Essay Abstract

It is argued that while the Planck mass is seemingly fundamental, the Planck mass formula is incomplete. An evolutionary term is placed in the Planck mass formula. This affects our ideas about the Big Bang and suggests the universe began as something like a Bose-Einstein condensate. The same evolutionary term placed in the Planck length formula implies an expansion and acceleration of space and balances the perturbations introduced in the Planck mass, suggesting a connection to gravity.

Author Bio

Stephen Anastasi founded the Cosmos Centre, Charleville, Queensland, Australia. He now educates students at Scots PGC College, Warwick, Queensland, writes books of mystery and imagination, and does hard core cosmology, philosophy and mathematics in his spare time. The present essay is a small slice of what he refers to as 'Point Theory'. His aim is to complete a singular edifice that connects the disciplines of philosophy, mathematics and physics.

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Dear Stephen James Anastasi,

Nature produced one single unified VISIBLE infinite surface occurring eternally in one single dimension that am always illuminated by mostly finite non-surface light millions of years before humanly contrived finite complex pretentious information ever became evident on earth.

Joe Fisher, Realist.

Please Joe

You might have read my work before rating it. I will refrain from rating yours. If there is some error I would like to know; preferably in well-formed English.

Stephen Anastasi

    Dear Stephen James by Anastasi, the impression of your essay is that you have accumulated a lot of information from modern physics and trying to recycle it in a convenient form. But you will find it difficult to go along the chosen path. After all, the fundamental should be very easy to understand. This criterion meets the New Cartesian Physics and as you work with students, you and they will be useful to meet her.

    Even if written in bad English

    Sincerely, Dicecco Boris Semenovich.

      Dear Stephen,

      I think FQXi.org might be trying to find out if there could be a Natural fundamental. I am surprised that so many of the contest's entrants do not appear to know what am fundamental to science, or mathematics, or quantum histrionics.

      We are not supposed to trade our votes.

      Joe Fisher, Realist

      Dear Dizhechko

      Thank you for reading my work. My previous essay is very much taken from a Cartesian philosophical stance, which is endpoint rationalism. This essay is founded on that essay, visit https://fqxi.org/community/forum/topic/1904 . This may seem to be 'recycling' other physics, when in reality it explains why other physics is as it is (metaphysics) not how it is (physics).This isn't supposed to be possible according to Hume and Kant. I wonder how your Cartesian physics might connect to my Cartesian rationalism?

      The 'fundament' should be very easy to understand, as you say, and if you read the previous essay, you will see that it is easy (even if abstract) because it is just a person's internal idea of equivalence and difference, which I show is necessarily the foundation of human understanding. Ultimately, I argue that all knowledge (meaning justified truth worthy of belief) is only accessible from this idea of equivalence, which I express formally as the General Principle of Equivalence. The ontological necessity of the GPE is only referenced in this essay, but it is established in the first essay - https://fqxi.org/community/forum/topic/1904

      I hope this is of value. It produces a foundation for time and space, which ought to key into your New Cartesian model, but may need a deal of consideration.

      Best wishes

      Stephen.

      Stephen James, I appreciate those who looked at my essay and touched ideas of identity of聽space聽and matter of Descartes. I hope that you, as a rationalist, answer me mutual. I am ready together with you to consider joining of聽new Cartesian philosophy and new聽Cartesian physics Because I only focus on the physics and waiting when someone will take the philosophy. But competition is only enough to quickly exchange opinions and get ratings. I noticed new Cartesian physics are not very tolerant of those who are many years. As you work with students, I would be glad if you mastered it and passed them. I think that in the future familiarity with Descartes will determine the level of education of the people.

      I wish you success, Dihzechko Boris Semyonovich

      Dear Dhzechko

      I very much agree that it is time for Descartes's thoughts to again be considered. He was a very clear thinker in many respects (setting aside his reliance on a non-deceiving God) and his concerns regarding natural philosophy continue to this day...at least, they continue up until my first essay. I hope that my addition is seen as relying at least in part on his Method of Doubt.

      Best wishes

      Stephen (and kudos to you for trying so hard).

      Stephen James, it is obvious that Descartes was rational to believe that space is matter that we cannot see because it is transparent as glass, and from which is built the whole world. It is the Englishman Newton's space is empty space in which it moves the body and it is close to the everyday human mind and they believe Newton and not Descartes. Start his philosophy with the principle of identity of space and matter of Descartes.

      I understand that it is difficult to evaluate my essay, because in it nothing is the same as yours. But it's Descartes.

      With respect. Dizhechko Boris Semyonovich

      I had completely disregarded Planck mass prior to this. I had to re-read your first essay 3 times, between sleeps in order for the consequences to sink in. I gave you a 9 instead of a 10 (because I had to refer to your previous essay, and because you used the word "shan't" which would loose me marks for sure (at least in Canada!). I will simply recapture what I wrote in remark to your first essay, as they work together to say the same thing:

      Stephen,

      I will admit -initially I thought Rubbish! and saw this as vague playing on language. Then the discomfort began to creep in, and I had to really struggle with myself, because I was trying to validate my own hypothesis, trying to fit it into your framework. I slept on it after 2nd pass, then read for 3rd. I am coming to grips with it now, and for me it is a real truth exercise. I got caught in a trap between empiricism and rationalization. The same trap I preach to others to avoid, I found myself in. Your framework shows that we need to look hard at fundamental truth before we move further. It is hard to do, as it sometimes means a lot of work has to be challenged, anew. I am thankful for the eye opener though, and I wish you the best in the reception of this! (you are going to need it, this one's a real tree shaker!) I do see possibilities for a wave function, and hopefully a better framework to settle the duality question once and for all. I still want to try to apply riemann geometries/non-euclidean waveform to this, I will discuss at a later date. Your essay reminds me of the day I heard a 1 bit recording from a Korg (MR2 i think) that a tech brought into the recording studio. I was livid he bought it (with my money) I exclaimed in protest "why the hell would you waste my money on that!?" Then I heard it and was simply floored. the 1 bit ホ"ホ」 modulation is very clever, and far superior to a 24 or 32 bit -even 64 bit recording! Who knew! This is (this) all over again. Bravo Sir!

      Dear Stephen,

      Well done on your essay, I enjoyed reading it and found the ideas interesting.

      At first, I was curious about your puzzlement in regards to the Planck mass, but apparent acceptance of the Planck time and Planck length as fundamental quantities. For my part, I am sceptical of the Planck length as a minimal length (and correspondingly, of the Planck time as a minimal temporal distance). According to current best (i.e., established and well-confirmed) physical theories, there is no minimal distance scale. The Planck units, and their interpretation, come from heuristic arguments and semiclassical reasoning, and so their status as physically meaningful is open to debate. Several approaches to QG that proceed via the quantization of spacetime end up with the Planck length as a minimal distance, but this is not justification for either the existence of a minimal length, nor for the approaches that arrive at it. (Although QG is supposed to be a quantum theory in some sense, there is no requirement that it be a theory of quantized spacetime; see, https://philpapers.org/rec/HUGWQG and http://philsci-archive.pitt.edu/archive/00001972/ for instance). We discuss this briefly in Section 3.2 here, if you are interested, https://arxiv.org/abs/1705.06777 Perhaps also worth noting that the Planck length is not significant in all approaches to QG (string theory, for instance, has the string length as the characteristic quantity).

      The importance of the Planck scale is just for showing where QG is necessary, i.e., it serves to define the scale at which the new theory must apply.

      These thoughts obviously just concern the motivation for working with the Planck units in the first place, and not the interesting things you end up doing with them in the essay, though. But one criticism may be that you interpret them too strongly (which is a criticism that applies to many other physicists as well).

      I am also unconvinced of the physicality, and fundamentality of information; and there seem to be good arguments that an information-theoretic interpretation of entropy is unnecessary if not misguided when it comes to black holes, e.g., https://arxiv.org/abs/1708.05631 But, if this interpretation of information works as the basis of your framework, then that may not be a problem for you.

      Best regards,

      Karen

        4 days later

        Dear Karen

        Apologies in advance for the enormity of my reply.

        It is fabulous to receive feedback from a person with strong cross-disciplinary experience. I would like to take up a couple of your comments to provide greater clarity relating to the basis of my arguments.

        First and foremost, I did not choose the Planck time because of empirical measurements or existing theory. Rather, I aligned the Planck time to that which arises naturally from the primitive universal model developed in my previous essay, 'How to build a universe from Wheeler's immaterial source, in nine pages or less,' at https://fqxi.org/community/forum/topic/1904 . That there is a minimum increment and that it is necessarily constant follows from the action of the necessary principle that builds the Harmony Set, which I claim is a proper model of the actual universe. That our measurements happen to align to the Harmony Set should be expected because the argument that develops the model can only be the case, speaking as an endpoint sceptic (see essay), thereby forced to accept endpoint rationalism. That is, the heuristic arguments to which you refer are, strictly speaking, irrelevant to my argument. Moreover, the nature of the Harmony Set implies directly that the foundational structure of what we interpret as space and time is in a sense quantised.

        I think it is worth noting that the method has produced an ontically causal model of the universe, where present theories are only nominally causal. This hasn't been done by anyone anywhere before. Also this is a background independent theory, which is what everyone is looking for, as I recall.

        Hence, a minimum time, which I propose aligns to the Planck time follows necessarily from the action of the General Principle of Equivalence. My model is developed from an endpoint sceptic and endpoint rationalist stance, which is explained (perhaps overly concisely) in that essay. The endpoint sceptic turns his or her back on the world of empiricism for a time. From that stance, I built a model. You will be well aware that this is not supposed to be possible, based on the arguments of Hume and Kant in particular, but their arguments are incomplete and my development punches Quine on the nose as well (never did like Quine).

        The following is in no way meant to be a negative criticism of your comments. I include it only to respond to the issues put by you, which are good and valid aspects to raise. That said, this may seem a little hard...

        I am well aware of our current best theories. You refer to them as 'established' and well-confirmed (Popper would say, 'not yet falsified' and several centuries of revisionist physics supports that). Lee Smolin would look askance at this ('The Trouble with Physics' is a long and somewhat rambling, but perspicacious read). As for 'established', having a good correlation between the universe today that describes around 4% of what there is, is hardly well-confirmed. Empiricists are so revisionist. String theory? Really? I know you aren't defending string theory, surely - it seems to encompass 10^500 possible theories at least. That's around 10^388 theories per bit in the universe, if the Bekenstein Hawking calculations are anything like correct, which my model corrects by the way, and without any tweaking or jiggery pokery - why might that be? Unlike our best current theories that flap around the edges of proposals that might perhaps tentatively maybe explain the nature of dark energy, my work implies directly the source of evolution of space, and questions the existence of dark energy. I say this knowing that there are many areas for further investigation, especially relating to topologies that produce a 3-space. But empirical physics has had hundreds of years to develop, and my model seems to explain several previously intractable problems of physics. Stephen Hawking want's to know what breathes fire into the equations we have. I am answering that from the ground up. It would be nice if someone might draw some of this to his attention. Oh, what he might do with my piffling efforts.

        The aim of my work is fundamentally different from other works, such as the papers you mention (I have followed Huggett's work since around 2001 and used it in a thesis). Other works seek to pick a proper description of the universe. My work aims to EXPLAIN why there is something rather than nothing (done that - first essay) and why it comes to be as it is (first steps - second essay - seems to explain why the universe went bang). Not too shabby I hope.

        Lastly (phew), you and many others are unconvinced of the physicality and fundamentality of information. Again, the nature of the physical and of information is not derived from an empiricist perspective. It comes from an endpoint rationalist approach. It is the responsibility of the investigator to see how the physical aligns to the informational structures of the Harmony Set, not the other way around, because endpoint rationalism, if carried out rigorously (see my first essay for how this is approached) is epistemologically superior to that of empiricism.

        Again, as with my derivation based on information, the information is just that which differentiates one thing from another - my first essay. Then my whole plan comes into focus as being the expression of the General Principle of Equivalence. The foundation of human understanding is an innate idea of equivalence and difference (see my essay for rigour). The principle of equivalence is just this idea expressed in words. The problem of bundling is just the dichotomy that seems to be the case if the principle is true, but this leads to a unique origin and minimal simple (explaining why there can never be just nothing, there was always something). The General Principle of Equivalence, being both global and necessary, is then necessarily a model of an actual condition of the world. As such, we have spanned the epistemological to ontological divide (PhD please) and coincidentally defeated Kant (didn't like his negative attitude anyway) and identified Hume's ask for a law or whatever that could in some way guarantee uniformity of outcomes (I forget his exact words).

        How can a thoroughgoing philosopher takes sides between the physical and the mental? How can one take the empirical to be in some way more trustworthy than the rational? Are not Descartes's arguments about dreams and evil genius's correct? They absolutely are. Should we not set aside the negative empiricist and when the rational conflicts with the empirical, rather, be thinking (as with the problem of bundling - Hume, Armstrong, Lewis) 'these seeming inconsistencies cannot be truly inconsistent (for example Zeno's arrow paradox, Parmenides' denial of change) rather they must be trying to tell us our analysis is incomplete.' My work (first essay) shows how the universe holds together (PhD please) and how change occurs (PhD please) and why time has a positive arrow independent of entropy (another one please) and why there should be quantisation (one more please).

        My work may seem Spartan, but, while physics has had hundreds of years of development, the endpoint rationalist, me, has had but a few years. It would be nice if more people of your capacity would help with the mathematics. For example, what does it mean that the rate of rise of the central peak of the Harmony Set converges on ln2? It might have converged on any number, yet it comes out to be ln2? That's odd isn't it, given it was developed without any reference to known values. Actually the set is pervade with no end of seeming coincidences. So much more to do.

        Hi Stephen James Anastasi

        Wonderful thinking in the "A cold bang" using Planck mass, Planck time, Planck length for jumping into quantum gravity, really nice idea sir Stephen James Anastasi................... very nice idea ideed.... I highly appreciate your essay and hope you may please spend some of the valuable time on Dynamic Universe Model ( it may not be as fundamental as your thinking) also and give your some of the valuable & esteemed guidance

        Some of the Main foundational points of Dynamic Universe Model :

        -No Isotropy

        -No Homogeneity

        -No Space-time continuum

        -Non-uniform density of matter, universe is lumpy

        -No singularities

        -No collisions between bodies

        -No blackholes

        -No warm holes

        -No Bigbang

        -No repulsion between distant Galaxies

        -Non-empty Universe

        -No imaginary or negative time axis

        -No imaginary X, Y, Z axes

        -No differential and Integral Equations mathematically

        -No General Relativity and Model does not reduce to GR on any condition

        -No Creation of matter like Bigbang or steady-state models

        -No many mini Bigbangs

        -No Missing Mass / Dark matter

        -No Dark energy

        -No Bigbang generated CMB detected

        -No Multi-verses

        Here:

        -Accelerating Expanding universe with 33% Blue shifted Galaxies

        -Newton's Gravitation law works everywhere in the same way

        -All bodies dynamically moving

        -All bodies move in dynamic Equilibrium

        -Closed universe model no light or bodies will go away from universe

        -Single Universe no baby universes

        -Time is linear as observed on earth, moving forward only

        -Independent x,y,z coordinate axes and Time axis no interdependencies between axes..

        -UGF (Universal Gravitational Force) calculated on every point-mass

        -Tensors (Linear) used for giving UNIQUE solutions for each time step

        -Uses everyday physics as achievable by engineering

        -21000 linear equations are used in an Excel sheet

        -Computerized calculations uses 16 decimal digit accuracy

        -Data mining and data warehousing techniques are used for data extraction from large amounts of data.

        - Many predictions of Dynamic Universe Model came true....Have a look at

        http://vaksdynamicuniversemodel.blogspot.in/p/blog-page_15.html

        I request you to please have a look at my essay also, and give some of your esteemed criticism for your information........

        Dynamic Universe Model says that the energy in the form of electromagnetic radiation passing grazingly near any gravitating mass changes its in frequency and finally will convert into neutrinos (mass). We all know that there is no experiment or quest in this direction. Energy conversion happens from mass to energy with the famous E=mC2, the other side of this conversion was not thought off. This is a new fundamental prediction by Dynamic Universe Model, a foundational quest in the area of Astrophysics and Cosmology.

        In accordance with Dynamic Universe Model frequency shift happens on both the sides of spectrum when any electromagnetic radiation passes grazingly near gravitating mass. With this new verification, we will open a new frontier that will unlock a way for formation of the basis for continual Nucleosynthesis (continuous formation of elements) in our Universe. Amount of frequency shift will depend on relative velocity difference. All the papers of author can be downloaded from "http://vaksdynamicuniversemodel.blogspot.in/ "

        I request you to please post your reply in my essay also, so that I can get an intimation that you replied

        Best

        =snp

        Dear Stephen,

        Thank you for reading my essay and commenting on it. Because our specific topics are somewhat different, I shall not try to connect the two discussions.

        So, referring to what you have to say in your essay, I have questions about what we can learn about the world through a priori rational means. If I understand correctly, you maintain that any actual world must conform to the General Principle of Equivalence. You also argue that the Harmony Set is a mathematical model for the actual world. By the General Principle of Equivalence, as you say on page 4, this means that "any system that can be shown to be equivalent to the Harmony Set is equally valid, hence equally fundamental." This leads to my questions. What is the basis for thinking that the Harmony Set and other models equivalent to it are appropriate models for our world? Could there be another group of models, all of which are equivalent to each other, but none of which is equivalent to the Harmony Set? If so, what is the basis for thinking that the Harmony Set and its equivalents are the right models? Does this have to be determined empirically, or can it be calculated a priori?

        In any case, your proposals are stimulating and provide much to think about.

        Laurence Hitterdale

          Dear Laurence

          It is with pleasure that I answer your well-crafted questions. As with my previous response, I apologise for its length. However, your questions require a rich response if my answers are to be complete.

          Firstly, you understand me correctly. My claim is that the Harmony Set is a mathematical model of the actual world. To see the rock-hard basis of this claim, you are encouraged to read my foundational paper, How to Build a Universe from Wheeler's Immaterial Source, in Nine Pages or Less - https://fqxi.org/community/forum/topic/1904. The basis of the claim is that the General Principle of Equivalence (GPE) satisfies Cartesian doubt. As such it is indefeasible (indubitable, necessary) so the rationalist (and probably everyone else) ought to commit to it as a matter of intellectual honesty as being a proper model of an actual condition of the world.

          Then we can answer your other questions. In that essay, it is shown that the problem of bundling is a global problem, meaning a problem for every world other than that which is built from the condition that the GPE models. As such, EVERY world model other than that which is well-founded by the GPE, must collapse to simples, and indeed collapses to the equivalent of a single simple. So no matter where we start, ALL propositions are epistemologically dependent upon the GPE (which is a bit obvious when you get used to the idea) and the underlying entities and conditions that such propositions are intended to model are ontically subjugate to the condition the GPE models.

          This simplifies things and explains how the world sets its initial conditions as opposed to picking just the right amount of stuff to produce what we see around us today. In so doing, most if not all the concerns of the physics community disappear in a flash. Singularities, infinities, the need for renormalisation, the need to choose initial conditions and fine tune hundreds of things...all go, as best I can tell. But then it comes back to you and I to interpret the Harmony Set to find an equivalent model that emulates the world of our experience. A first step was to find the meaning and foundation of the Planck mass, which was the purpose of this essay.

          This then answers your other questions. From the above argument, the Harmony Set is exclusive. The GPE will permit no universes other than those which are some kind of mirror of the Set. While there may be other models that are equivalent to each other, to be valid models of the universe they must in some way be an expression of it. Is the Schrodinger equation in there? Possibly. The whole set is pervaded with near logarithmic associations and exponential relationships. The rate of increase of the peak of the Set converges on ln 2! No jiggery pokery needed. I am wanting to return a fair bit of existing theory back to us, as I have done in this essay, only with modifications where necessary that explain WHY it is this way.

          Lastly, the above argument is an a priori argument that the Harmony Set must be a proper model of the world. Spookily, any argument against this that might be brought by empiricism is fundamentally epistemologically inferior to the a priori argument for the reasons brought by Descartes at least.

          Feel free to ask further. I seek allies.

          Dear Stephen,

          The Planck mass is the geometric mean between the masses of the universe

          universe contains 6,3871E+121 bits

          that is (t/tp)^2 in any moment

          Plancks values have not changed

          Regaards,

          Branko

            Hello Branko

            I am happy (indeed keen) to be provided with arguments that show any mistake with my rational development. I have found in the past that each time a counter argument is provided, when one digs deeper, the model stands up, and provides even more understanding of the universe.

            For example, is the(t/tp)^2 value you quote due to Lloyd's paper 'A computational universe'? His value was a (reasonable) conjecture based on existing equations as mentioned in my essay. Mine is a rationalist approach. The difference between his and mine would be nearly impossible to measure except over cosmological time scales, and would show up as a very small acceleration of the universe, as best I can tell. We do measure such an acceleration, so I'll stay with my formula. Doing so removes reliance on dark energy to account for the acceleration.

            As for whether the Planck values have been constant over the life of the universe, I am interested to know how you know this. As Karen Crowther noted above, these values were identified by heuristic arguments, which can be difficult to interpret.

            Best wishes

            Stephen

            Dear Stephen

            There are many attempts to quantize the mass, for example:

            Paul. S. Wesson - Is the mass quantized, minimum mass is m = 2 * 10 ^ -65 g.

            But with Wesson everything is approximate, or unverifiable.

            Even with Wesson's values, the geometric mean is very close to Planck's mass.

            You claim: the universe has 6.5 * 10 ^ 121 bits, without any explanation.

            My value is very close to yours. That's 2 ^ q. Even in this essay, you can explain why your value for q = log2 (6.5 * 10 ^ 121) = 404.6537392 is better than mine (see page 1 of my essay)?

            Lloyd's 'A computational universe' is a big step towards the truth. But you can see that all values at Lloyd are approximate.

            Kepler and Newton's law are approximations. As such approximations they will be valid forever. Maybe you know a better formula than Newton's approximation.

            As for whether the Planck values were constant over the life of the universe, do not be confused by units of measure. What you said, the Planck values in Planak's units are exactly equal to 1, just and only in this moment. What kind of coincidence. Second, there is no life of the universe, which is a time cycle of the universe. There are registered Galaxies with age more before 13.7 billion years.

            I cannot convince anyone that the use of terms such as singularity, the radiation-dominated universe, dark matter, black hole, more dimensions, scaling factor, new forces and new parameters to support the wrong theory are inconceivable. In my concept, all this is simply not necessary. I urge you to find errors in my calculations on the GS Journal published articles.

            Regards,

            Branko

            Hi Branko

            The explanation as to how my model implies 6.5 x 10^121 bits is explained in detail in my essay. I'm not sure how you came to think it was not explained. Let me know if there is something that is not making it clear for your.

            Wesson - can you provide a reference?

            I don't see how the geometrical mean does other than identify a relationship. It doesn't seem to pick out anything fundamental.

            My comments on Newton and Kepler stand. Even as an approximation, there is no justification for thinking they will hold forever. Even now they don't because galaxies are moving apart under the action of an expanding and accelerating universe.

            Just because we can correlate the Planck values to 1, doesn't mean anything. Whether they change would depend on the nature of experiments that determined G etc. However, I recognise this needs more thought. In the past I have found that when something seems to question my work, such as issues relating to the Planck mass considered here, more thought has shown that the foundations are not well understood, and this model along with the GPE seems to show the way. Remember that the Harmony Set is developed completely from an a priori origin, built by the action of a single necessary principle. As such, it ought to be epistemically superior to the revisionist methods of empiricism.

            Stephen