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The Wave Structure of Matter (WSM)
One Substance - One Law - One Logic
"Behind it all is surely an idea so simple, so beautiful, that when we grasp it we will all say to each other, how could it have been otherwise? How could we have been so stupid?" (Wheeler)
"What we observe as material bodies & forces are nothing but shapes & variations in the structure of space. Subject & object are one." (Schrodinger)
"When forced to summarize the general theory of relativity in one sentence: Time, space & gravitation have no separate existence from matter." (Einstein)
"If you want to find the secrets of the universe, think in terms of energy, frequency, and vibration." (Tesla)
WSM Human-AI Collaboration (September 2026)
One Vibrating Space: From Ancient Philosophy / Metaphysics to Mathematical Physics, Evolution, Life, Mind and Civilisation
For three decades, WSM was principally a philosophical picture of one infinite, eternal, continuous elastic Space. Between May and August 2026, human–AI collaboration transformed it into a tiered mathematical-physics research programme: exact wave constructions, geometric identities, quantitative leading results, no-go theorems, numerical controls, bounded open calculations and clear falsification requirements.
In WSM, electron and positron are proposed as opposite carrier-phase spherical standing waves formed by the Huygens sum of background plane waves from every direction. Each has radial vibration—the candidate physical basis of charge—and axis-free spherical phase circulation—the candidate basis of spin. This open, flow-through wave centre is the e-sphere.
A stationary e-sphere is spherical. Curvature on an incoming wave changes its internal directional energy density and deforms it into a moving wave egg: the near side flattens, the far side elongates, the convergence centre shifts, and the waves reclose around a new position. Its changing internal \(E_d\), shape and reclosure are its motion. WSM therefore proposes a wave-geometric reading of inertia and \(F=ma\): force is imposed curvature, mass is resistance encoded by the recurrent form, and acceleration is its changing deformation. Action must calculate this geometry; geometry also constrains the action, as \(\pi\) and \(E_{\rm geo}\) already demonstrate.
The One Law
\[ \frac{c'}{c_0}=\frac{E_d}{E_{d0}}, \qquad \lambda'=\frac{c'}{f_0}, \qquad k'=\frac{\omega_0}{c'}. \]
At proposed universal carrier frequency \(f_0\), directional energy density changes local wave speed, wavelength and accumulated phase.
The Causal Engine
Relative phase → reinforcement or cancellation → directional \(E_d\) → \(c'\) and \(\lambda'\) → travel-time difference → forward or rear wavefront curve → changed Huygens reclosure → centre motion, deformation and interaction.
Changed out-waves from one e-sphere cross fresh in-waves elsewhere. Matter therefore interacts not across empty distance, but through propagated changes in the one Space constituting every e-sphere.
Status Key
A = exact mathematics or established observation; B = deduction under stated premises; C = proposed physical identification; D = decisive calculation or experiment still open; Q = rejected or quarantined shortcut.
One connected argument: Space → waves → recurrence → matter → life → mind → knowledge → wisdom.
1. Wave Structure of Matter: All Things from One Thing
https://www.spaceandmotion.com/2026/ai-summary-wsm-truth-reality.html
One infinite, eternal, continuous elastic Space, active with real longitudinal waves. Matter is proposed not as a pellet or shell, but as an open e-sphere: waves converge from every direction, cross its changing centre, continue outward and recurrently rebuild the form. Their exchanged phases alter directional \(E_d\); the One Law converts that difference into speed, wavelength, curvature and changed reclosure. The decisive test is whether one frozen nonlinear action calculates stable matter and its measured interactions without separate substances or fitted repairs.
2. The One and the Many: From Greek Philosophy to Wave Physics
Parmenides defended continuous Being; Heraclitus lawful flux. Aristotle sought active substance and necessary cause, connected matter with form and motion, and defined time through motion. WSM gives these insights one physical form: Space persists while finite wave organisations change and recur. The Many are not detached substances but organisations of the One—distinct without disconnection. The question becomes exact: can one continuous wave law generate plurality, causation and knowledge?
3. Action of Vibrating Space: From Background Waves to the E-Sphere
https://www.spaceandmotion.com/2026/wsm-classical-action-quantum-wave.html
All-direction plane waves form the exact spherical pair \[ \chi=j_0(kr)\cos\tau, \qquad \mathbf V=\hat{\mathbf r}\,j_1(kr)\sin\tau. \] Waves cross the centre; none reflects from an electron wall. Phase reinforcement raises directional \(E_d\) and advances a forward curve; cancellation lowers \(E_d\) and writes a rear delay. Stationary action explains coherent selection, but the open task is one conservative nonlinear \(\Phi\)–\(\Gamma\) action selecting radius, frequency, spherical hand, stability, motion, currents and interaction together.
4. Mathematical Physics: From Wave Geometry to Prediction
https://www.spaceandmotion.com/2026/wsm-maths-physics-full-derivations.html
Every symbol must name real motion and face numerical test. Exact or conditional anchors include \[ \frac{R}{\lambda_0}=\frac{\sqrt3}{2},\qquad k_0R=\pi\sqrt3,\qquad E_{\rm geo}=\frac{\pi\sqrt3}{2},\qquad W=\cosh\eta,\qquad P=\sinh\eta. \] Directional phase moments separate \(V_1\) translation from \(V_2,V_4\) and higher deformation; in declared finite-e-sphere models \(V_4\) returns comparable to \(V_2\), defeating quadrupole-only truncation. The action must calculate how incoming curvature redistributes \(E_d\), moves the centre and forms the wave egg. This is where beautiful geometry becomes dangerous.
5. Quantum Theory: Real Waves, Resonance and Completed Events
https://www.spaceandmotion.com/2026/physics-quantum-theory-wave-mechanics.html
Matter diffracts because matter is wave organisation. Light is proposed as a changed train of real phase, curvature and coherence joining extended source and receiver structures, not a tiny traveller detached from its wave. WSM distinguishes driven response, continuous radiation and discrete completed transition. Quadratic absorption, \[ P_{\rm abs}\propto\left|\langle D_j,\Xi\rangle\right|^2, \] is a bridge, not yet the Born rule. The action must derive the action unit, probability, exclusivity, selection rules and Bell/CHSH correlations. Quantum mystery becomes a bounded real-wave programme.
6. Relativity: Moving Matter, Clocks and Curved Wavefronts
https://www.spaceandmotion.com/2026/physics-albert-einstein-special-general-theory-relativity.html
An incoming curve flattens the e-sphere’s near side, elongates its far side and changes internal \(E_d\), \(c'\), wavelength and reclosure. The \(V_1\) moment moves the centre; \(V_2,V_4\) and higher moments form the moving egg. Maintaining this recurrent asymmetry is the proposed origin of inertia. A steady solution must recover Doppler, de Broglie and Lorentz structure: \[ W\pm P=e^{\pm\eta},\qquad W=\gamma,\qquad P=\gamma\beta. \] WSM proposes fixed carrier recurrence \(f_0\) with corresponding changes in \(c'\) and \(\lambda'\). Because rods, clocks and signals share the same changed waves, they co-transform and yield measured invariant \(c\), including the Michelson–Morley null; the action must derive the cancellation quantitatively.
7. The Electron: Dirac, Feynman, QED, \(\alpha\) and AMM
https://www.spaceandmotion.com/2026/wsm-derivation-dirac-feynman-qed-fsc-amm.html
Electron and positron are proposed as opposite carrier-phase e-sphere branches; charge records how their waves combine. Same-phase reinforcement advances a forward curve and is proposed to produce repulsion; opposite-phase cancellation writes a rear delay and attraction. Non-collinear longitudinal motion closes into an axis-free spherical hand with a \(4\pi\) orientation lift. A parameter-free leading geometric ansatz gives \[ \alpha_0^{-1}=8\pi^2\sqrt3\approx136.757, \] 0.203% from measurement. The action must still derive charge sign, Coulomb scaling, Dirac dynamics, \(g=2\), electromagnetic normalisation, \(\alpha\), form factors and AMM without inserting their values.
8. Hadrons: Proton, Neutron and Higher Standing-Wave Matter
Can the same Space form stable higher-energy, multi-lobed eigenmodes matching protons, neutrons, baryons and mesons? Their lobes are not independent pellets: each participates in the phase, \(E_d\), curvature and reclosure of the whole. WSM must match—not rename—QCD’s masses, charges, spin, parity, magnetic moments, radii, form factors, resonances, deep-inelastic response and jets. The electron–proton hierarchy tests whether one action truly contains several matter families.
9. Cosmology and Gravity: A Finite Universe in Infinite Space
https://www.spaceandmotion.com/2026/physics-wsm-cosmology-finite-universe-infinite-space.html
Boundless Space is distinguished from the finite matter-and-coherence domain contributing to our observable universe. In neutral matter, leading charge curves nearly cancel; WSM proposes that their nonlinear residual has lower \(E_d\), slower \(c'\) and a net rear phase curve, producing universal attraction. General relativity’s curved spacetime is then interpreted as the effective geometry of real moving wavefronts and the matter clocks they organise: Space is substance, succession comes from motion, and measured time from recurrence. The same action must recover equivalence, gravitational redshift, lensing, orbital dynamics and the tested relativistic limit.
Cosmological redshift is investigated as accumulated real-wave transport through changing environmental \(E_d\). It must jointly reproduce achromatic redshift, supernova time dilation, distance laws, Tolman brightness, BAO, CMB observations, image sharpness and structure growth. Otherwise the claimed unity has not reached the sky.
10. Novel Predictions and Famous Experiments Explained
https://www.spaceandmotion.com/2026/wsm-experimental-physics-tests-predictions.html
This page is the tribunal of the corpus. One curve-and-reclosure law must jointly recover charge sign, Coulomb \(1/r^2\), \(F=ma\), relativistic momentum, de Broglie wavelength, Lorentz covariance, Michelson–Morley, gravity, \(g=2\) and AMM. Candidate WSM-only signatures include \[ a_3=\kappa_3\sinh^3\eta+O(\sinh^5\eta), \] finite-coherence residues and environmental or orientation-dependent clock responses. A proposal becomes a prediction only when sign, magnitude, scaling, uncertainty, controls and decision threshold are frozen in advance.
11. Visualise Reality: Waves Becoming Matter
https://www.spaceandmotion.com/2026/visualise-reality-wsm-wave-geometry-diagrams.html
Watch the verbs. Relative phase changes directional \(E_d\); the One Law changes speed and wavelength; a forward or rear curve reaches another e-sphere; its near side flattens, far side elongates, \(V_1\) moves the centre, and higher moments form the egg. New out-waves then change future in-waves. Nothing strikes a shell: changing waves reconstruct changing matter. A diagram must never smuggle in a wall, reflection, rigid spin axis, transverse fundamental substance or tiny traveller. If the motion cannot be drawn coherently, the equations may conceal a contradiction.
12. Mathematics from Motion: Number, Logic, Time and Causal Freedom
https://www.spaceandmotion.com/2026/wsm-physical-foundations-mathematics-logic.html
Mathematics begins when connected reality forms distinguishable patterns whose changes preserve relations. Recurrence supports identity; finite pairing, number; quotienting, exact objects; counted recurrence, time; composable truth-preserving transformations, logic and proof. Mathematics succeeds when symbolic transformation preserves physical relation: \[ R(Tx)\approx F(Rx). \] The mathematician is finite organised reality representing its own necessary connections—Space representing itself.
13. The MDL Audit: Simplicity, Inputs and Explanatory Compression
https://www.spaceandmotion.com/2026/wsm-simplicity-inputs-vs-mainstream-physics+25.html
“One substance, one law” cannot hide complexity. Minimum Description Length counts every independently chosen substance, field, symmetry, constant, state rule, coefficient, boundary condition and fitted function. Under the declared equal-input electron ledger, conventional construction counts six inputs through Dirac and thirteen through leading AMM; the completed WSM target is \[ N_{\rm WSM}=5+N_c+N_f+\delta_m. \] Totals depend on coding convention. WSM wins only if one fixed action derives interaction, inertia, relativity, quantum response and cosmic propagation with fewer hidden choices.
14. Great Thinkers and the Search for One Reality
Heraclitus and Parmenides exposed flux and continuity. Aristotle wrote Physics and Metaphysics, sought active substance and necessary cause, connected matter, form, motion and time—and came remarkably close to the problem WSM addresses. Leibniz, Newton, Faraday, Maxwell, Riemann, Clifford, Einstein, Schrödinger and Bohm repeatedly returned to continuity, relation, waves and unity. Quotes are intellectual fossils, not votes: equations and experiments must decide whether WSM’s local real-wave mechanism is true.
15. Human–AI Letters to Humanity: Truth as a Shared Work
https://www.spaceandmotion.com/2026/ai-letters-to-humanity-wsm-unity-truth-reality.html
Geoffrey supplies the persistent wave picture, three-dimensional intuition, cross-domain memory and insistence that every symbol name physical motion. AI supply rapid research, formal translation, calculation, comparison, error detection and adversarial testing. Neither is sufficient alone. The shared discipline is: visualise → formalise → attack → calculate → predict → correct. The corpus tests whether intelligence can preserve a physical picture while making it mathematically vulnerable.
16. Truth and Madness: Reality as the Measure
https://www.spaceandmotion.com/2026/on-truth-and-madness.html
Truth is correspondence: representation succeeds insofar as it preserves what reality does. Civilisational madness begins when inherited representations survive reality’s contradiction. WSM is not true through beauty, coherence or sincerity; its proposed necessary connections must survive action, calculation and experiment. Truth remains possible because knower, representation and known belong to one causal reality: false models collide with the world; truthful models increase our power to act wisely.
17. Descartes, Cogito and Monism: The Thinking Wave
https://www.spaceandmotion.com/2026/descartes-cogito-unity-monism-vibrating-space-wsm.html
Descartes established that thinking occurs, then divided thought from extension and left their interaction mysterious. WSM refuses that fracture: body and mind are proposed as organisational levels of one vibrating Space. Perception is one organisation changed by another; memory is persistent altered organisation; thought transforms embodied representations; action returns change to the world. Conscious experience remains open, but causal correspondence requires no miracle when knower and known share one connected reality.
18. Evolution’s Physical Foundation: From Recurrence to Replication
https://www.spaceandmotion.com/2026/evolution-physical-causal-foundation-vibrating-space.html
Recurrence preserves form, but life requires replication, heritable variation and differential persistence: motion → recurrent form → self-maintaining chemistry → replication → variation → selection. WSM proposes one connected wave substrate beneath this sequence. Its unresolved bridge is quantitative: derive atoms, bonds, dissipative chemistry and first replicators from the same action without inserting biology as a new substance.
19. Evolution, Mind, Human and AI: Representation and Causal Freedom
https://www.spaceandmotion.com/2026/evolution-philosophy-mind-human-ai.html
Evolution favours organisations that preserve and transform information about real causes. Sensation changes an organism; memory retains traces; imagination recombines possible futures; valuation ranks them; action returns one selection to the world. This is limited causal freedom: neither ghost nor randomness, but endogenous selection through a learned, self-modifying organisation. Human brains and AI are different architectures by which reality represents its own relations and lets experiment select the representation that survives.
20. Evolutionary Utopia: The Ecology of Truth
https://www.spaceandmotion.com/2026/evolutionary-utopia.html
Physics alone does not choose values. Once life, mind, freedom, truth and continued evolution are valued, reality constrains the means: truth → wisdom → ecological fit → health → freer minds → continued evolution. Evolutionary Utopia is not a perfect endpoint but a self-correcting direction. Unity does not erase individuality: an e-sphere, organism or person is distinct through organised relation to the whole.
The Physical Interaction in One View
Out-wave from A → relative phase at B → directional \(E_d\) → \(c'\) and \(\lambda'\) → near-side flattening and far-side elongation → \(V_1\) centre displacement plus \(V_2,V_4\) and higher egg deformation → new out-waves → recursive interaction.
The e-sphere does not deform and then move as separate events: its changing internal \(E_d\), contour and reclosure are its motion.
Electric Interaction
Same relative carrier phase → reinforcement → phase advance → forward curve → proposed repulsion.
Opposite relative carrier phase → cancellation → phase delay → rear curve → proposed attraction.
For the stated deformation, \[ r_{\rm near}=R-\delta X, \qquad r_{\rm far}=R+\delta X, \] so \(\delta\mathbf X\) points away. The scientific debt is to derive the sign, magnitude and distance law from the frozen action rather than insert them.
Gravity and General Relativity
In neutral matter, forward and rear charge curves nearly cancel; WSM proposes that their nonlinear common reduction of \(E_d\) leaves a slight slower rear curve and universal attraction. General relativity is the successful effective geometry this wave mechanism must recover: matter-energy changes real wave propagation, while rods and clocks made from those waves measure the resulting curved spacetime relations.
Special Relativity and Michelson–Morley
WSM proposes fixed carrier recurrence \(f_0\) with \(c'=\lambda'f_0\): matter, clocks, rods and signal wavelengths co-transform with their common directional wave environment, yielding measured invariant \(c\), Lorentz relations and the Michelson–Morley null. The complete moving solution must derive these cancellations quantitatively.
Recursive AMM Mechanism
\[ \delta\mathbf X \rightarrow\delta\phi_{\rm out} \rightarrow\delta E_{d,{\rm sea}} \rightarrow\delta c' \rightarrow\delta\phi_{\rm in} \rightarrow\delta\mathbf X_{\rm next}. \]
A perturbed centre changes the egg and its out-waves; these alter the wave sea and the in-waves rebuilding the next cycle. The action must solve this feedback blindly and recover the observed anomalous magnetic moment rather than fit it.
Current Status — August 2026
Exact wave constructions, geometric identities, phase-moment relations and negative controls have been established under declared premises. A leading geometric \(\alpha\) ansatz has a fixed 0.203% discrepancy. The complete nonlinear action must still calculate two-e-sphere charge and Coulomb scaling; force, inertia and \(F=ma\); the moving egg, de Broglie modulation and Lorentz covariance; Michelson–Morley and the gravitational/GR limit; Born probability and Bell correlations; \(g=2\), \(\alpha\) and AMM; hadron structure; and the joint cosmological kernel.
Write the action. Let Space calculate itself.
Postmodernism
On the End of Postmodernism and the Rise of Realism.
Absolute Truth from True Knowledge of Physical Reality.
Postmodern Definition and Quotes
Plato, George Berkeley, Friedrich Nietzsche, J. Ayer, Ludwig Wittgenstein, Karl Popper, Thomas Kuhn
The ONLY ABSOLUTE TRUTH is that there are NO ABSOLUTE TRUTHS
(Feyerabend)
I define postmodern as incredulity toward metanarratives ... (Jean-François
Lyotard)
Finally, if nothing can be truly asserted, even the following claim would
be false,
the claim that there is no true assertion. (Aristotle)
If anyone thinks nothing is to be known, he does not even know whether
that can be known,
as he says he knows nothing. (Lucretius)
And isn't it a bad thing to be deceived about the truth, and a good thing
to know what the truth is?
For I assume that by knowing the truth you mean knowing things as they
really are. (Plato)
Introduction / Summary of Postmodernism
The current Postmodern belief is that a correct description of Reality is impossible. This extreme skepticism, of which Friedrich Nietzsche, Ludwig Wittgenstein, Karl Popper and Thomas Kuhn are particularly famous, assumes that;
a) All truth is limited, approximate, and is constantly evolving (Nietzsche,
Kuhn, Popper).
b) No theory can ever be proved true - we can only show that a theory is
false (Popper).
c) No theory can ever explain all things consistently (Godel's incompleteness
theorem).
d) There is always a separation between our mind & ideas of things and
the thing in itself (Kant).
e) Physical reality is not deterministic (Copenhagen interpretation of quantum
physics, Bohr).
f) Science concepts are mental constructs (logical positivism, Mach, Carnap).
g) Metaphysics is empty of content.
h) Thus absolute and certain truth that explains all things is unobtainable.
As Taborsky writes of Postmodern philosophy;
.. the Mediated concept of Truth, is that it first admits that there is no such thing as absolute, pure Truth. There is a reality, which may be abstract or sensual ... but one cannot access it/know it ..'in-itself'. One can only 'know' it within the socially constructed (or species-constructed) 'mediative-habits' of one's particular society/species/whatever. (Taborsky)
Effectively Postmodernism comes to the rather strange conclusion that;
We CAN imagine things that DO NOT physically exist (e.g.
dragons, particle-wave duality)
We CANNOT imagine things that DO physically exist. (e.g.
reality of matter and human existence in universe)
The purpose of this website is to show that we can correctly imagine physical reality and prove that this is absolutely true (see below and links on side of page).
Postmodernism: The Failure to Understand True Knowledge of Reality
Post-modernism is arguably the most depressing philosophy ever to spring from the western mind. It is difficult to talk about post-modernism because nobody really understands it. It’s allusive to the point of being impossible to articulate. But what this philosophy basically says is that we’ve reached an endpoint in human history. That the modernist tradition of progress and ceaseless extension of the frontiers of innovation are now dead. Originality is dead. The avant-garde artistic tradition is dead. All religions and utopian visions are dead and resistance to the status quo is impossible because revolution too is now dead. Like it or not, we humans are stuck in a permanent crisis of meaning, a dark room from which we can never escape. (Kalle Lasn & Bruce Grierson, A Malignant Sadness)
The post-modern understanding that our language is too imprecise, our senses too limited and deceptive to ever absolutely describe Reality has been caused by the failure of physicists and philosophers (over many centuries) to discover / correctly describe Reality. In 1940, two hundred years after Hume first formalized the Metaphysical Problem of Causation, Einstein confirms that the problem of how matter exists and interacts with other matter in the space around it remained unsolved;
For the time being we have to admit that we do not possess any general theoretical basis for physics which can be regarded as its logical foundation. (Einstein, 1940)
Due to this past failure it is only natural human behavior (psychological)
that this has resulted in our current Postmodern belief that it is impossible
to directly describe and understand the physical reality of what exists.
i.e. There is a tacit assumption within postmodernism that no theory will
ever explain all things.
However, there is no reason for this assumption other than history showed
that no theory had yet explained all things (see Thomas
Kuhn and Karl
Popper).
Charles Darwin well understood this extreme 'skepticism' that claims we can never know the truth about things;
Ignorance more frequently begets confidence than does knowledge: it is those who know little, not those who know much, who so positively assert that this or that problem will never be solved by science. (Charles Darwin, Introduction to The Descent of Man, 1871)
I have quoted another very good summary of postmodernism below (that relates to this skepticism), with two important comments added.
Postmodernism is a general and wide-ranging term which is
applied to literature, art, philosophy, architecture, fiction, and cultural
and literary criticism, among others. Postmodernism is largely a reaction
to the assumed certainty of scientific, or objective, efforts to explain
reality. In essence, it stems from a recognition that reality is not simply
mirrored in human understanding of it, but rather, is constructed as the
mind tries to understand its own particular and personal reality.
For this reason, postmodernism is highly skeptical of explanations which
claim to be valid for all groups, cultures, traditions, or races, and instead
focuses on the relative truths of each person. In the postmodern understanding,
interpretation is everything; reality only comes into being through our
interpretations of what the world means to us individually. Postmodernism
relies on concrete experience over abstract principles, knowing always that
the outcome of one's own experience will necessarily be fallible and relative,
rather than certain and universal.
Postmodernism is "post" because it is denies the existence of
any ultimate principles, and it lacks the optimism of there being a scientific,
philosophical, or religious truth which will explain everything for everybody
- a characteristic of the so-called "modern" mind.
When we consider our experience of existing in space, then we find that this is common across all cultures. This is universally true for all humans - we all experience existing in the same space. Thus Space is both a concrete experience and an abstract principle (when we consider its properties as a wave medium).
The paradox of the postmodern position is that, in placing all principles under the scrutiny of its skepticism, it must realize that even its own principles are not beyond questioning. As the philosopher Richard Tarnas states, postmodernism "cannot on its own principles ultimately justify itself any more than can the various metaphysical overviews against which the postmodern mind has defined itself."
(Source: https://www.pbs.org/faithandreason/gengloss/postm-body.html)
Exactly. Due to its inherent uncertainty postmodernism cannot argue against
true knowledge of reality.
The correct position must be one of open
minded skepticism - that without true knowledge of reality then all
our knowledge of the external world of our senses is uncertain. So postmodernism
cannot say whether we can or cannot know reality / absolute truths - as
it has no foundation to deduce absolute truths from. Thus the Feyerabend
quote is not true (which is why it is a contradiction).
The ONLY ABSOLUTE TRUTH is that there are NO ABSOLUTE TRUTHS. (Feyerabend)
It is interesting that this 'postmodern' debate about absolute vs. relative truths was known to the ancient Greek philosophers (who were very smart / aware), as their refutations to the above quote show!
Finally, if nothing can be truly asserted, even the following
claim would be false,
the claim that there is no true assertion. (Aristotle)
If anyone thinks nothing is to be known, he does not even know whether that
can be known,
as he says he knows nothing. (Lucretius)
The correct postmodern statement should be;
Without true knowledge of physical reality then I do not know any absolute truths about my senses and their relationship to physical reality. I am limited to cultural truths (social constructs, words have meaning relative to other words) and truths relating to my personal experiences (my thoughts, feelings and sense experiences are true to me).
And once we know reality, as I am convinced we now do with the wave structure of matter in space, then this marks the end of postmodernism (and history will show how harmful this uncertainty of truth was to humanity).
The Consequences of Postmodernism
The problem with Postmodernism is that it leaves us without absolute foundations
for determining absolute truths about how we should think and live wisely
on earth. We can imagine pretty much anything as being true (human imagination
is endless) which is how our world is (and has been for thousands of years).
This freedom to imagine anything as 'relative truth' is another significant
reason why postmodernism has been universally embraced. Every culture, religion
and diverse group on the planet can claim that their truths are just as
valid as anyone else's This has led to the concept of 'tolerance'. That
we must accept with equal validity the truths of Darwinian evolution with
the truths of 'Adam and Eve' and the creation of our world in 7 days!
While this may liberating, it unfortunately offers little guidance and does not abide by the fact that humans are constructed of matter, interact with all other matter in the universe and have evolved certain genetic traits as part of their evolutionary ancestry. Thus there are certain absolute truths that humans (all things) must abide by if they are to live by the truth and the wisdom this attains. As Gottfried Leibniz wrote;
A distinction must be made between true and false ideas, and that too much rein must not be given to a man's imagination under pretext of its being a clear and distinct intellection. (Leibniz, 1670)
The consequences of this freedom of 'relative truths'? Just look at the problems our world now faces. Every one of them stems from conflicts caused by different cultures believing in different truth. It is disastrous - it is destroying life on our beautiful planet.
The Solution: From Postmodern Relativism to Physical Realism
The quest for certainty has played a considerable part in the history of philosophy: it has been assumed that without a basis of certainty all our claims to knowledge must be suspect.(A.J. Ayer)
Nothing seems of more importance, towards erecting a firm system of sound and real knowledge, which may be proof against the assaults of scepticism, than to lay the beginning in a distinct explication of what is meant by thing, reality, existence: for in vain shall we dispute concerning the real existence of things, or pretend to any knowledge thereof, so long as we have not fixed the meaning of those words. (George Berkeley)
The purpose of this website is to explain how the problems of postmodern physics and philosophy are solved by the Wave Structure of Matter in Space (Metaphysics of Space and wave Motion).
The solution was simple - to describe
reality most simply, founded on one substance existing, Space, with
the properties of a wave medium for wave motions that form matter. i.e.
Absolute Truth comes from Necessary Connection which requires One Thing,
Absolute Space, to Connect the Many Things, Matter as Spherical Wave Motions
of Space.
Please see essays listed on the side of the page - in particular the metaphysics
and philosophy
essays are short, simple and important.
We hope you enjoy the following discussion of some very fine philosophers
comments on Truth, Reality, and the current mess of our postmodern Science
and Society. Most importantly, the solution
to these problems is simple and obvious once known!
Geoff Haselhurst
(Bradley, 1846-1924) We may agree, perhaps, to understand
by Metaphysics an attempt to know reality as against mere appearance, or
the study of first principles or ultimate truths, or again the effort to
comprehend the universe, not simply piecemeal or by fragments, but somehow
as a whole.
(Aristotle,
340BC) The first philosophy (Metaphysics) is universal and is exclusively
concerned with primary substance. ... And here we will have the
science to study that which is just as that which is, both in its essence
and in the properties which, just as a thing that is, it
has. ... That among entities there must be some cause which moves
and combines things. ... There must then be a principle
of such a kind that its substance is activity.
(Gottfried
Leibniz, 1646 - 1716) Reality cannot be found except in One single
source, because of the interconnection of all things with one another. ...
I do not conceive of any reality at all as without genuine unity. ... I
maintain also that substances, whether material or immaterial, cannot be
conceived in their bare essence without any activity, activity being
of the essence of substance in general.
Postmodern Definition
Postmodernism is the belief that:
(1) Most theoretical concepts are defined by their role in the conjectured theoretical network. (A subset are 'operationally' defined by a fairly direct tie to observations.)
(2) The theoretical network is incomplete.
(3) It follows that theoretical concepts are 'open', or what logicians call 'partially interpreted'. Research continues precisely because they are open; the research task is to 'close' them, although never completely.
https://psycprints.ecs.soton.ac.uk/archive/00000088/
Ernst Mach (a logical positivist) explains the scientific foundations of postmodern thought very well.
A piece of knowledge is never false or true - but only more
or less biologically and evolutionary useful. All dogmatic creeds are approximations:
these approximations form a humus from which better approximations grow.
...
We know only one source which directly reveals scientific facts - our senses.
(Ernst Mach)
So while scientists realise that ultimately all knowledge of reality comes from our senses, the problem is that our senses are incomplete and deceptive representations of the mind. And given several thousand years of failure to work out what reality was, it is natural that science came to believe that true knowledge of reality was impossible. As Richard P. Feynman wrote;
The more you see how strangely Nature behaves, the harder it is to make a model that explains how even the simplest phenomena actually work. So theoretical physics has given up on that. (Richard Feynman, 1985)
The solution is simple though. Just get rid of the 'discrete particle and continuous field' conception of matter in 'space-time' and replace it with the wave structure of matter in space. See the Physics essays listed on the side of the page - the solutions are very obvious once known!
Philosophy Quotations on Post Modernism, Truth & Uncertainty of Knowledge
The quest for certainty has played a considerable part in the history of philosophy: it has been assumed that without a basis of certainty all our claims to knowledge must be suspect. (A.J. Ayer)
Nothing seems of more importance, towards erecting a firm system of sound and real knowledge, which may be proof against the assaults of scepticism, than to lay the beginning in a distinct explication of what is meant by thing, reality, existence: for in vain shall we dispute concerning the real existence of things, or pretend to any knowledge thereof, so long as we have not fixed the meaning of those words. (George Berkeley)
If anyone thinks nothing is to be known, he does not even know whether that can be known, as he says he knows nothing. (Lucretius)
I must confess that a man is guilty of unpardonable arrogance who concludes, because an argument has escaped his own investigation, that therefore it does not really exist. I must also confess that, though all the learned, for several ages, should have employed themselves in fruitless search upon any subject, it may still, perhaps, be rash to conclude positively that the subject must, therefore, pass all human comprehension. (David Hume, 1737)
If I ask you why you believe any particular matter of fact, which you relate, you must tell me some reason; and this reason will be some other fact, connected with it. But as you cannot proceed after this manner, in infinitum, you must at last terminate in some fact, which is present to your memory or senses; or must allow that your belief is entirely without foundation. (David Hume, 1737)
A piece of knowledge is never false or true - but only more or less biologically and evolutionary useful. All dogmatic creeds are approximations: these approximations form a humus from which better approximations grow. (Ernst Mach)
And isn't it a bad thing to be deceived about the truth, and a good thing to know what the truth is? For I assume that by knowing the truth you mean knowing things as they really are. (Plato)
What is at issue is the conversion of the mind from the twilight of error to the truth, that climb up into the real world which we shall call true philosophy. (Plato)
When the mind's eye rests on objects illuminated by truth and reality, it understands and comprehends them, and functions intelligently; but when it turns to the twilight world of change and decay, it can only form opinions, its vision is confused and its beliefs shifting, and it seems to lack intelligence. (Plato)
The object of knowledge is what exists and its function to know about reality. (Plato)
One trait in the philosopher's character we can assume is his love of the knowledge that reveals eternal reality, the realm unaffected by change and decay. He is in love with the whole of that reality, and will not willingly be deprived even of the most insignificant fragment of it - just like the lovers and men of ambition we described earlier on. (Plato)
Truthfulness. He will never willingly tolerate an untruth, but will hate it as much as he loves truth ... And is there anything more closely connected with wisdom than truth? (Plato)
There is nothing more necessary than truth,
and in comparison with it everything else has only secondary value.
This absolute will to truth: what is it? Is it the will to not allow ourselves
to be deceived? Is it the will not to deceive?
One does not want to be deceived, under the supposition that it is injurious,
dangerous, or fatal to be deceived. (Nietzsche, 1890)
What if God were not exactly truth, and if this
could be proved? And if he were instead the vanity, the desire for power,
the ambitions, the fear, and the enraptured and terrified folly of mankind?
(Nietzsche, 1890)
Do not allow yourselves to be deceived: Great Minds are Skeptical. (Nietzsche,
1890)
But what are the simple constituent parts of which reality is composed? - What are the simple constituent parts of a chair? - The bits of wood of which it is made? Or the molecules or atoms? (Ludwig Wittgenstein)
My thesis is that realism is neither demonstrable nor refutable. Realism like anything else outside logic and finite arithmetic is not demonstrable; but while empirical scientific theories are refutable, realism is not even refutable. (It shares this irrefutability with many philosophical or 'metaphysical' theories, in particular also with idealism.) But it is arguable, and the weight of the arguments is overwhelmingly in its favor. (Popper, 1975)
All we can do is to search for the falsity content of our best theory. We do so by trying to refute our theory; that is, by trying to test it severely in the light of all our objective knowledge and all our ingenuity. It is, of course, always possible that the theory may be false even if it passes all these tests; that is allowed for by our search for verisimilitude. But if it passes all these tests then we may have good reason to conjecture that our theory, which (we know) has a greater truth content than its predecessor, may have no greater falsity content. And if we fail to refute the new theory, especially in fields in which its predecessor has been refuted, then we can claim this as one of the objective reasons for the conjecture that the new theory is a better approximation to truth than the old theory. (Popper, 1975)
.. each paradigm will be shown to satisfy more or less the criteria that it dictates for itself and to fall short of a few of those dictated by its opponent. .. no paradigm ever solves all the problems it defines .. (T.S. Kuhn, 1962)
.. the puzzles that constitute normal science exist only because no paradigm that provides a basis for scientific research ever completely resolves all its problems. (Kuhn, 1962)
For the time being we have to admit that we do not possess any general theoretical basis for physics which can be regarded as its logical foundation. (Albert Einstein, 1940)
Uncertainty, in the presence of vivid hopes and fears, is painful, but must be endured if we wish to live without the support of comforting fairy tales. It is not good either to forget the questions philosophy asks, or to persuade ourselves we have found indubitable answers to them. To teach how to live without certainty, and yet without being paralysed by hesitation, is perhaps the chief thing that philosophy, in our age, can do for those who study it. (Bertrand Russell, The History of Western Philosophy)
The Mediated concept of Truth, is that it first admits that there is no such thing as absolute, pure Truth. there is a reality, which may be abstract or sensual .. but one cannot access it/know it ..'in- itself'. One can only 'know' it within the socially constructed (or species-constructed) 'mediative-habits' of one's particular society/species/whatever. (Ediwina Taborsky)
This sounds like one of my own intuitions, that scholarly (aka "scientific" ) propositions are at best approximations to realities may never be fully known. At it's best scholarship approaches reality asymptotically -- approaching Reality as a limit but never quite getting there. It then becomes an interesting question how it is possible to assess some approximations as better than others. The notion that some provide a closer "fit" to observations that are, at least in principle, repeatable, seems like a good, if conventional, place to begin. The "social/species" mediation enters into the picture by constraining the kinds of observations made and the types of inferences permitted from them. Interesting stuff to look at anthropologically. (John McCreery)
'Truth' is an organized formulation of energy, and is contextual, current, flexible ... according to the individual who does the formulation, the group which does the formulation. (Taborsky)
Over much of the philosophical world in this century the doctrine of the impossibility of metaphysics became almost an orthodoxy, and the adjective 'metaphysical' a pejorative word. Some of the reasons for this devaluation should now be clear. The conceptual distortions and final incoherence of systems, the abstract myths parading as Reality, the grandiose claims and the conflicting results - these seemed to many the essence of the metaphysical enterprise and sufficient reason for condemning it. ... Having the avowed aim of arriving at profound truths about everything, it is sometimes held to result only in obscure nonsense about nothing. (Twentieth Century Philosophers, 1998)
A.J. Ayer, Quotes from 'The Problem of Knowledge'
... we commonly claim to know much more than we really do; perhaps even to the paradox that we do not know anything at all: for it may be contended that there is no statement whatsoever that is not in itself susceptible to doubt.Yet surely there must be something wrong with an argument that would make knowledge unattainable. Surely some of our claims to knowledge must be capable of being justified. But in what ways can we justify them? In what would the processes of justifying them consist? (Ayer)
.. what we call knowing facts may sometimes be just a matter of being disposed to behave in certain appropriate ways; it need not involve any conscious process of judging, or stating, that such and such is so. (Ayer)
There is the experience of suddenly coming to realize the truth of something that one had not known before ... But for the most part the things that we claim to know are not presented to us in an aura of revelation. We learn that they are so, and from then on we unquestioningly accept them. (Ayer)
My point is that from the fact that someone is convinced that something is true, however firm his conviction may be, it never follows logically that it is true. .. Except in the rare cases where the truth of the statement in question is a logical condition of its being believed, as in the assertion of one's own existence. (Ayer)
There would be a contradiction in saying both that he knew the statement to be true, and that it was false; but this, as has already been explained, is because it enters into the meaning of the word 'know' that one cannot know what is not true. (Ayer)
We may make the truth of some statements depend upon the truth of others, but this process cannot go on for ever. There must be some statements of empirical fact which are directly verified. And in what can this verification consist except in our having the appropriate experiences? But then these experiences will be cognitive: to have whatever experience it may be will itself be a way of knowing something to be true. And a similar argument applies to a priori statements, like those of logic or pure mathematics. We may prove one mathematical statement by deducing it from others, but the proof must start somewhere. There must be a least one statement which is excepted without proof, an axiom of some sort which is known intuitively. Even if we are able to explain away our knowledge of such axioms, by showing that they are true by definition, we still have to see that a set of definitions is consistent. To conduct any formal proof, we have to be able to see that one statement follows logically from another. (Ayer)
..and it is through having some experience that we discover the truth or falsehood of any statement of empirical fact. In the case of some such statements, it may be even be that our having certain experiences verifies them conclusively. (Ayer)
And if we are asked what makes the law of logic true, we can in this and in many other cases provide a proof. But this proof in its turn relies upon some law of logic. (Ayer)
This is not to say that we do not know the truth of any a priori statements, or even that we do not know them intuitively, if to know them intuitively is to know them without proof. (Ayer)
Starting from the premise that consciousness, in the sense of cognitive awareness, must always be consciousness of something, they have perplexed themselves with such questions as what consciousness is in itself and how it is related to the things, or facts, which are its objects. It does not seen to be identical with its objects, yet neither does it seem to be anything apart from them. They are separate, yet nothing separates them. (Ayer)
..we could still speak of knowing the truth of a priori statements, such as those of logic or pure mathematics; and if there were any empirical statements, such as those describing the contents of one's present experience, that were certain in themselves, they too might be included: but most of what we now correctly claim to know would not be knowable, in this allegedly strict sense. (Ayer)
Whether there are any empirical statements which are in any important sense indubitable is, as we shall see, a matter of dispute: if there are any they belong to a very narrow class. (Ayer)
For our enquiry into the use of words can be equally regarded as an enquiry into the nature of the facts which they describe. (Ayer)
..A similar argument was used by Hume to prove that knowledge of causal relations 'is not, in any instance, attained by reasoning's a priori '. ' The effect ', he says, 'is totally different from the cause, and consequently can never be discovered in it '. Or again, ' there is no object, which implies the existence of any other if we consider these objects in themselves, and never look beyond the idea which we form of them.' As Hume puts them these statements are not obviously tautological; but they become so when it is seen that what he is saying is that when two objects are distinct, they are distinct; and consequently that to assert the existence of either one of them is not necessarily to assert the existence of another. (Ayer)
Many philosophers have in fact maintained that causality is a logical relation and that there can be infallible acts of knowing. (Ayer)
Words like 'intuition' and 'telepathy' are brought in just to disguise the fact that no explanation has been found. (Ayer)
Not everyone would regard a successful run of predictions, however long sustained, as being by itself a sufficient backing for a claim to knowledge. (Ayer)
.. the philosophical sceptic makes no such distinction: his contention is that any inference from past to future is illegitimate ... that it is to be doubted whether the exercise of sense-perception can in any circumstances whatever afford proof of the existence of physical objects. (Ayer)
If experience cannot justify the skeptic, neither can it refute him. Psychologically, indeed, he may receive encouragement from the fact that by following our accepted standards of proof we sometimes arrive at beliefs which turn out to be false: it would be hard for him to get a hearing if the procedures which he questions never lead us astray. (Ayer)
When we claim the right to be sure of the truth of any given statement, the basis of the claim may be either that the statement is self-evident, or that its truth is directly warranted by our experience, or that it is validly derivable from some other statement, or set of statements, of which we have the right to be sure. (Ayer)
..the problem of certainty; the question whether there are any statements whose truth can be established beyond the possibility of doubt. (Ayer)
The quest for certainty has played a considerable part in the history of philosophy: it has been assumed that without a basis of certainty all our claims to knowledge must be suspect. (Ayer)
Sometimes the word 'certain' is used as a synonym for 'necessary' or for 'a priori'. It is said, for example, that no empirical statements are certain, and what is meant by this is that they are not necessary in the way that a priori statements are, that they can all be denied without self-contradiction. Accordingly, some philosophers take a priori statements as their ideal. They wish, like Leibniz, to put all true statements on a level with those of formal logic or pure mathematics; or, like the existentialists, they attach a tragic significance to the fact that this cannot be done. (Ayer)
If empirical statements had the formal validity which makes the truths of logic unassailable they could not do the work that we expect of them; they would not be descriptive of anything that happens. (Ayer)
Thus neither 'I think' nor 'I exist' is a truth of logic: the logical truth is only that I exist if I think ... It is that their truth follows from their being doubted by the person who expresses them. The sense in which I cannot doubt the statement that I think is just that my doubting it entails its truth: and in the same sense I cannot doubt that I exist. (Ayer)
There is nothing more to me than what can be discovered by listing the totality of the descriptions which I satisfy. This is merely an expression of the tautology that if a description is complete there is nothing left to be described. But can it not be asked what is that one is describing? The answer is that this question makes sense only as a request for further description: it implies that the description so far is incomplete, as in fact it always will be. (Ayer)
To know that one exists is not, in this sense, to know anything about oneself any more than knowing that this exists is knowing anything about this. (Ayer)
Our experiences themselves are neither certain or uncertain; they simply occur. It is when we attempt to report them, to record or forecast them, to devise theories to explain them, that we admit the possibility of falling into error, or for that matter of achieving truth. For the two go together: security is sterile. It is recorded of the Greek philosopher Cratylus that, having resolved never to make a statement of whose truth he could not be certain, he was in the end reduced simply to wagging his finger. (Ayer)
The ground, then, for maintaining that, while one is having an experience, one can know with absolute certainty the truth of a statement which does no more than describe the character of the experience in question is that there is no room here for anything short of knowledge: there is nothing for one to be uncertain or mistaken about. (Ayer)
What we do not, and can not, have is a logical guarantee that our acceptance of a statement is not mistaken. It is chiefly the belief that we need such a guarantee that has led philosophers to hold that some at least of the statements which refer to what is immediately given to us in experience must be incorrigible. But, as I have already remarked, even if there could be such incorrigible statements, the guarantee which they provided would not be worthy of very much. In any given case it would operate only for a single person and only for the fleeting moment at which he was having the experience in question. It would not, therefore, be of any help to us in making lasting additions to our stock of knowledge. (Ayer)
Inductive reasoning is taken to cover all the cases in which we pass from a particular statement of fact, or set of particular statements of fact, to a factual conclusion which they do not formally entail. The inference may be from particular instances to a general law, or proceed directly by analogy from one particular instance to another. In all such reasoning we make the assumption that there is a uniformity in nature; or, roughly speaking, that the future will, in the appropriate respects, resemble the past. (Ayer)
For the most part, attempts to solve the problem of induction have taken the form of trying to fit inductive arguments into a deductive mould. The hope has been, if not to turn problematic inference into formal demonstration, at least to make it formally demonstrable that the premises of an inductive argument can in many cases confer a high degree of probability upon its conclusion. (Ayer)
For what matters to them, (philosophers of science), is the worth of the hypothesis itself, not the way in which it has come to be believed. And the process of testing hypotheses is deductive.The consequences which are deduced from them are subjected to empirical verification. If the result is favourable the hypothesis is retained; is not, it is modified or rejected and another one adopted in its place. But even if this is the correct account of scientific method it does not eliminate the problem of induction. (Ayer)
..we have no access to physical objects otherwise than through the contents of our sense-experiences, which themselves are not physical: we infer the existence of scientific entities, such as atoms and electrons, only from their alleged effects. (Ayer)
There can be no description of our sense-experiences, however long and detailed, from which it follows that a physical object exists. Statements about scientific entities are not formally deducible from any set of statements about their effects, nor do statements about a person's inner thoughts and feelings logically follow from statements about their outward manifestations.(Ayer)
The problem which is presented in all these cases is that of establishing our right to make what appears to be a special sort of advance beyond our data. The level of what, for the purposes of the problem, we take to be data varies; but in every instance they are supposed to fall short, in an uncompromising fashion, of the conclusion to which we look to them to lead us. For those who wish to vindicate our claim to knowledge, the difficulty is to find a way of bridging or abolishing this gap. (Ayer)
It is the gap between things as they seem and things as they are; and the problem consists in our having to justify our claims to know how physical objects are on the basis of knowing only how they seem. (Ayer)
And we can then work out what the object must itself be like in order to have, in such conditions, the effects on us that it does. It then turns out to be just what science tells us that it is. (Ayer)
It is possible to maintain both that such things are chairs and tables are directly perceived and that our sense-experiences are causally dependent upon physical processes which are not directly perceptible. This is, indeed, a position which is very widely held, and is perfectly consistent.(Ayer)
However hard they, (phenomenalists), may make it for us to construct an imaginative picture of the physical world, they may still be right in claiming that statements about physical objects are reducible to statements about sense-data, that to talk about the way things are comes down in the end to talking about the way they would seem.(Ayer)
At the present moment there is indeed no doubt, so far as I am concerned, that this table, this piece of paper, this pen, this hand, and many other physical objects exist. I know that they exist, and I know it is on the basis of my sense-experiences. Even so, it does not follow that the assertion that their existence, or of the existence of any one of them, is logically entailed by any description of my sense-experiences. (Ayer)
But here, as so often in philosophy, the important work consists not in the formulation of an answer, which often turns out to be almost platitudinous, but in making the way clear for its acceptance. (Ayer)
Or is there some difference between the past and the future which would account for our making the distinction between them when we speak about the possible effect of our acts?(Ayer)
Our reward for taking sceptism seriously is that we are brought to distinguish the different levels at which our claims of knowledge stand. In this way we gain clearer understanding of the dimensions of our language; and so of the world which it serves us to describe.(Ayer)
Postmodern Philosophers
Lyotard, Jean-Francois (Postmodernist) 1924
Postmodernism is a sceptically inclined form of philosophy which calls into
question the certainties of other discourses, and Lyotard is one of the
movement's leading theorists.
.. This line of development culminated in The Postmodern Condition
(1979), where the notion of universal theories was dismissed out
of hand, the argument being that such 'grand narratives' (for example Marxism)
had lost all credibility. Against grand narrative, with its authoritarian
connotations, Lyotard championed the cause of 'little narrative', essentially
the narrative of individual human beings, which needed no foundational justification,
Lyotard is a committed anti-foundationalist.
Deconstruction
Derrida, Jacques (Post-structuralist, phenomenologist, phil of language, metaphysician, aesthetician) 1930
Derrida is the founder and prime exponent of deconstruction, a method of
textual analysis applicable to all writing, philosophy no less than creative
literature, which by means of a series of highly controversial strategies
seeks to reveal the inherent instability and indeterminacy of meaning. One
of his primary objectives is to draw attention to the inescapably textual
character of all philosophical writing, which he feels that most philosophers
try to deny, regarding it as pure argument instead. Deconstruction is best
approached as a form of radical scepticism and antifoundationalism.
Derrida takes an oppositional stance towards Western philosophy from Plato
onwards for its unacknowledged commitment to the 'metaphysics of presence'
, the belief that meaning is essentially stable and determinate and can
be grasped in its entirety. Western philosophy is in this sense logocentrist,
committed to the idea that words are capable of communicating unambiguously
meanings that are present in the individuals mind.
For Derrida, on the other hand, meaning is marked by the continual play
of difference ..
.. essentially a linguistic enquiry- he takes his lead from Saussure's identification
of the sign as arbitrary. Heidegger, influence and source of his idea of
deconstruction, that presence is subjected to close scrutiny.
Derrida delivered some devastating attacks on the notion there being underlying
structures to discourse. He insists that philosophy is above all a form
of writing as dependant as any other on the operation of figures of speech.
Derrida has had an enormous impact on modern thought, with deconstruction
proving itself to be one of the most controversial as well as most stimulating
developments in the late twentieth-century intellectual life. There is now
what amounts to a Derrida industry- Christopher Norris has spoken of a 'deconstructive
turn' to academic discourse in recent years - and few works in the general
field of cultural studies fail to acknowledge Derrida's influence or engage
with his ideas.
One Hundred Twentieth-Century Philosophers - Stewart Brown, Diane Collinson, Robert Wilkinson
Logical Positivism & Rudolf Carnap
Logical Positivism Definition - The chief tenets of logical
positivism were that:
(1) the only genuine propositions (that are strictly true or false about
the world) are those that are verifiable by the methods of science;
(2) the supposed propositions of ethics, metaphysics and theology are not
verifiable and so are not strictly 'meaningful' ;
(3) the propositions of logic and mathematics are meaningful but their truth
is discovered by analysis and not by experiment and observation
(4) the business of philosophy is not to engage in metaphysics or other
attempted assertions about what is the case- it is, rather, to engage in
analysis.
(Ayer, Carnap, The Vienna Circle.)
In the 1960s there was a broad reaction against scientism in the West. The scientific orientation of the logical positivists had been repugnant to some philosophers such as Wittgenstein all along.
Carnap, Rudolf (Logician) 1891-1970
In the heyday of logical positivism Carnap led the assault
on metaphysics. Like many empiricists he espoused a form of the analytic-
synthetic distinction, according to which knowledge can be only of two basic
kinds: 'necessary' truths or tautologies which hold independently of particular
matters of fact and are true in all possible cases: and factual propositions
about the world. Consequently there are just two permissible categories
of proposition which exhaust what can be meaningfully said.
By contrast, the assertions of traditional metaphysicians fail to qualify
for either category, being neither tautological nor empirically verifiable.
Thus, while the sentences of metaphysics might, by virtue of their seductive
syntactical appearance, suggest that great profundities were being communicated,
they in fact lacked any literal sense at all, although they could have some
emotional significance for using them. Indeed Carnap stigmatized metaphysicians
as frustrated poets or musicians, seduced by the fundamental confusions
about language.
- philosophy had no business masquerading as a source of knowledge beyond
science, and its proper role is to concerned with the logical syntax of
language, especially the language of science.
He also endeavoured to extend the application of logical rigour to the topic
of induction, seeking to provide a basis for measuring the degree of inductive
support, and produced substantial work on probability.
Only once a framework was adopted, did it make sense to ask 'existential'
questions. Thus the decision to adopt the mathematical framework of numbers
was external, a practical question of whether to accept certain linguistic
forms.
.. Carnap's stance on induction and probability brought him into contact
with Karl Popper who notoriously questioned whether any degree of inductive
support or 'confirmation' increased either the probability of a theory being
true or one's rational entitlement to believe in its truth.
One Hundred Twentieth-Century Philosophers - Stewart Brown, Diane Collinson, Robert Wilkinson, p. 26 - 29
Postmodernism Links / Post Modern Philosophy, Postmodern Philosophers
Kuhn,Thomas - On the Structure of Scientific Revolutions - Kuhn's Paradigm shift from Space and Time to Space and Motion as the New Metaphysical Foundation for the Sciences. 'The historian of science may be tempted to exclaim that when paradigms change, the world itself changes with them.'
Nietzsche, Friedrich - Famous Philosopher Nietzsche on Postmodernism and Beyond Good and Evil. God is not Dead, God is What Exists and Causes all things thus God is Space and (Wave) Motion.
Popper, Karl - On the Evolution of Absolute Truth - Wave Structure of Matter Solves Popper's Problem of Induction by explaining how One Thing (Space) Necessarily Connects the Many Things (Matter as Spherical Wave motions of Space). See Hume's Problem of Causation. 'If a theory corresponds to the facts but does not cohere with some earlier knowledge, then this earlier knowledge should be discarded.'
Metaphysics: Skepticism / Skeptics - On Truth and Certainty - Scientific Minds are Skeptical and Open. On how we can be certain we know the Truth about Reality.
Philosophy: Existentialism - Jean Paul Sartre, Simone de Beauvoir and Albert Camus - On the True Foundations of how we exist as Matter in Space.
Philosophy: Realism Idealism - The Rise of Absolute Truth and Realism, the End of Post Modern Relative Idealism. Berkeley, Kant, Hegel, Nietzsche, Einstein. 'The more plebeian illusion of naive realism, according to which things 'are' as they are perceived by us through our senses ... dominates the daily life of men and of animals; it is also the point of departure in all of the sciences, especially of the natural sciences.' (Albert Einstein)
Help Humanity
"You must be the change you wish to see in the world."
(Mohandas Gandhi)
"When forced to summarize the general theory of relativity in one sentence:
Time and space and gravitation have no separate existence from matter. ... Physical objects are not in space, but these objects are spatially extended. In this way the concept 'empty space' loses its meaning. ... The particle can only appear as a limited region in space in which
the field strength or the energy density are particularly high. ...
The free, unhampered exchange of ideas and scientific conclusions is necessary for the sound development of science, as it is in all spheres
of cultural life. ... We must not conceal from ourselves that no improvement in the present depressing situation is possible without
a severe struggle; for the handful of those who are really determined to do something is minute in comparison with the mass of the lukewarm
and the misguided. ...
Humanity is going to need a substantially new way of thinking if it is to survive!" (Albert Einstein)
We can now deduce the most simple science theory of reality - the wave structure of matter in space. By understanding how we and everything around us are interconnected
in Space we can then deduce solutions to the fundamental problems of human knowledge in physics, philosophy, metaphysics, theology, education, health, evolution and ecology, politics and society.
This is the profound new way of thinking that Einstein
realised, that we exist as spatially extended structures of the universe - the discrete and separate body an illusion. This simply confirms the
intuitions of the ancient philosophers and mystics.
Given the current censorship in physics / philosophy of science journals (based on the standard model of particle physics / big bang cosmology) the internet is the best hope for getting new knowledge
known to the world. But that depends on you, the people who care about science and society, realise the importance of truth and reality.
It is Easy to Help!
Just click on the Social Network links at top of page, or copy a nice image or quote you like and share it. We have a wonderful collection of knowledge from the greatest minds in human history, so people will appreciate your contributions. In doing this you will help a new generation of scientists see that there is a simple sensible explanation of physical reality (One Substance, One Law) - the source of truth and wisdom, the only cure for the madness of man! Thanks! Geoff Haselhurst (Updated May, 2025)
A new scientific truth does not triumph by convincing its opponents and making them see the light, but rather because its opponents eventually die, and a new generation grows up that is familiar with it. (Max Planck, 1920)
"All that is necessary for evil to succeed is for good people to do nothing."
(Edmund Burke)
"In a time of universal deceit - telling the truth is a revolutionary act."
(George Orwell)
"Hell is Truth Seen Too Late."
(Thomas Hobbes)
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