Primer: Leo Baranski, "An Outline Summary of Unitary Field Theory" (1968)

Study guide for a self-taught reader at undergraduate level. Every factual claim carries a tag: [read] = from the source document (UFTsum.pdf, page given), [web] = from a web source (URL given, usually checked by the reviewers or the arbiter), [memory] = recalled background knowledge with a confidence level. The verdicts come from arbiter.md, which is the final word for this project.

Companion script: example.py (same folder) reproduces every number in Section 5. Run it with .venv/bin/python review/Baranski-Leo/example.py

Source gap (read this first). The folder holds one document: a 39-page outline, An Outline Summary of Unitary Field Theory, published in Culturology vol. 1 no. 1, June 1968 [read]. It contains no equations, and it contains no figures: the PDF has no embedded images, and Figures I-III exist only as descriptions in the text (Fig. I at pp.11-12) [read; QE]. The works that are supposed to define the theory's basic unit (the "dimitant") or give numbers were not available: L. L. Whyte, The Unitary Principle in Physics and Biology (1949) and The Atomic Problem / Essay on Atomism (1961); Whyte, The Formative Process (pre-publication), which the outline says holds "the logical-mathematical understructure of UFT" [read p.10], and so is the single most important missing work; Whyte, The Next Development in Man (1949) and his autobiography Focus and Diversions; Baranski, Scientific Basis for World Civilization (1960); Baranski's incomplete manuscripts Unitary Man, Unitary Society and Responsible Sexualism; and Baranski's unpublished "Berkeley Paper" and "Field Theory I & II", described as "semi-quantitative" [read p.10: the outline's own references]. Everything below judges the outline only. If those missing works contain mathematics, this primer does not cover it. No web source found a definition of "dimitant" (three reviewers searched; check failed).

---

1. The idea in one paragraph

Leo Baranski, building on the British philosopher-physicist Lancelot Law Whyte, proposed that everything in nature, from particles to galaxies to living cells to brains to human societies, is made of one underlying "unitary field" whose basic units he called dimitants, described as mirror-image structures. He claimed a single rule governs all of it: in a process that can be isolated, the lopsidedness ("asymmetry") of the dimitants tends to disappear. He equated that asymmetry with the chemist's free energy (the energy available to do useful work). From this one rule he claimed to explain the laws of all sciences, and he traced the rule to the physicists Ernst Mach and Pierre Curie and to Gestalt psychology, whose memory experiments he said had "already" confirmed it. He then applied it: the reddening of light from distant galaxies is caused not by an expanding universe but by photons slowly becoming more "symmetric", so the universe is in a steady state; life began as a simple energy-cycling chemical process powered by the Earth's own radiation; consciousness sits in a part of the brainstem called the reticular formation rather than in the cortex; and every system, including society, is a pairing of a structure-building part and a structure-sustaining part, which should guide education and world politics. The outline itself is a map of the scheme, not a calculation: it gives no formulas and no numerical predictions.

---

2. What you need to know first

2.1 Energy, entropy and free energy (thermodynamics). The first law says energy is conserved. The second law says that in an isolated system the entropy S (roughly, the logarithm of the number of microscopic arrangements consistent with what you see) never decreases. Chemists and biologists work at fixed temperature and pressure, where the useful quantity is the Gibbs free energy G = H - TS (H = enthalpy, heat content at constant pressure; T = absolute temperature in kelvin). A reaction can run on its own only if it lowers G, i.e. if the change ΔG < 0. A key subtlety for this project: only changes ΔG are measured, never an absolute G, because enthalpy, like potential energy, has no natural zero. Textbook: Daniel V. Schroeder, An Introduction to Thermal Physics [memory: high]; for the chemistry side, Atkins, Physical Chemistry [memory: high].

2.2 Light, wavelength and redshift. Light of wavelength λ has frequency f = c/λ and each photon carries energy E = hf (c = speed of light, 3.00 × 10^8 m/s; h = Planck's constant, 6.626 × 10^-34 J s). Astronomers define the redshift z of a spectral line by 1 + z = λ_observed / λ_emitted. A larger z means the light arrived "stretched" to longer wavelengths and each photon carries less energy by the factor 1/(1+z). Any intro modern-physics text covers photons (e.g. Serway, Moses & Moyer, Modern Physics) [memory: high].

2.3 The expanding universe and its rivals. In 1929 Hubble reported that distant galaxies' redshifts grow with distance, v ≈ H0 d at small distances (v = recession speed, d = distance, H0 = Hubble constant) [memory: high]. The standard reading is that space itself expands, stretching light. Two rival ideas existed. Tired light (Zwicky, 1929) said photons lose energy on their long journey through a static universe [memory: high]. Steady-state cosmology (Bondi, Gold and Hoyle, 1948) accepted expansion but said new matter is continuously created so the universe looks the same at all times [memory: high]. Baranski's proposal is a tired-light-type mechanism inside a steady-state universe that does not expand: "the expanding state theory of the universe and the mechanistic Doppler-principle interpretations of the red shift ... both are invalid" [read p.21]. Textbook: Barbara Ryden, Introduction to Cosmology [memory: high], which is written for undergraduates and needs no general relativity to start.

2.4 Cell energy: ATP and the Krebs cycle. Cells store and spend energy using ATP (adenosine triphosphate). Splitting off one phosphate (ATP → ADP + phosphate) releases about 30.5 kJ/mol under standard biochemical conditions and roughly 50 kJ/mol under real cellular concentrations [memory: high]. The Krebs (citric-acid) cycle is a loop of reactions that strips energy from food molecules and ends by regenerating its own starting molecule, so it can run again [memory: high]. Textbook: Nelson & Cox, Lehninger Principles of Biochemistry [memory: high].

2.5 The brainstem reticular formation. The reticular formation is a network of neurons running through the brainstem. Moruzzi and Magoun (1949) showed that stimulating it wakes up the cortex's electrical activity (the EEG) [web: https://www.semanticscholar.org/paper/Brain-stem-reticular-formation-and-activation-of-Moruzzi-Magoun/eaadaac36bcfa1bcff68d32b286c00fd9550d993]. It is now the textbook "ascending reticular activating system", needed for wakefulness [web: https://link.springer.com/article/10.1007/s12630-023-02421-6]. Neurons carry signals by action potentials (nerve impulses), described quantitatively by Hodgkin and Huxley in 1952 [memory: high]. Textbook: Bear, Connors & Paradiso, Neuroscience: Exploring the Brain [memory: high].

---

3. The textbook view

3.1 Free energy is defined up to a constant. For a reaction at temperature T,

ΔG = ΔH - TΔS

where ΔG, ΔH, ΔS are the changes in Gibbs free energy, enthalpy and entropy between products and reactants. Calorimetry measures ΔH; equilibrium constants measure ΔG through ΔG° = -RT ln K (R = gas constant, 8.314 J/(mol K); K = equilibrium constant; the ° means standard conditions). If you add any constant C to every G, every ΔG is unchanged, so no experiment can fix C. Chemists therefore set conventional zeros (elements in their standard states have zero formation energy) [web: https://chem.libretexts.org/Bookshelves/Physical_and_Theoretical_Chemistry_Textbook_Maps/Supplemental_Modules_(Physical_and_Theoretical_Chemistry)/Thermodynamics/Energies_and_Potentials/Free_Energy/Gibbs_(Free)_Energy, via the mathematician review].

3.2 What expansion predicts, beyond redshift. If space stretches by a factor (1+z) while light is in flight, it stretches everything about the light signal, not only the wavelength: - Time dilation. Events at the source appear slowed by (1+z). Two photons emitted Δt_e apart arrive Δt_obs = (1+z) Δt_e apart. - Tolman surface-brightness dimming. The brightness per unit area of sky of a galaxy falls as (1+z)^-4: one factor from each photon's lost energy, one from photons arriving less often (time dilation), and two from geometry (the source appears spread over a larger patch of sky than its flux alone would suggest) [web: https://en.wikipedia.org/wiki/Tolman_surface_brightness_test]. - Cosmic microwave background (CMB). A hot early universe leaves a nearly perfect blackbody glow, today at about 2.725 K, discovered by Penzias and Wilson in 1965 and measured to be an extremely precise blackbody by the COBE satellite (1990s) [memory: high]. Its temperature in the past should scale as T(z) = T0 (1+z) [memory: high].

3.3 What tired light predicts. In a static space, a photon losing energy has its wavelength lengthened by (1+z), but nothing stretches the spacing between photons: every photon from a source at fixed distance D takes the same time D/c to arrive. So tired light predicts no time dilation and surface brightness falling only as (1+z)^-1 [web: https://www.astro.ucla.edu/~wright/tiredlit.htm].

3.4 Life and the brain. ATP and the Krebs cycle are as described in 2.4. The origin of life is genuinely unsettled; leading proposals involve RNA, simple metabolic networks, or geochemical energy gradients, and ATP is usually seen as too complex to be the very first energy carrier [memory: medium]. In neuroscience the brainstem arousal system is needed for being conscious at all (the level or state of consciousness), while the cortex is generally credited with the contents (what you see, hear and think); damage to visual cortex causes cortical blindness, for instance [memory: medium; arbiter web check via the Springer review above].

---

4. Where Baranski departs

4.1 The exact point of departure: Curie's principle, turned around. Baranski's whole pedigree rests on one move, so it is worth seeing it clearly. Pierre Curie (1894) stated a rule about cause and effect: "the symmetries of the causes are to be found in the effects", or equivalently, "a physical effect cannot have a dissymmetry absent from its efficient cause" [web: https://en.wikipedia.org/wiki/Curie%27s_principle]. Here a symmetry means an operation (a rotation, a mirror reflection) that leaves something looking the same, and a dissymmetry is a symmetry that is missing.

A worked picture. Put a uniform electric field E along the z axis across a crystal. The field looks the same if you rotate it about the z axis, so (if the crystal also has that symmetry) the effect, say a polarization P induced in the crystal, must also point along z; it cannot tilt sideways, because a sideways tilt would pick out a direction that the cause does not contain. Curie's principle lets you rule out effects without solving any equations.

Notice what the rule says and does not say. It says symmetry is carried over from cause to effect (the effect may have more symmetry than the cause, never less). It says nothing about time: it does not say that asymmetry tends to disappear as a process runs. Baranski's "dimitant asymmetry tends to disappear in an isolable process" [read p.12-13] is therefore not Curie's principle but a different, time-directed claim borrowed from the second law of thermodynamics (Section 2.1) and relabelled with the word "symmetry". The outline says Curie's principle "continued to flourish in solid state physics" and that de Broglie (1962) predicted "its future rise to eminence" [read p.7]; that may be true of Curie's actual rule, but it lends no support to the time-directed version [arbiter, QE revision].

4.2 The one experimental confirmation the outline claims: Gestalt memory traces. The outline's only cited experimental support for the unitary principle is from psychology [read pp.7-9]. Its story: the psychologist J. Wulf (as the outline names him; usually Friedrich Wulf, 1922 [memory: medium]), in Kurt Koffka's laboratory, had people reproduce simple drawn figures from memory over time and predicted two tendencies, which the outline calls "sharpening" (defined there as "increased symmetry") and "leveling" ("increased asymmetry"). In a "long series of experiments" in America, leveling "was refuted without fail" and sharpening "confirmed almost without fail" [read p.8]. Cesare Musatti (1931) had stated the principle correctly as "increasing homogeneity (symmetry)", but Koffka's version won "due to his greater prestige" [read p.8]. Hence: "powerful confirmation by experimental psychology!" [read p.9]. The only reference given is a textbook, Woodworth and Schlosberg's Experimental Psychology (1954), with no page, no data, no subject numbers and no Wulf or Musatti citation [read pp.8-9; deep read].

How to weigh it (arbiter verdict: Not supported / overstated): - The labels may be reversed. In the usual usage, "leveling" means a figure losing its differences and becoming more regular (more symmetric), and "sharpening" means its distinctive features being exaggerated [memory: medium; web check failed]. If so, the outline's mapping is the reverse of the standard one. - Later work did not find a clean drift toward symmetry. Carmichael, Hogan and Walter (1932) showed that the name given to a figure steers how it is redrawn (two circles joined by a line drift toward "eyeglasses" or "barbell" depending on the label) [web: https://en.wikipedia.org/wiki/Reconstructive_memory]. Hebb and Foord (1945) repeated Wulf-type experiments with careful measurement and, as recalled, found no reliable drift toward "good form" [memory: medium; web check failed]. - An escape hatch. Results in the wrong direction are blamed on "Koffka's erroneous formulation", results in the right direction count for Musatti's. When every outcome is sorted into one column or the other, the test cannot fail. - Wrong domain. Even a clean result would be about human memory of line drawings. It would not touch astronomy (Mach), crystal physics (Curie) or any law of physics. - The "prestige" story (Koffka beat Musatti by reputation) is asserted without a source [arbiter, QE revision].

A fair test would be easy to design: preregistered figures of graded symmetry, an objective symmetry score, fixed delays, no verbal labels, and a check on whether memory drifts toward symmetry for both symmetric and asymmetric originals [arbiter].

4.3 The brain half (pp.23-31): what the cited experiments actually show. For the claims about the mid-brain reticular formation (MBRF), the outline names researchers but gives no titles, journals, pages or numbers for any of them [read pp.23-31; deep read, QE round 2]. Here is each citation with a one-line fair assessment: - Penfield, 1945, "clinical work" [read p.23]. Cited as showing the MBRF is "the central site of all conscious psychological function". Penfield is known for stimulating the cortex of awake epilepsy patients, and later (with Jasper) for a "centrencephalic" upper-brainstem integrating system [memory: medium; not web-verified]. That supports some subcortical role in consciousness, but his cortical stimulations that called up experiences point against "cortex only stores memory". Overstated. - Magoun et al., 1947 [read p.23]. Cited as having "rejected" the idea that the MBRF is a cortical arousal system. The standard result of this work (Moruzzi & Magoun 1949) is the reverse: stimulating the brainstem reticular formation arouses the cortex's EEG, which is exactly the "activating system" view the outline says was rejected [web: Moruzzi & Magoun, Section 2.5 link; memory: high]. Nothing in that work shows the MBRF forms memories later stored in cortex. Contradicted by the cited work's own finding. (Moruzzi himself is not cited anywhere in the outline [read: full text; deep read].) - Nachmansohn et al., the six "Nerve Impulse" transactions [read pp.23-24]. Cited for the statement that the nerve impulse as information carrier has been "experimentally rejected". Nachmansohn worked on the biochemistry of how the impulse is produced (acetylcholine and the nerve membrane); that is research on the impulse's mechanism, not a rejection of it [memory: medium; not web-verified]. Does not say what the outline claims. - Stevens, Volkmann, Corso, "etc." [read pp.27-28]. Cited as having "established" that perception works in "discrete, quantal units". There was a real mid-century "neural quantum" hypothesis about step-like sensory thresholds, but it was a contested proposal (Corso's 1956 review called the evidence equivocal, as recalled), not an established result, and it says nothing about the MBRF [memory: medium; not web-verified]. Real work, overstated. - Tolman (learning theory) [read pp.28-30]. The terms (means-ends-readiness, expectancy, sign-gestalt, "confirmation") are genuinely Tolman's [memory: medium-high]. But the outline equates Tolman's "confirmation" with reinforcement, which Tolman argued was not necessary for learning (latent learning) [memory: high], and its added motive / closed-cycle / "three learning conditions" are the author's own. Fair use of vocabulary; the "modified version" is Baranski's, not Tolman's.

Two further points from the same pages. The outline admits that "neither the dimitant nor the dimitant combination replacements for the nerve impulse doctrine have been experimentally established as yet", so the MBRF example "must be put forth in the hypothetical-postulate form" [read p.24], while declaring its only rival, the nerve impulse, already "experimentally rejected". And its numbers have no source: four billion versus "some five hundred thousand years" for its levels of mind to evolve [read p.24], and a feedback cycle with "more than twenty thousand circuits" [read p.27]. The arbiter's verdicts on Claim 5 are unchanged by this check; the citations meant to support them simply do not [arbiter, Round 2].

Be fair: what the starting points get right. - Isolated systems really do run down toward equilibrium, and living systems really do stay far from equilibrium only by constantly spending free energy (ATP). Baranski's "formative" (running down) versus "normalizing-organizing" (re-supplying energy) pairing is a vivid description of something true about metabolism [read p.21-22]. - The Krebs cycle really is a loop that restores its starting molecule [read p.22; memory: high]. - The brainstem arousal system was real, recent (1940s) and important science, and it was arguably underrated by textbooks that treated the cortex as everything [arbiter]. There is even a minority literature arguing for consciousness without cortex (Merker), which supports a brainstem role in some form though not Baranski's strong version [arbiter; title seen, paper not read]. - In 1968, steady-state cosmology had only recently lost ground; the CMB was three years old [memory: high]. - Some of the psychology it cites is real. The outline says Stevens, Volkmann, Corso and others found that perception works in "discrete, quantal units" [read p.27]; there was a genuine mid-century "neural quantum" literature on step-like sensory thresholds [memory: medium], though it gives no support to dimitants. The outline also cites Piéron's tachistoscope experiments (brief flashed images) against Gestalt holism [read p.4-5]. - The outline is honest at one point: it says the dimitant replacements for the nerve impulse "have [not] been experimentally established as yet" [read p.24].

Where the inferences fail. 1. A word is not a quantity. "Dimitant asymmetry" has no unit, no formula and no way to measure it. A principle that cannot output a number cannot be checked; that is why most claims are rated "Not testable as stated". 2. One word for two opposite things. Calling both "absolute randomness" and "local homogeneity" a move toward "symmetry" means any outcome fits. Until a measure is defined, the principle cannot fail, which makes it unfalsifiable rather than powerful [arbiter]. 3. Absolute free energy. Since adding a constant to every G changes no measurement (Section 3.1), the claim that absolute F is "a function of a specifiable number of dimitants" can be tested only if the function is given. It is not. 4. Redshift without expansion. This is the one concrete physical commitment, and it is the one that fails against data. Section 5 shows the calculation. 5. Relativity and psychology. Relativity's frame-dependence is a precise mathematical relationship (the Lorentz transformation) between measurements, not a theory of how context shapes meaning; equating them is a category error [arbiter].

---

5. Worked example: can photon "ageing" in a static universe imitate expansion?

Baranski says redshift comes from photons changing internally while the universe stays put. We do not need his mechanism to test that idea: any mechanism that changes a photon's energy on the way, in a space that does not stretch, makes the two predictions below. (All numbers reproduced by example.py.)

Step 1. Time dilation, by pure reasoning. A source at a fixed distance D emits photon 1 at time 0 and photon 2 at time Δt_e. Both travel at c along the same path. - Arrival of photon 1: t1 = D/c. - Arrival of photon 2: t2 = Δt_e + D/c. - Observed spacing: t2 - t1 = Δt_e.

The photons' energy loss never entered. So in static space, events at the source are seen at their true pace, whatever the redshift. In expanding space the spacing between photons is stretched along with the wavelength: Δt_obs = (1+z) Δt_e.

Step 2. Put in a supernova. A type Ia supernova rises and fades over a characteristic time; take 20 days in its own rest frame as a round illustrative value.

At z = 1 the two pictures differ by a factor of 2, which is easy to measure.

Step 3. What was observed. Goldhaber et al. (2001) measured the light-curve widths of dozens of distant type Ia supernovae and found them stretched by (1+z); zero dilation was excluded at high significance [web: https://www.astro.ucla.edu/~wright/tiredlit.htm]. A recent Dark Energy Survey sample shows the same dilation out to z ≈ 1 [web: https://arxiv.org/pdf/2406.05050, via the mathematician review].

Step 4. Second, independent test: surface brightness. Multiply the factors from Section 3.2.

Expansion: (1+z)^-1 (energy) × (1+z)^-1 (rate) × (1+z)^-2 (geometry) = (1+z)^-4. Tired light: (1+z)^-1 only.

(A magnitude is the astronomer's logarithmic brightness unit: Δm = -2.5 log10 of the flux ratio, so 2.26 magnitudes is a factor of 8.) Lubin and Sandage's Tolman test found dimming far steeper than (1+z)^-1; tired light was rejected at high significance [web: https://arxiv.org/pdf/astro-ph/0106566]. An honest caveat: galaxies were brighter when young, so the measured exponent depends on a correction for that evolution [memory: medium]; this is one reason the time-dilation test in Steps 1-3, which uses a standard explosion, is the cleaner one.

Step 5. What the example shows. Redshift alone cannot tell expansion from tired light; both can be tuned to give the same z. The tie-breaker is everything else about the light signal. A theory that changes photons but not space cannot produce the (1+z) stretching of time. Baranski's outline gives no mechanism at all, so strictly it does not predict zero dilation [arbiter, crediting the contrarian]; but to survive, the dimitant theory would have to explain why intervals between events are stretched as well, and why a 2.7 K blackbody fills the sky. It addresses neither. Hence the arbiter's verdict on redshift and steady state: Tested, not supported (as a class of mechanism; the dimitant mechanism itself is Not testable as stated).

Side check (Claim 4): could the Earth's own radiation power ATP? (also in example.py) - Energy per ATP: 50 kJ/mol ÷ 6.022 × 10^23 /mol = 8.3 × 10^-20 J = 0.52 eV per molecule (0.32 eV under standard conditions). - Earth's thermal radiation at 288 K: kT = 0.0248 eV (k = Boltzmann's constant, 1.381 × 10^-23 J/K); the mean energy of a blackbody photon is 2.70 kT = 0.067 eV. So about 8 thermal photons per ATP (the arbiter's 7.4 uses the spectral peak, 2.82 kT; same conclusion). A single photon with 0.52 eV would have wavelength 1240/0.52 ≈ 2400 nm, in the infrared. - So photon energy is not the obstacle: molecules routinely combine several small energy inputs. The obstacle is the second law. Radiation at the same temperature as its surroundings can do no net work: the Carnot efficiency 1 - T_cold/T_hot is zero when T_hot = T_cold = 288 K. A hot spring at 373 K against 288 K surroundings allows at most 23%; sunlight (source about 5772 K) allows up to 95% in principle. - Conclusion: the hypothesis is not refuted by energy, but it needs a temperature difference or a non-thermal source (sunlight, radioactivity, volcanic heat), plus a chemical pathway. The outline specifies neither, and the "testable hypotheses" are in the unread Berkeley Paper. Verdict: Never properly tested.

---

6. Evidence table

On suppression: the arbiter found no evidence that any experiment or publication was blocked. Nothing testable was stated, so there was nothing to block. Whyte's work appears largely ignored [memory: low], and ignoring is not suppression. There was a dispute, though, and it should be named: the dedication says "a certain group unsuccessfully aimed to assume monopolistic control over UFT and its extrapolations which led to a prolonged political struggle", and thanks Dean Bernhard Hillila [read p.38]. No group, test or publication is named. It is a claimed dispute over who controls the theory, not suppression of a test [arbiter, QE revision]. The outline's other story of neglect, that Musatti lost to Koffka through "prestige" (Section 4.2), is unsourced.

---

7. What a learner should take away

Solid. The thermodynamic intuition that structure must be sustained by a steady flow of free energy is correct and important; it is how cells work. The brainstem arousal system is real, and in 1968 it was fair to argue that textbooks undervalued it.

Wrong, and why the mistake is instructive. - Redshift. The lesson is general: when two theories explain the same headline observation (redshift), look for a second observable they disagree on (time dilation, surface brightness, the CMB). Section 5 is a model of how to do this with nothing but ratios and powers of (1+z). - Absolute free energy. A quantity defined only up to an additive constant cannot be "measured absolutely" by adding a new word. To make the claim real you must name the constant's value and show an experiment that is sensitive to it. This is the same lesson as "the zero of potential energy is arbitrary" from mechanics. - One word, two meanings. Using "symmetry" for both randomness and order lets the principle fit any result. A useful self-test for any grand theory: can I name an outcome it forbids? - Borrowing a name. Curie's principle is about symmetry passing from cause to effect; it has no arrow of time. Calling a time-directed "asymmetry disappears" rule the "Mach-Curie-Gestalt principle" borrows prestige the rule has not earned. Always check what a cited principle actually says. - Confirmation that cannot fail. The Gestalt "confirmation" counts right-way results as support and blames wrong-way results on a rival's "erroneous formulation". If every outcome is good news, the test tested nothing. - Factual slips. Earth's age (4.8 vs 4.54 Gyr), reading a classification as an evolutionary sequence, equating relativity with a psychology theory, and ignoring the 1965 CMB are errors any careful writer could have caught.

Genuinely open. - How life first harvested energy is unsolved; a radiation- or heat-cycling-driven phosphorylation experiment with a blank control is a legitimate lab project [arbiter]. - How much of consciousness depends on the brainstem versus the cortex is still debated at the edges (e.g. the Merker literature) [arbiter]. - Whether Whyte's The Formative Process (said to hold the mathematics), his 1961 The Atomic Problem (said to treat "the problem of alpha", the fine-structure constant [read p.10]) or Baranski's unread "Field Theory" manuscripts contain any mathematics or prediction is unknown. Obtaining them is the first step before any firmer judgement on Claims 1 and 2.

---

8. Check yourself

1. In your own words, why does a photon that loses energy on its way through a static universe not produce time dilation? What single assumption about the photons' path does the argument use?
2. A galaxy is at z = 0.5. By what factor is its surface brightness reduced under expansion, and under tired light? How many magnitudes apart are the two predictions?
3. Baranski says absolute free energy F is "a function of a specifiable number of dimitants". Explain why no calorimetry experiment on reaction differences could confirm or refute this, and say what he would have to supply to make it testable.
4. Under standard biochemical conditions ATP hydrolysis releases 30.5 kJ/mol. Convert this to electron-volts per molecule. Could one photon of green light (wavelength 530 nm) supply that much energy? Why might energy per photon still not settle whether Earth's own heat radiation could drive ATP synthesis?
5. Sort these into "established", "tested, not supported", and "not testable as stated": (a) the reticular formation is needed for wakefulness; (b) the cortex is only a memory store; (c) dimitant asymmetry is the stuff of awareness. Then: Curie's principle says the symmetries of a cause appear in its effects. Does it follow that asymmetry tends to disappear over time? Why or why not?

---

9. Further reading

Mainstream. - Barbara Ryden, Introduction to Cosmology (Cambridge University Press): expansion, redshift, the CMB, written for undergraduates [memory: high]. - Ned Wright, "Errors in Tired Light Cosmology": https://www.astro.ucla.edu/~wright/tiredlit.htm [web]. - L. M. Lubin and A. Sandage, Tolman surface-brightness test (2001): https://arxiv.org/pdf/astro-ph/0106566 [web]. - Daniel V. Schroeder, An Introduction to Thermal Physics: entropy, free energy, Carnot efficiency [memory: high]. - Nelson & Cox, Lehninger Principles of Biochemistry: ATP and the citric-acid cycle [memory: high]. - Bear, Connors & Paradiso, Neuroscience: Exploring the Brain: arousal systems and the action potential [memory: high]. - Moruzzi & Magoun (1949), "Brain stem reticular formation and activation of the EEG": https://www.semanticscholar.org/paper/Brain-stem-reticular-formation-and-activation-of-Moruzzi-Magoun/eaadaac36bcfa1bcff68d32b286c00fd9550d993 [web]. - "Curie's principle" (overview, with the original 1894 statement): https://en.wikipedia.org/wiki/Curie%27s_principle [web]. - "Reconstructive memory" (Carmichael, Hogan & Walter label experiment; Bartlett): https://en.wikipedia.org/wiki/Reconstructive_memory [web]. - B. Merker, "Consciousness without a cerebral cortex" (minority view, for balance): http://bernardbaars.pbworks.com/f/MerkerBBSrevised.pdf [web; title seen, not read].

The researcher and his sources. - L. Baranski, "An Outline Summary of Unitary Field Theory", Culturology 1(1), June 1968 (the document reviewed here: UFTsum.pdf) [read]. - L. Baranski, Scientific Basis for World Civilization (1960) [read: cited in outline; not obtained]. - L. L. Whyte, The Unitary Principle in Physics and Biology (Henry Holt, 1949) [web: https://philpapers.org/rec/WHYTUP-2]. - L. L. Whyte, The Atomic Problem and Essay on Atomism (1961), where the dimitant is said to be defined [read: cited in outline; not obtained]. - L. L. Whyte, The Formative Process (pre-publication), said to contain "the logical-mathematical understructure of UFT" [read p.10: cited; not obtained]. Also cited: Whyte, The Next Development in Man (1949) and Focus and Diversions (autobiography, cited for the political history) [read: cited; not obtained]. - Baranski's "Berkeley Paper" and "Field Theory I & II" (unpublished, "semi-quantitative"), and the incomplete manuscripts Unitary Man, Unitary Society, Responsible Sexualism [read p.10: cited in outline; not obtained]. - R. S. Woodworth and H. Schlosberg, Experimental Psychology (1954): the outline's only source for the Gestalt confirmation [read p.8: cited; not obtained].

---

Answers

1. Every photon from a source at fixed distance D travels the same path at speed c, so each takes D/c; arrival spacing equals emission spacing. Losing energy changes each photon's wavelength, not when it arrives. The assumption is that the distance does not change while the light is in flight (static space) and that all photons travel at c.
2. Expansion: (1.5)^-4 = 0.198. Tired light: (1.5)^-1 = 0.667. Ratio 0.296; difference -2.5 log10(0.296) = 1.32 magnitudes.
3. Calorimetry and equilibrium constants measure only ΔG; adding any constant to every G leaves every ΔG unchanged, so differences cannot fix an absolute value. Baranski would need an explicit formula F = f(N) with units of joules, a way to count N for given reactants, and a prediction that differs from what ΔG measurements already give (for example, predicting ΔG for a reaction that has not yet been measured).
4. 30.5 × 10^3 J/mol ÷ 6.022 × 10^23 /mol = 5.07 × 10^-20 J = 0.32 eV. A 530 nm photon carries 1240/530 = 2.34 eV, plenty. But Earth's heat radiation is at the same temperature as its surroundings, and the second law forbids net work from a single temperature (Carnot efficiency zero); a usable source needs a temperature difference or a non-thermal source, plus a chemical pathway.
5. (a) Established. (b) Tested, not supported (clinical and lesion evidence). (c) Not testable as stated. Curie: no. The principle compares a cause with its effect at the same moment of reasoning; it allows the effect to have more symmetry than the cause but says nothing about a process drifting toward symmetry with time. The time direction in Baranski's rule comes from a thermodynamic reading, not from Curie.