, and that physics says one can be all things to all people, at the same time. So the pernicious influence of mad physics go far, that way. And it has penetrated ethics, indeed.)

Even the Pope has noticed that supposedly refined economics, such as “cap and trade” (a European invention now used in California) were obviously inspired by the Devil. He condemned them. But, nowadays, like Schrodinger’s Cat, our great leaders imagine they can be the Devil and the Good Lord at the same time, in different places, and we will still embrace their feet religiously, our hearts frantic with unbounded admiration.

Time to cut the Gordian knot, with a very sharp sword. A sword cannot cut the universe in two (as the naïve Multiversists believe), but it can certainly cut the crap. And teletransport minds to a state closer to reality.

Patrice Ayme’

Quantum Fraud?

May 29, 2015

QUANTUM THEORY A FRAUD?

That Quantum Theory is a fraud, I have believed for decades. I still remember a seminar I gave in Stanford, a bit about that, and the hatred I got in return. But it seems my point of view is finally gaining ground, among the powers that be.

I believe in moods. A mood is a neurohormonal state. It is culturally transmitted (although there are genetic factors, as the case of the incredibly fierce Catarina Sforza makes clear). Consider Athens: when it was a Direct Democracy, Athenians were ready to die for freedom. A century later, the mood had changed. When a sea battle against the Macedonians turned badly, the Athenian captains were not keen to fight to death. Instead, they surrendered Direct Democracy for 24 centuries (and counting).

Sforza: "Se io potessi scrivere tutto, farei stupire il mondo"

Sforza: “Se io potessi scrivere tutto, farei stupire il mondo”

[Caterina Sforza: If I were to write all, I would shock the world. She died in 1509, aged 46, from pneumonia. Earlier, for decades, she had been one of the fiercest war and love leaders of Renaissance Italy. She did not hesitate to engage in atrocities, and hand to hand combat, surrender not an option.]

What happened with Direct Democracy? Why did the Athenian fleet surrender readily when confronted to Macedonian plutocracy, whereas, time and time again, Athens had fought the Persians to death at Marathon, at Salamis, on the seas, in Boeotia, in Egypt, etc.?

Well, dominance by pro-fascist philosophers (Socrates, Plato, Aristotle) changed the mood from fighting to death for freedom, towards tolerance for fascist leadership (from Solon 594 CE, to the philosophers around Pericles, the mood had been just the opposite).

The ultimate mood is the one pertaining to reality. Is reality real, or should it be just what the masters want it to be. Can one make fun of reality, Should we?

Making fun of reality? What else does standard Quantum Theory, the so-called “Copenhagen Interpretation”, when it considers that cats are alive and dead, SIMULTANEOUSLY?

I spent most of my life worrying about what is really real in physics. That implied really wondering if the supposedly greatest minds in physics were really for real. Or whether they, and their admirers, were delusional, if not outright fraudulent.

I am happy to see my point of view starting to be shared by the Establishment.

Owen Maroney, a physicist at the University of Oxford, Great Britain “worries that physicists have spent the better part of a century engaging in fraud”. Says Nature, 20 may 2015 in: “Quantum Physics; What Is Really real?”:

Ever since they invented quantum theory in the early 1900s, explains Maroney… [physicists] have been talking about how strange it is — how it allows particles and atoms to move in many directions at once, for example, or to spin clockwise and anticlockwise simultaneously. But talk is not proof, says Maroney. “If we tell the public that quantum theory is weird, we better go out and test that’s actually true,” he says. “Otherwise we’re not doing science, we’re just explaining some funny squiggles on a blackboard.”

Those inclined to philosophy, economics, sociology and the like may scoff about wondering about “fraud” in theoretical physics. However the taking-over of “austerity”, also known as plutocracy, is directly related to a loss of a correct sense of reality.

This sense of reality is directed by the head, the top thinkers, and the fish rots by the head.

An example is Einstein’s discovery, or, should we say, explanation, of the photoelectric effect. It’s no doubt correct. Or, let me rephrase this more correctly, the zeroth order explanation of the photoelectric effect by Einstein is correct. It was a trivial idea, but still a new idea. What Einstein did was to suppose that electromagnetic energy was absorbed by packets. Planck, in reasoning that was much harder, conceptually, logically and mathematically, had introduced the quantification of radiation for emission (inside a cavity). That is, that radiation was emitted by packets.

Einstein made a logical hyper-jump.

What’s a logical hyper-jump? I am introducing the notion, it’s globally valid in all theories. It consists in introducing a new axiom, emotionally inspired. The emotion here is that Planck had emitted packets. Einstein decided to receive them. It’s the symmetrical emotion.

But that’s all the logic there was, and this infuriated Planck.

Einstein, as I have explained, did not stop here: he made another logical hyper-jump. That one, he did not need to explain the photoelectric effect. That was the start of the dead-live (“Schrodinger”) cat madness, and thus the Multiverse deranged debasement of reality itself.

When the elite thinkers are idiots, or, worse, deliberately fraudulent, it is no wonder that the 99.9% are like babies one steals lunch, if not life, from.

Patrice Ayme’

Entropy & Quantum: The Relativity of States

May 17, 2015

Entropy (usual symbol S) measures the number of specific ways in which a thermodynamic system may be arranged. It measures the number of states. It is understood as a measure of disorder.

Another part of physics which worries about states is Quantum Physics. A Quantum Process is associated to a Quantum Space which turns out to be a Hilbert Space (a complete complex vector space with a metric; basically the nices, simplest high dimensional complex vector space one can conceive of). The measurement is identified with an operator (say A) in said space, which has eigenspaces and eigenvalues (Av = av; where v is a vector called an eigenvector, and a, a complex number, the eigenvalue).

Forget Cats. In Which States Is The World Really In?

Forget Cats. In Which States Is The World Really In?

[Haroche, from the ENS lab in Paris which invented optical pumping, thus the laser, 62 years ago, and Wineland, from Boulder, got the Nobel in 2012.]

Both Entropy and the Quantum suffer of the same problem, namely: what is a state? Can state be absolutely defined?

As it is, things have been all too relative.

This is exemplified in Quantum Physics with the Schrodinger Cat Paradox. A cat is put in a box, with an infernal Quantum mechanism that is supposed to gas it (shortly after, the Nazis did for real… Interesting Freudian slip that German and Austrian physicists were involved with the idea of mixtures of dead and live cats).

The question is whether mixing live and dead cat waves is a full description of the system. It obviously stretches credulity. This was the argument of Schrodinger (initiated in exchanges with Einstein).

From the point of view of the cat, inside the box, the waves, states, and chosen Quantum spaces would be quite different

My wished-for-solution?

Apply an order on Hilbert spaces, according to fullness of description, and consider only ultrafilters (in the topological sense) as genuinely representative of the best approximation of reality. Hey, nobody said we should not think big… Anyway, that’s my answer to the Multiverse and its multiversists.

Now back to entropy.

As it exists, thermodynamics is about particles. Thus, it infeodated to the problem of states in Quantum Physics. Hence solving the Quantum Cat problem solves the problem of Entropy.

Or does it?

The deepest problem subjacent to Quantum Physics is whether some sort of thermodynamics could be, and thus should be, applied to the isolated particle (I believe it could, and should).

The Haroche and Wineland methods, above, are a step in the right direction, namely measuring what the real states, the ultimate element of reality of the world, are.

So is Entropy useless? Is it physics? Yes, it is physics, just like computer science is science. Both are emergent aspects of the world. Not as fundamental as a future sub-Quantum Physics, but all the fundamentalism, and no more, that we need, much of the time.

Patrice Ayme’

EINSTEIN’S ERROR: The Multiverse

March 26, 2015

In 1905, his so-called Wonder Year, Albert Einstein presented a theory of the photoelectric effect. The new idea came in just two lines. However I boldly claim that Einstein’s theory of the photoelectric effect, although crucially correct, was also crucially wrong.

I claim that Einstein talked too much. His intuition was not careful enough, and too tied up with old fashion particles. Quantum Mechanics, one of the inventors Einstein was, questioned the very nature of elementary particles. Einstein imposed, at the outset, a solution, which, I claim, was erroneous.

What Einstein ought to have said is that electromagnetic energy was absorbed in packets of energy hf (h was Planck’s Constant, f the frequency of the light). That explained immediately the photoelectric effect. It was just enough to explain the photoelectric effect.

My Intuition Is More Informed Than Yours

My Intuition Is More Informed Than Yours

***

PHOTOELECTRIC EFFECT EXPLAINED SOLELY AS RECEPTION QUANTIZATION:

An electron receiving energy from light, receives a packet hf. If f is too small, the electron cannot be emitted: the electron needed some energy, say A, to escape the material. One needs hf > A.

Nor can an electron just pile up energy from light until the stored energy exceeded A. Why? Because energy is RECEIVED in such packets, and only these packets. It was hf, or nothing.

That explanation of the photoelectric effect was both necessary and SUFFICIENT. Such an explanation is exactly the symmetric statement of the one made by Planck in 1900.

(Planck did much more than that, he had to invent his constant, and it is astounding that he did not explain the photoelectric effect, as he had done 99% of the work).

Should Einstein have said what I said, he would have explained the photoelectric effect, instead of putting all of physics on an erroneous path.

***

EINSTEIN LOCALIZATION, AN ERRONEOUS HYPOTHESIS:

However, Einstein instead said something prophetic he had no reason to proffer.

Here is Einstein statement from 1905, translated from German:

“Energy, during the propagation of a ray of light, is not continuously distributed over steadily increasing spaces, but it consists of a finite number of energy quanta LOCALIZED AT POINTS IN SPACE, MOVING WITHOUT DIVIDING and capable of being absorbed or generated only as entities.”

[I emphasized what I view as the grievously erroneous part.]

With Planck’s E = hf, this is what gave Einstein the Nobel Prize in 1921. So not only Einstein got it wrong, but so did the Nobel committee.

(Planck objected strenuously, because he never meant for the Electro-Magnetic field to be quantized outside the blackbody cavity. I agree about quantization upon reception, as that explanation works. My objection is that Einstein had no proof of what he advanced about LOCALIZATION.)

Einstein claimed that light is made of “quanta localized at points in space, moving without dividing”. Thus, Einstein invented elementary particles. Einstein had no reason for of this fabrication, whatsoever, and did not need it, as I said.

***

THE POISONOUS WAVE-EIGENSTATE SALAD:

Fast forward thirty years. By then, thanks to the likes of Dirac (inventor of Quantum Electro Dynamics, who stumbled on Cartan’s Spinor Space and Antimatter) and Von Neumann (Functional Analysis maven), etc. the Quantum formalism had been sculpted like Mount Rushmore in the mountains of natural philosophy.

The formalism consisted in claiming that the elementary particles invented by Albert were vectors in a (Hilbert) space whose basis was made of the possible results of the experiment E.

The mathematics worked well.

However, IF Einstein’s initial invention was false, so was the picture of reality it conveyed.

And indeed, as we saw, Einstein had no reason to claim what he did: he violated Newton’s “Hypotheses Non Fingo” (“I do not FABRICATE hypotheses”… my translation).

Isaac Newton: …”I do not fabricate hypotheses. For whatever is not deduced from the phenomena must be called a hypothesis; and hypotheses, whether metaphysical or physical, or based on occult qualities, or mechanical, have no place in experimental philosophy. In this philosophy particular propositions are inferred from the phenomena, and afterwards rendered general by induction.”

***

DEMOLISHING THE MULTIVERSE ERROR:

Galileo, to expose his ideas more pedagogically, set-up a trialogue, between “Simplicius” and two others (one being Galileo himself).

I pursue my exposition of what those who believe in the Multiverse cannot dare to articulate, as it would expose their utter confusion, and more:

Simplicius: So you say that Einstein fabricated localized Quanta, out of his fertile imagination, and that axiom wrecked all of physics?

Patrice Ayme: Exactly. I would prefer to call it not fertile, but obsolete, imagination. After Einstein had fabricated his seemingly innocuous hypothesis, the localized elementary particle, the next step was to identify it with the wave function.

Simplicius: Do you not insist that the world is mostly made of Quantum Waves?

PA: Yes but “Wave Functions” are just fist order approximations of “Quantum Waves”. “Wave Functions” cannot be real, they are mathematical artefacts.

Simplicius: How come?

PA: Wave functions are made of end states, the so-called eigenvectors, the end products of experiments. That makes wave functions intrinsically teleological, made up of the future. You may as well identify human beings to their tombstones, that’s how they end up.

Simplicius: What is the connection with the Multiverse?

PA: Wave functions are intrinsically multiversal, they are made by adding different outcomes, as if they all happened. But only one can ever happen, in the end. However, when in flight, we are been told that (Einstein’s) localized particle is made of as many pieces of universes as there are eigenstates.

Simplicius: So you conclude that Einstein’s localized quantum hypothesis plus the basic Quantum Formalism implies that the simplest elementary particle is made of pieces of different universes that will happen in the future?

PA: Exactly. Einstein, in conjunction with the Hilbert formalism, invented the Multiverse. This is what Everett observed, and, at the time, it made the inventors of Quantum Mechanics (minus Planck and Einstein) so uncomfortable that Everett was booted out of theoretical physics, an even his adviser Wheeler turned against him.

Simplicius: But did not Einstein demonstrate with the EPR thought experiment that “elements of reality” could not be localized?

PA: Exactly. With a little help from Karl Popper, maybe. Entanglement has been experimentally shown to not be localizable with the metric used in General Relativity. So light quanta themselves not only are not points, something that was obvious all along, sorry Einstein, but also, the speed of light is an emerging metric for the Universe.

It has been a conspiracy all along.

Simplicius: Conspiracy?

PA: Yes, there is a famous mistake in Dirac’s Principles of Quantum Mechanics. He insists that a photon interfere only with itself. That is demonstrably false (radio interference and independent lasers playing double slit). Dirac had to say that to NOT make the Quantum Waves themselves the main actors.

Simplicius: Why would physicists conspire to push false physics?

PA: Because, if they admit that their physics is false, and have nothing better to propose, they are losing status. (Whereas I improve mine by showing why they are wrong.)

Another point is that the “Multiverse” is suitably mysterious and absurd to impress common people. It is obviously the greatest miracle imaginable, so those who have penetrated this secrecy are very great men.

WHAT IS GOING ON?

We saw Einstein’s hypothesis of localization led to the Multiverse. As the Multiverse is unacceptable, so is the localization hypothesis.

But we already knew this in several ways (diffraction, 2-slit, and other non-local wave effects; plus EPR style experiments, let alone the QM formalism itself, which also predicts non-localization).

The intuition of the real sub-quantic theory depends, in part, on such facts.

Patrice Ayme’

P/S (2021); In one sentence: The multiverse theory comes from a nefarious cognitive interference between Einstein’s unproven theory of momentum-energy pointwise localism with the nonlocal nature of (quantum) dynamics.

Three Neurons, Free Will

March 15, 2015

Modern Slaves Are Predictable, Free Worms Are Not:

Enough of these sad songs about how plutocracy, stupidity, cowardice and greed rule! Worms are smart, and willful! Yes, even worms have Free Will. Too bad for those who thought god controlled everything. Too bad for those who thought animals were machines. Too bad for those controlled by a decerebrating media: they are predictable, whereas worms are not.

That worms have free will is what a study led by Cori Bargmann shows. She is, among other titles, Torsten N. Wiesel Professor, head of the Lulu and Anthony Wang Laboratory of Neural Circuits and Behavior at Rockefeller University (Americans love complicated titles, they aspire to aristocracy; Wiesel a Swedish neurologist, got the Nobel, and was president of Rockefeller).

Brainy Blonde Cori Bargmann “Think Like A Worm”

Brainy Blonde Cori Bargmann “Think Like A Worm”

Researchers can genetically engineered just two, or three neurons in the worm’s head to glow bright green if those neurons respond.

Each neuron in the worm’s brain is assigned a three letter name. By zapping specific neurons with a laser beam, the neuron’s role is deduced from whatever function the worm lost.

So doing, working through the 302 neurons of Caenorhabditis elegans, Cornelia Bargmann discovered that just one neuron control worm hibernation and that worms have a sense of smell, and taste.

In 2011, Bargmann was asked what would be required to understand the worm’s nervous system fully. “You would want to understand a behavior all the way through, and then how the behavior can change. That goal is not unattainable.”

Well, in the end, I believe the behavior of neurons will be found to boil down to Quantum, or even SUB-Quantum physics. So, in the end, there will be no full understanding, just good guesses.

This is indeed what Bargmann discovered in 2015 points towards.

[See below much of the press release from Rockefeller. Also a 2011 NYT’s article on Bargmann’s lab, “In Tiny Worm, Unlocking Secrets of the Brain” may help.]

***

FREE WILL WORM GNAWING OLD PHILOSOPHY:

First, let me philosophize on this recent scientific discovery, which is bound to shatter many old illusions. Philosophy means guess further, or observe, what it all means, or could mean.

Saint Bernard made a rather enlightened observation: “the animal spirit or soul is limited by time – it dies with the body.” Descartes, five centuries later, advanced the grotesque thesis that animals were machines. It was grotesque, because anybody familiar with animals can tell they have free will.

Now neurologists have put Free Will down to as little as three neurons.

Indeed, then, worms are not machines, at least not in the classical sense. Given an input, they behave in unpredictable way, differently from classical machines. That is what the neurologists found.

Do we know of machines behaving that way? Yes. Quantum machines. A Quantum machine is driven by the unpredictable certainty of Quantum Waves.

Are worms then Quantum machines? Yes and no, as Abelard would say. Not necessarily, but probably.

Worms were exposed to a stimulus, a delicious smell. The same smell, always, but it did not give rise to the same reaction. Sometimes worms wormed their way towards the source of the smell, sometimes not.

Conclusion?

The worms’ thinking prevent us to predict its behavior. (Worms are smarter than politicians, the latter being thoroughly predictable!)

Plato famously considered his cave, where people were described as watching shadows on a wall. That was supposed to depict the relationship between humans and reality. The image is still popular among philosophers, and so consequences of it trickle down to the masses.

Plato’s picture is interesting, and it sure applies to propaganda from the powerful, and the way it is received by most. But only as such. As a depiction of how the minds of free worms, let alone, free humans, works, it fails utterly.

However, as far as what science says, and thus, what philosophy ought to confirm, buttress, and fly from, Plato’s picture is now completely obsolete, deprived of reality and imagination.

If a network composed of only three neurons can have an internal mind of its own, a cave of its own, we have to review and change, the concept of mind.

So, what is a mind? A mind, even reduced to three neurons, a network of a mind, has its own mind. How could that be?

Minds are worlds, this is why and how they will. Let me explain.

Quantum Physics describes the behavior of Quantum Waves. Quantum Waves sort-of think (one thousand and one naïve philosophers screaming at this point).

What is thinking? Roughly, “looking”, or perceiving (somehow) what is out there, and then conducting a computation (of sorts) taking what is out there in consideration.

This is exactly what Quantum Waves do.

The roundworm, our hero of will, has 2,000 genes controlling its sense of smell (twice what the rats have, and rats have excellent olfaction). Roundworms do not hear, and do not see, they are all about smell.

That world of smell occupy (part of) their 302 neurons, and build up the rest.

Could we made a “classical” model of a three neuron network? Perhaps, in first order. Actually, even classical model, complete with guiding waves, have been partly made, not just on a computer, but experimentally… for Quantum Waves.

However, in the end, Quantum processes will be found to be non-local (because, well, they are). That will ultimately limit classical, guiding waves models of Quantum waves, Black Holes, or even Roundworms three neuron networks.

If a piece of a worm’s mind is a world, entangled with the rest of the galaxy at a distance, philosophy also has to stretch.

Some would say that whether minds are Quantum, or entangled at a distance, will not bring the bacon on the table: this is neither here, nor there, as it has no practical effects. They would be wrong. Indeed, Non-Local philosophical models, Non-local, Quantum models of thinking, will allow to stretch human understanding so far that it may end up meeting reality itself.

Patrice Ayme’

***

Here is much of the press release from Rockefeller University:

Analysis of worm neurons suggests how a single stimulus can trigger different responses

March 12, 2015 | Science News

Even worms have free will. If offered a delicious smell, for example, a roundworm will usually stop its wandering to investigate the source, but sometimes it won’t. Just as with humans, the same stimulus does not always provoke the same response, even from the same individual. New research at Rockefeller University, published March 12 2015, in Cell, offers a new neurological explanation for this variability, derived by studying a simple three-cell network within the roundworm brain.

Worm brain: All the neurons within this microscopic roundworm are highlighted, with the large cluster at one end representing the brain. Coelomocytes, a type of immune cell, appear as dots along the body.

“We found that the collective state of the three neurons at the exact moment an odor arrives determines the likelihood that the worm will move toward the smell. So, in essence, what the worm is thinking about at the time determines how it responds,” says study author Cori Bargmann, Torsten N. Wiesel Professor, head of the Lulu and Anthony Wang Laboratory of Neural Circuits and Behavior. “It goes to show that nervous systems aren’t passively waiting for signals from outside, they have their own internal patterns of activity that are as important as any external signal when it comes to generating a behavior.”

… By changing the activity of the neurons individually and in combination [researchers] could pinpoint each neuron’s role in generating variability in both brain activity and the behavior associated with it.

The human brain has 86 billion neurons and 100 trillion synapses, or connections, among them. The brain of the microscopic roundworm Caenorhabditis elegans, by comparison, has 302 neurons and 7,000 synapses. So while the worm’s brain cannot replicate the complexity of the human brain, scientists can use it to address tricky neurological questions that would be nearly impossible to broach in our own brains.

Worms spend their time wandering, looking for decomposing matter to eat. And when they smell it, they usually stop making random turns and travel straight toward the source. This change in behavior is initially triggered by a sensory neuron that perceives the smell and feeds that information to the network the researchers studied. As the worms pick up the alluring fruity smell of isoamyl alcohol, the neurons in the network transition into a low activity state that allows them to approach the odor. But sometimes the neurons remain highly active, and the worm continues to wander around – even though its sensory neuron has detected the odor.

By recording the activity of these neurons, Gordus and colleagues found that there were three persistent states among the three neurons: All were off, all were on, or only one, called AIB, was on. If all were off, then, when the odor signal arrived, they stayed off. If all were on, they often, but not always, shut off. And, in the third and most telling scenario, if AIB alone was active when the odor arrived, everything shut off. “This means that for AIB, context matters. If it’s on alone, its activity will drop when odor is added, but if it’s on with the rest of the network, it has difficulty dropping its activity with the others,” Gordus says.

AIB is the first neuron in the network to receive the signal, which it then relays to the other two network members, known as RIM and AVA; AVA sends out the final instruction to the muscles. When the researchers shut off RIM and AVA individually and together, they found AIB’s response to the odor signal improved. This suggests that input from these two neurons competes with the sensory signal as it feeds down through the network.

Scaled up to account for the more nuanced behaviors of humans, the research may suggest ways in which our brains process competing motivations. “For humans, a hungry state might lead to you walk across the street to a delicious smelling restaurant. However, a competing aversion to the cold might lead you to stay indoors,” he says.

In the worm experiments, the competition between neurons was influenced by the state of the network. There is plenty of evidence suggesting network states have a similar impact on animals with much larger and more complex brains, including us, says Bargmann…“In a mammalian nervous system, millions of neurons are active all the time. Traditionally, we think of them as acting individually, but that is changing. Our understanding has evolved toward seeing important functions in terms of collective activity states within the brain.”

 

 

Quantum Metaphysics Unavoidable

March 5, 2015

 

Quantum everything is unavoidable, because the world is Quantum.

When a non-Quantum explanation is advanced it has to be simple enough to be clearly non-Quantum. Yet, much that was thought to be very simple, turns out to be Quantum!

QUANTUM EFFECTS SHIELD LIFE ON EARTH:

Here is an example: the magnetic shield which protects life originates, everybody agreed, with something more or less like molten iron at more or less at the temperature of the surface of the Sun, circulating below our feet. However, the details did not work out. Researchers at the universities of Washington, Rutgers, Carnegie Institution, just revealed that “Quantum correlations between electrons” were crucial. They help generate twice the thermal convection that the old theory (from 1930), which neglected electron to electron scattering, had found!

Down In Hell, Electrons Collide, Convection Goes Up

Down In Hell, Electrons Collide, Convection Goes Up

“We uncovered an effect that had been hiding in plain sight for 80 years,” Cohen, one of the physicists, said. “And now the original dynamo theory works after all!

Of course the dynamo theory had to work, for the good and simple meta reason that there was nothing else imaginable in sight! This will to make the dynamo theory work, is an example of metaphysics in action.

METAPHYSICS HELPS DISCOVERY, PHYSICALISM IS ALL THERE IS:

Meta-whatever has its use.

Because of this Meta-Physical reason (the Dynamo Theory HAD to works, thus (some) researchers kept on searching). This is a typical aspect of how metaphysics works. The Will To Explanation is intrinsically metaphysical. (Especially when it is a will to a BETTER explanation.)

According to so-called “physicalism”, a philosophical theory, all that exists in our world (including consciousness) is physical.

Indeed, what else could it be? By definition of physis, nature is all there is. Even the god(s) would be part of nature, should they exist.

(That problem, the problem of who created god, should god exist, makes the existence of god unlikely, let me say in passing; or then “god” is another word for nature, physis… Let a million Jihadists faint.)

Nature is all-encompassing (differently from Allah in the Qur’an, who is one actor out of many, including Shatan, Djinns, Believers, Unbelievers, etc.)

Jealousy is part of nature. So is hope.

***

CLASSICAL PHYSICALISM HAS NO UNKNOWNABLE SOUL, HOWEVER, QUANTUM PHYSICALISM DOES:

All this “physicalism” sounded scary and unlikely, even ridiculous, as long as the world was viewed as made of tiny billiard balls. How could small balls, predictably colliding, do it all? What happened to Free Will? Was god himself deprived of Freedom, let alone Will?

Tempers flared.

However, a Quantum peace should have come all over. All over those aware of the Quantum, and its Wave.

The world is made of Entangled Quantum Waves, and no one knows what this entanglement exactly is, if it has a range, if it collapses. Nor does anyone know how these Quantum Waves really behave in all imaginable cases, nor how they achieve their non-locality, or whether they truly collapse, and then why and how if they do.

This is not just all metaphysical sounding, it is also at the core of extremely practical considerations for making a Quantum Computer. Life is a Quantum Computer. Since god does not exist, we need to make our own.

Nobody has any idea what these Quantum Waves are made of. Space? Mind? Even time seems to be sitting on the sidelines, as the Quantum Waves pass by, and fill the universe.

In other words, by going from Classical mechanics to Quantum Physics, our view of nature went from certain, and certainly all-too simple to the point of silliness, to certainly very mysterious, full of baffling possibilities, and nearly as ethereal as consciousness itself.

Quantum Waves can be proven to exist experimentally… with the correct philosophical perspective.

And they don’t reduce to waves a la Bohm (potential waves), or Born (probability waves; Born got the Nobel for that idea). Quantum Waves’ nature and existence can be demonstrated just a bit better than consciousness itself (especially in academic zombies).

A number of physicists, confronted by the sudden possibilities imagination was overwhelmed with, thanks to the Quantum, got over-stimulated, and fell victim of a collective mania, the Multiverse Derangement Syndrome (an attempt to deny the reality of Quantum Waves).

However, it’s somewhat also deranged to consider nature, and consciousness, while trying to go around the elephant in the bathroom, Quantum Physics, as if it did not exist.

This is what all too many thinkers are apparently doing.

In Quantum Physics as we have it, PARTICULAR aspects (when particles show-up) are an epiphenomenon (that’s why, in particular, the definition of a “particle” is not too clear). All the machinery that leads to the particular is wavy, not to say fuzzy. How much? That’s what both Quantum Computer engineers and fundamental physicists such as Haroche are trying to determine. It is both hard physics, and hard philosophy (as not just the motivations are metaphysical, but the subject at hand, Quantum Waves, is certainly metaphysical, in the sense that it is beyond physics as it is commonly understood).

Those who are interested by “grounding” our fundamental views, in particular metaphysics, cannot ignore the Quantum (and, I add, somewhat more controversially, because the conventional, probabilistic (Born), Quantum Interpretation, denies their physicalism), its Quantum Waves.

Should those who claim to try to ground thinking do so, while disdaining the Quantum, they will look deliberately incomplete. Not to say downright silly.

There are non-Quantum explanations. However physics is Quantum, and what is beyond it, metaphysics, has to recognize it is therefore defined by it.

Patrice Ayme’

FREE WILL Was Not Built Yesterday

February 4, 2015

Free Will Is No Free Lunch.

Wherein It is Shown That “Free Will” Is, At Best, a Quantum Architectural Process, Thus Something Long In The Making: If You Want Freedom, You Need To Work On Your Brain. 

In Mental Inertia, I argued that much of what humans do has to do with being dragged along with what one has become, and, or, the thing, or behavior that has already started. Many made the observation long before, but what is new is that the enormous architecture of the brain makes it amply clear why it is so. And that there are no derogation.

It remains to consider what this means for the problem of “Free Will”. And for the SOLUTION of “Free Will”.

Mental inertia is both problem and solution for “Free Will”.

The Franks Exhibited Their Colorful Variegated Wills

The Franks Exhibited Their Colorful Variegated Wills

“Free Will” causes a traditional problem for a train of thought in the West. This so-called “compatibility problem” comes from believing in an absolute, omnipotent god… Or from believing into what came to replace the omnipotent Judaic god: an absolute, omnipotent, completely deterministic Classical Mechanics.

There was a near-civil war among Catholics in France in the Seventeenth Century about the problem of “Free Will” (then called the problem of “Grace”). Blaise Pascal was on the side of the omnipotence of god (after he had a near fatal disease and became nuts). Louis XIV had to intervene, and shut down the “Jansenists“, the fundamentalists who believed in the ultra omnipotence of god.

If either omnipotent god, or omnipotent determinism, holds the universe in its grip, individuals are pre-determined. They have no freedom. There can no “Free Will”.

This is counterfactual: obviously, the Franks who founded the West, were extremely free. “Frank” means “Free”, or “Ferocious” (a distinction without a difference). And the Franks had lots of Will: a few tens of thousands of Frankish warriors came to rule over many million Gallo-Romans and Germans. The defeated all other armies in Galli and the Germanias.

How could the Franks be compatible with the old omnipotent God? Naturally, they were not: Clovis, King, Consul, and Imperator, knew this well. So Clovis re-invented God, in his own special way. All right, Constantine had done the same, two centuries earlier. Constantine, after fighting them, had allied himself to the Franks. Clovis threw away the old metaphysics of the Evangels.

As Clovis said, “if me and my Franks had been there, Jesus would never have been crucified!

It is not that Clovis did not understand the ancient passive message of submission to the child-sacrificing Abrahamic god. No. Clovis did NOT want to understand it. Where Abrahamism taught submission to the child-killing, omnipotent, freakish god, the great rabid dog in the sky, Clovis taught reason, and thus rebellion, and the dignity of common sense.

The Franks, the Free, the Ferocious, wiped clean the errors of the Greco-Roman civilization, and especially its Catholic degeneracy, and dysfunctional slavery. Frankish Will founded the civilization we have. And it was all because the Franks were so Free and Ferocious. It would have happen without.

The Franks made a caricature of old Catholicism, and threw it to the oubliettes de l’histoire.

the Franks had so much Will, that they could afford tolerance, and highly colored clothing. Tolerance was how the Franks ruled: all those unfortunates that rabid Catholicism had excluded, such as “Philosophers”, Pagans, Jews, and other traditional ideologies, were welcome back as full members of society. More than that: the Catholic TERROR was removed as a factor clamping down on the minds.

By 600 CE, everybody in the huge Imperium Francorum, was a Frank. (In another two centuries, they called themselves “Roman” again.)

Frankish Will was force. In the recent terrorist attacks in Paris, it turns out that the three attackers were viewed as terrorists (“fiché”) by the State. But the French, nowadays, have lost the Will which characterized the Franks (in the 1960s, such terrorists would have been preventively detained. This is how De Gaulle broke the OAS. Around 1,000 French are fichés.)

FREE WILL IS BACK!

Nobody serious and well educated believes in God or Classical Mechanics anymore: the former was exposed as a trick of elites, the latter has been replaced by Quantum Physics.

Thus nothing stands again to block Free Will, on a matter of principle. If I were Nietzsche, I would add something he did not think of: the old omnipotent god destroyed by its very omnipotence the very possibility of Freedom. That was the whole idea of the Roman emperors of the Late Empire, starting with Diocletian (circa 300 CE).

On the face of it, the expression “Free Will” is revealing. “Free Will”? Is there Will that is not free? Is it well known, in the West, that Will can come in a non-free variant?

Can Will be chained, or, let’s say played with, amplified? This is the very idea which makes baboon armies so dangerous, and, thus efficient: when 200 male baboons act as one, that’s 400 four centimeters long canine facing the enemy. The King of Prussia Frederik the Great’s superior military rested a lot on discipline second to none. The more an army’s soldiers have the Will of the Chief, the more efficient it is.

Is Will getting leveraged, like anything else in this singularity-of-technology age? Well, yes, of course. Just look at Jihadists; their Will is getting leveraged… Through an amplification from institutionalized hatred, much of it from electrons circulating in the Internet.

Now they show on the Internet how they burn their enemies alive.

More scientifically, yet less profoundly, Konrad Lorentz and others showed that animals with brains can be “imprinted”. Their neurobiology, exposed at particular times, such as the first time, to some input, can stay that way forever.

For example, Lorentz made baby geese behave as if he were their mother. The experience has been reproduced a lot since. Come to think of it, it is central to enable animal husbandry, so it should not be exactly news

FREE WILL: A QUANTUM ARCHITECTURE

Free Will will, of course involve all of Quantum Physics. Roger Penrose, jumping on that bandwagon, believed the Quantum would show up as originating from pretty large scale objects (“micro-tubules”). That was very far-fetched.

All what is sure, and that’s enough, is that all molecular processes (including DNA) will see the evolution of their finer features Quantum controlled.

Quantum Biology will dominate biology, within a few decades. Meanwhile, physicists had to take into account the fact that we may have no Free Will whatsoever, and thus have been condemned, in a Quantum Sisyphusian way, to repeat the Quantum Non-Locality experiments after excluding carefully all and any human being.

Per the delocalized nature of Quantum Processes, we will get there a framework for consciousness corresponding the intuition we have of it.

Then the real question becomes: how Free is a Will that emanates from Quantum Processes? Quantum Processes are delocalized, and entangled, throughout. They make an architecture. Free Will, thus, is not a point-wise effect, in the instant. It is going to be an architecture.

Free Will was not built yesterday. And it was built from a world of inputs and entanglements. We are observers, experimenters, tinkerers and explorers of our own minds. We may be free in some ways, but not of the heavens, hells, and routines we have built onto ourselves, and been imprinted with.

We can will Will, but we are not free to will a Will we did not freely willed, for a very long time, and through much hard brain work. That is why people who live under Submission, will always be slaves, even if, in their impotent hysteria, they go around and about burning people alive, here and there.

Patrice Ayme’

 

QUANTUM: De Tout Pour Faire Le Monde

January 24, 2015

QUANTUM: OBVIOUS YET ALL CHANGING

Quantum Physics is so natural that it embraces the fundamental organizing principle of superior human intelligence: “Il faut de tout pour faire un monde”.

It is continually said that Quantum Physics is “weird”. Maybe it is, but much less than any alternative previously imagined, such as Classical Mechanics. Classical Mechanics rest on a handful of strict “laws”. Instead, as we will see, the Quantum rests on just one very general principle, but, from there, enables the great freedom of spaces galore.

Indeed what is the most obvious alternative, between Classical and Quantum?

True, at first sight, the world looks classical. Yet, the classical vision, that the world made of points, is very naïve.

Electrons Make Their Own Space Around The Nucleus

Electrons Make Their Own Space Around The Nucleus

An analogy helps.

One need to go back to biology. Centuries ago, it was thought that a human being originated as an “homunculus”: a human being, just much much smaller. The truth turned out to be different: instead of keeping the same system of idea, genetics and molecular biology brought in completely new systems. The older ones are still around, but they were mostly displaced, or even partly completely replaced, by new systems of ideas.

Similarly, physicists, for centuries, thought that in the physical universe, the smaller one would look, the more one would see just the same thing, space-time with points, ever smaller. Could the small be like the big, just smaller and smaller?

That would have meant that there was no different explanation to the inner working of what we see… From what we see. Looking at the very small would not have provided with a different system of ideas (although looking at a smaller scale had provided with new systems in biology).

Such was the Classical Prejudice: smaller was not supposed to be any different. Yet plenty of phenomena were found that the “small is not any different” view could not explain.

And indeed, nature is not like that. First, Planck found that supposing that light energy was emitted in lumps explained two mysteries (Lord Kevin had called them “dark clouds”). Einstein then explained the photoelectric effect by the reception of light in lumps too.

Jumping further than he should have, he then proposed the hypothesis of “lichtquanten”.

Where did those Planck-Einstein lumps, those “Quanten” come from?

The most natural explanation was waves. In a constrained space, stable waves happen only at some frequencies. This explanation appeared with Bohr, in the constrained spaces around atoms, and was generalized with De Broglie’s Wave Principle”:

“To any particle is associated a guiding wave”.

At that point, Quantum Physics was essentially done: if it was all about waves, the uncertainty principle was obvious.

Next one had to define what a “wave” could be. Well, something given by a wave equation (what else?). Notice the difficulty: wherever we look, it’s not obvious what a wave is (just rolling out the second order partial differential equation used for bow strings will not do; although that works for that, does not make it a general principle, as we are going to see!)

The De Broglie(-“Schrödinger”) equation was just the most obvious candidate, but others appeared, like the relativistic Klein-Gordon.

Dirac rolled out the most general, simplest wave equation, the square root of the most obvious relativistic wave. That first order Dirac equation required a new space, Spinor Space (discovered independently much earlier by the mathematician Elie Cartan in 1913). It predicted a new particle: the anti-electron.

So Quantum Physics is actually the simplest imaginable logic to organize Nature as we have observed it. It’s not “weird”, it’s enlightening.

Notice that I implicitly solved the “Measurement Problem”: the concept of wave is, well wavy, fuzzy (actually, Quantum Waves penetrate walls, to some extent). So we cannot be sure that the “wave-function” we have are really perfectly defined, as a depiction of all what “reality” is, to START WITH (actually there are non-linear, arbitrarily close approximations of the “Schrödinger” equation).

Actually the history of Quantum Physics (and QFT) is a succession of wild guesses about what the wave equations could be. A few of these guesses worked, most of them did not (in many cases because non-linear effects had been neglected, such as “Normalization”).

De Broglie’s “Guiding Wave” class of theories was rejected (erroneously, it turned out) by some arrogant mathematicians. However, very recent experiments showed that some basic Quantum behavior can be duplicated experimentally with waves in fluid mechanics.

Bohm’s approach is just the PARTICULAR case of De Broglie’s general approach; as Bohm was born in the USA, the Anglosphere refers to him, but it’s truly De Broglie who invented the whole thing.

Reintroducing particles, as Bohm does, is throwing the baby with the bath. The bath, and the baby, are made of waves. Nobody said that they have to be linear.

(David Bohm, a physics professor at Princeton, USA born, was thrown out of the USA for… thinking. He was the first one to say that his 1953 theory was just part of De Broglie’s ideas. Bohm pursued his career in Brazil, and then England. In the late 1950s, he discovered the “Bohm-Aharanov effect”, the major fact that potentials were central to Quantum Physics, the very foundation of so-called “Gauge Theories” of Quantum Field Theory. )

And the Quantum is waving out there in many ways, in many spaces, some infinite dimensional. That’s the best realism we have.

It’s more fundamental than space and time, as we classically know them.

The classic picture of the universe was naïve. The Quantum vision changes everything. It provides us with enormously powerful new systems of ideas. It is intrinsically not just multidimensional, but, one could say, multiversal.

Common French wisdom has long proclaimed that :”Il faut de tout pour faire un monde” (One needs everything to make a world”). Philosophical systems embracing this principle are the most opposed to intellectual fascism. Intellectual fascism is the organization of one’s view of reality around a handful of axioms: religious fanaticism for a superstition is the archetype example.

Societies where Il faut de tout pour faire un monde are the most inclusive, and those were the open market of ideas can produce. They allow to make better ideas blossom, and bad ideas fade away.

It is comforting to know that Physics, deep down inside, works just the same.

To each context, its universe, yet, out of many, just one. It takes everything, including all sorts of spaces, to make a world. This is what the Quantum proudly proclaims.

Patrice Ayme’

IS LIFE ALL ABOUT THE QUANTUM?

January 22, 2015

Far From Being Absurd, Life May Be A Quantum Force That Gets Ever More Complex

The most striking feature of the Quantum is that, by doing something somewhere, one can change the state of something else, somewhere else. Einstein found this “spooky”. Philosophically, it just says that, whatever the universe is about, it’s not about old fashion “points”, as found in old fashion mathematics.

This “Quantum Entanglement” and the related, yet diluted “Quantum Discord” constitute the true architecture of the universe. This revelation ought to impact everything. Not just philosophy, but also psychology.

I propose the following. Life, its gathering complexity, adaptability, progress, ethology, meaning, are all animated by the very nature of the Quantum. It’s neither weird, nor absurd, it’s a force that proceeds.

Let me backtrack a bit.

“There is only one really serious philosophical problem,” Camus says in his book, The Myth of Sisyphus, “and that is suicide. Deciding whether or not life is worth living is to answer the fundamental question in philosophy. All other questions follow from that.”

What does this mean? Not much. Besides the admission that apparently much of Camus’ life was absurd. Camus should have done like Nietzsche, and go climb mountains solo. There, as Nietzsche did, he would have found meaning.

One does not decide if life is worth living, most of the time, because, most of the time, life is not a choice. One does chose to breathe. One breathes. When one is thirsty, one drinks, and so on. There is a mechanical aspect to animals, who are machines which live. Most of the time, an animal’s systems are on automatic, best described by inertia.

Animals find meaning by experiencing the life that they are made for.

Recent studies have shown that young lions get neurological damage, if they don’t chew hard on tough flesh. Being a lion is meant to be tough, to be fulfilling. Camus and company lived too soft, in their hour of glory.

Lamarck believed that two forces acted on evolution. One had to do with adapting to the environment, the other was the “Pouvoir de Vie”. This “Life Power” brought increasing complexity to biological evolution. It goes without saying that it is observed. It is an open question whether life started on Mars (it probably did). What is clear, though, is that fortunes are spent to sterilize landers sent to other planets (including the Moon), because exobiologists are worried that today’s Earth life would take over: Earth life has become so complex, it can adapt to what space can throw at it.

This “Life Power” made reductionists spiteful, because they saw no science based reason for it. However, if they had been smarter, they would have seen it that it was a fact. They knew too much Classical and Thermo Dynamics… While the true nature of Quantum Physics was hidden by the siren song of the Copenhagen Interpretation.

Quantum Physics depends upon law (unfortunately, that “law” varies; it can be an infuriatingly parachuted wave equation, or another, or, more generally in the “Standard Model”, some manipulation of a hyper complicated Laplacian; in any case, it has to do with waves… Non-linear waves, in the general case!), initial conditions, and also the final space (a Hilbert space generated by eigenstates). This makes Quantum Mechanics somewhat teleological, an inconceivable horror for the classic-mechanical minded.

It means the Quantum looks far ahead, and everywhere, as if it were a god in the machine. It is a god, the god, in the machine…

The final space for genes is the environment. Genes are Quantum machines (a bit like Turing machines, but operated by the Quantum). This interaction between the genetic machinery and the environment means that we have a Quantum mechanism for fast adaptation to the environment.

Someday, soon, Quantum Biology may well become the queen of sciences… Ruling even mathamatics.

But not only this. The Quantum force operates through Quantum Entanglement… Entanglement creates a complexity at a distance, and that complexity propagates, as the Quantum Entanglement does.

So it is as if life progressed by extending Quantum tendrils in all spaces that it can reach, and it can reach a lot. There is Lamarck’ Life Power, there is the increasing complexity, and there is progress. If biology itself progresses, at fortiori culture, the minds’ tendrils.

Why was Camus so obsessed by absurdity? Because he got surrounded by absurdity. He came from a dirt poor environment in Algeria, and, in exchange for valor and work, was given everything by the Republic. This testimony, a celebration of human rights and equal opportunity, was then confronted to “intellectuals” who inverted, and buried all these values… In their names. Camus was told to follow Comrade Stalin, instead. When he begged to differ, he is called a colonial racist.

What is teleology? It’s the logic of the ends, the logic of purposes, logic at a distance. Socrates believed in it. Plato and Aristotle had their own versions. During the Enlightenment, dominated , and inspired as it was by Classical Mechanics, teleology got assimilated to the discredited Christian god, and fell into contempt.

We know more now, and we can afford different, more sophisticated teleologies. I claim that life is teleological, because it evolves not just haphazardly (“stochastically”), but also teleologically (thanks to Quantum Physics, which provides eyes and a feeling… for what is going on at a distance).

Teleology at the level of hydrogen bonds? Most probably (surprise, surprise). Modify the DNA’s environment, and Quantum Computational pressure is exerted on DNA’s hydrogen bonds (among other bonds). Thus the DNA  will evolve much faster than (classical “Darwinian”) haphazard mutations would have it.  It is such an obvious mechanism that evolution is bound to have selected for it. Life’s little secret is the Quantum!

Experiments are planned. All this will be probably viewed as obvious, all along, within ten years.

What this teleology does is to make life ever more adapted and ever more adaptable. If one measures progress by adaptability, progress there has been, as adaptability has progressed.

Philosophically, it means that, in the deepest sense, life, thanks to the Quantum, is behaving as if it were making value judgments. For example, at the molecular level, lowest energy solutions can be evaluated, and selected.

What is the aim of that teleology? Survival of the life form adapting. A question which immediately surges, is what is life? One thing that is clear, though, is the definition of goodness. For a give lifeform, that means survival of said lifeform. So, naturally enough, goodness will vary according to species, but also tribes, and even individuals.

So let the biggest goodness, and the goodness of the strongest lifeform win (as Nietzsche insisted… and this is the way life always has had it… as Nietzsche himself pointed out, following Sade, who was even clearer!)

Experiments in ethology are starting to test this (EJ Winner ought to consider them! ;-)). Basic psychology, such as a sense of fairness, have obvious survival values in social species such as primates.

Intelligence is also teleological. Philosophically, one can argue that intelligence, and even culture, are an extension of the adaptability of life at the nanometer scale, harnessing the Quantum. The extension probably uses the same Quantum machinery that starts to be put in evidence at the molecular level (say in the chlorophyll molecule).

If Homo Is Aware, Is the Universe Aware? It’s a bit like the question of pondering whether a planet harboring life is alive, or not. Earth is certainly alive, because life enables the very conditions on Earth that enable of its on-going existence, so far. The advent of oxygen producing lifeforms enabled the progress of complexity, hence the apparition of intelligence and advanced ethology of the conscious type.

Speaking of this, a question naturally arises: what is the definition of life? Life, so far, has no definition. The greatest minds have been left speechless.

Considering the preceding, clearly, such a definition will have to involve the Quantum, and Entanglement, besides reproduction. Crystals, and Quasi-crystals can reproduce an Entanglement architecture, but they are intensely boring.  They can be described by just one equation.

Life is any Quantum Entanglement architecture which can approximately self-reproduce and adapt while being described by a potentially growing set of equations.

Probably, we are aspects of the Entanglements and Delocalization that the Quantum is capable of, at least in a little corner of the universe. We don’t need no Sisyphus: we can operate on it, at a distance.

Spooky, admittedly, but that’s what we are.

All these revelations  change the overall mood towards the purpose of life. Life is not absurd, it simply is a growing, entangled complexity, our morality and intelligence, hopes, meaning, and consciousness are entangled with it. But the solutions we cling to, all too long, can well be, indeed, all too disjointed, point-wise, disconnected, and thoroughly absurd.

Equally clearly, the (meta, or final!) solution is to have all the absurdities gobbled up by life itself.

Patrice Ayme’


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www.grrrgraphics.com

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Smile! You’re at the best WordPress.com site ever

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GrrrGraphics on WordPress

www.grrrgraphics.com

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because all (Western) philosophy consists of a series of footnotes to Plato

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Smile! You’re at the best WordPress.com site ever

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