The key finding behind the Dynamic Universe (DU) theory is that the fourth dimension shall be described as a metric dimension and time as a scalar allowing motion and momentum equally in the three space dimensions and the fourth dimension. Closing the three-dimensional space through the fourth dimension to form a hypersphere with radius in the fourth dimension, the dynamics of space can be calculated as that of a spherical pendulum: Mass in space has got its energy of motion against release of gravitational energy in a contraction phase preceding the ongoing expansion phase. Applying the Hubble radius of about 14 billion lightyears, and the total mass obtained from Friedmann’s critical mass density in the hypersphere, the rest energy of the total mass, as the energy of motion along the radius of the expanding hypersphere, is essentially equal to the total gravitational energy. For conserving the overall energy balance in space, kinetic energy in space is associated with a reduction in the rest energy as the energy of motion in the fourth dimension. Any state of motion and gravitation in space can be related to the state of rest in hypothetical homogeneous space with all mass uniformly distributed in the hypersphere. Hypothetical homogeneous space serves as an absolute frame of reference to all local frames in a system of nested energy frames. Instead of distorted time and distances like in the theory of relativity, relativity in DU is expressed in terms of locally available energy thus saving absolute time essential for human comprehension – and shows, e.g., the effects of gravitation and motion on the frequency of atomic clocks directly via the quantum mechanical solution of the characteristic frequencies. DU does not need a separate relativity theory, relativity is a direct consequence of the overall energy balance in space. Time and distance are universal coordinate quantities. Mass obtains the meaning of the wavelike substance for the expression of energy identifiable equally in classical mass objects, electromagnetic radiation, and quantum structures. DU allows major simplification of the cosmological picture and produces accurate predictions with straightforward mathematics – without the need of dark energy or other artificial parameters.
The basis of the Dynamic Universe (DU) theory was first documented in 1996. Since then, the theory has been elaborated and documented in several steps – linkage to the historical development is studied in the book “The Short History of Science – or the long path to the union of metaphysics and empiricism” first published in 2012.
The Dynamic Universe
- Toward a unified picture of physical reality
Tuomo Suntola, Physics Foundations Society and The Finnish Society for Natural Philosophy
Fourth, complemented edition, May 2018
Buy from bookstore Tiedekirja
, Helsinki (International Shipping), ISBN 978-952-68101-2-6 (hardback, 310 pages)
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The Dynamic Universe theory is a holistic description of the observable physical reality. Like the Copernican revolution, the DU creates a system perspective allowing straightforward mathematics and a conceivable cosmological picture of the universe — and gives precise predictions to observables without dark energy or other artificial parameters. It is a unifying theory converting spacetime in variable coordinates into dynamic space in absolute coordinates.
The Short History of Science
- or the long path to the union of metaphysics and empiricism
Tuomo Suntola, Physics Foundations Society
and The Finnish Society for Natural Philosophy
Third, complemented edition,
ISBN 978-952-68101-6-4 (hardback, 256 pages)
or buy from Amazon:
The book traces the development of the scientific picture of reality from antique to present day with special emphasis on the philosophical and theoretical choices made along the path. Also, the book studies the possibility of a re-evaluation the theoretical structures and the picture of reality with a closer connection between the philosophical and empirical aspects. Short biographies of more than one hundred key scientists are included as well as numerous references and links to primary documents.
Tieteen lyhyt historia
- vai pitkä tie luonnonfilosofian ja empirismin kohtaamiseen
Tuomo Suntola, Physics Foundations Society
ja Luonnonfilosofian seura
Kolmas, täydennetty painos, (sidottu, 256 sivua)
, verkkokauppa & myymälä, Snellmaninkatu 13, 00170 Helsinki
Kirja jäljittää tieteellisen maailmankuvan kehityksen antiikista nykypäivään, keskittyen erityisesti filosofisiin ja teoreettisiin valintoihin, jotka matkan varrella on tehty. Kirjassa tarkastellaan myös mahdollisuutta teoriarakenteiden ja todellisuuskuvan uudelleenarviointiin filosofisia ja empiirisiä näkökulmia lähentäen. Kirjaan on sisällytetty yli sadan keskeisen tiedemiehen lyhyet elämäkerrat sekä lukuisia viitteitä ja linkkejä alkuperäiskirjoituksiin.
Scientific models and a comprehensive picture of reality
The proceedings of the Workshop is now available as a Special Issue of the Italian periodical La Nuova Critica.
The Finnish Society for Natural Philosophy, together with The Physics Foundations Society, arranged a two-day workshop on the theme Scientific models and a comprehensive picture of reality held on May 20-21, 2016 at the House of Science and Letters in Helsinki. The workshop brought together recognized philosophers, physicists and cosmologists to discuss the scientific models and the challenge of making nature understandable. The workshop called for novel aspects of unifying theories and discusses the postulates, testability and the philosophical criteria of the theories. Link to Workshop program and presentations. Link to Speaker Introductions.
SELECTED PAPERS AND PRESENTATIONS
(Most recent at the top)
Unification of Theories Requires a Postulate Basis in Common
Tuomo Suntola, Unification in Physics and Philosophy, Helsinki, May 11, 2019
A primary challenge of natural sciences in the new millennium is to cure the gap between metaphysics and empiricism – and puzzle out the obstacles to a unified theory and an understandable picture of reality. Antique science flourished via its strong philosophical impact but faded away due to the lack of supporting empirical science. The fast development of mathematical physics has led to the other opposite; theories are diversified, they are more like mathematical descriptions of observations; they provide precise predictions but lack a solid metaphysical basis and an understandable picture of reality.
Anyway, modern science has increased our understanding of physics from elementary particles to cosmological structures and produced information that allows reevaluation of the basis. In the presentation, we show that by switching from an observer-oriented perspective to a system perspective, any local energy object is related to the rest of space and relativity appears as a direct consequence of the conservation of total energy in the system – without scarifying the absolute time and distance essential for human comprehension. Such a holistic approach has led to the Dynamic Universe (DU) theory. After maturing for the last twenty years, DU produces precise, well-tested predictions for local and cosmological observables and an uncontradictory linkage to quantum mechanics.
Tuomo Suntola, Kvantin olemus ja massan aaltoluonne - havaintojen kuvaamisesta ilmiöiden kuvaamiseen.
Teemailta Luonnonfilosofian seurassa 18.5.2017: Millaisen kuvan todellisuudesta kvanttimekaniikan tulkinnat antavat?
Tuomo Suntola, Restructuring of the Scientific Picture, A Holistic Approach to Relativity, Cosmology and the Essence of a Quantum.
Presentation in the Workshop Scientific Models and a Comprehensive Picture of Reality, Helsinki, May 20-21, 2016. Organized by The Finnish Society for Natural Philosophy and the Physics Foundations Society. Presentation slides (PowerPoint).
Tuomo Suntola, The Dynamic Universe – Space as a Spherically Closed Energy System
International Journal of Astrophysics and Space Science, Special Issue: Quantum Vacuum, Fundamental Arena of the Universe: Models, Applications and Perspectives. Vol. 2, No. 6-1, 2014, pp. 66-85. doi: 10.11648/j.ijass.s.2014020601.18.
A general introduction of the Dynamic Universe theory. Download Full PDF Paper
Tuomo Suntola, Ari Lehto, Tarja Kallio-Tamminen, Heikki Sipilä, Fundamental Concepts - from Force to Energy
International Journal of Astrophysics and Space Science. Special Issue: Quantum Vacuum, Fundamental Arena of the Universe: Models, Applications and Perspectives, Vol. 2, No. 6-1, 2014, pp. 66-85. doi: 10.11648/j.ijass.s.2014020601.18.
The General Theory of Relativity 100 years
On November 10, 2015 The Finnish society for Natural Philosophy arranged a special event to celebrate the 100 years of the theory of general relativity. The program consisted of presentations on the status of astronomy at the time the theory was developed, the birth and the essence of the theory, and considerations of possible restructuring of the theory if today’s instruments, knowledge and observations had been available to Einstein.
Link to the program and presentations
Tuomo Suntola ja Tarja Kallio-Tamminen: On the Essence of Quantum (Kvantin olemuksesta)
Presentation in The Finnish Society for Natural Philosophy, March 4, 2014, Presentation slides
Blackbody surface as antenna field. Antenna active area is related to the wavelength as Aλ=λ2/4π, with emission intensity to half-space as Iλ=1/Aλ =2π /λ2, which is exactly the Rayleigh-Jeans formula applying when all antennas are activated by the thermal energy, kT>hf. When only a part of antennas are activated as described by the Maxwell-Bolzmann distribution of the thermal energy, kT << hf, the emission intensity follows Wilhelm Wien’s radiation law. Max Planck’s radiation law combines the two and covers also the transition region where kT ≈ hf.
Tuomo Suntola, On the Linkage between Planck's Quantum and Maxwell's Equations
The Finnish Society for Natural Philosophy - 25th Anniversary Symposium, November 11, 2013.
Full PDF Paper
Planck equation is obtained from Maxwell's equations by solving the energy enitted into a cycle of radiation by a single transition of an elementarey charge. A point source is studied as one-wavelength antenna in the fourth dimension ( L = λ = cdt ).
Tuomo Suntola: Gestalting Structures in Physics
100 Years of Gestalt Psychology Symposium, Helsinki 28.-29.9.2012 Full text, pdf Presentation
Tuomo Suntola, The big Puzzle
FQXi Essay Contest in 2012, Full PDF Paper
How do we start composing a jigsaw puzzle? It is certainly helpful if we see the picture of the puzzle when fully composed. In the big puzzle of physics, we are about to fit the highly tuned parts together to see whether they match, and what the total picture looks like – have we created a monster or a beauty, or something in between?
Tuomo Suntola, The Dynamic Universe – from whole to local
The Finnish Society for Natural Philosophy, Seminar "Natural philosophy and the philosophy of sciences, Models in physics and cosmology", Helsinki, Tieteiden talo 27-28.9.2010. Presentation slides ppsx
Relativity in the DU is not relativity between an object and the observer, but relativity between local and the whole - it shows the energy available in a local state of motion and gravitation. Clocks in motion or close to a mass center loose time because they have bound part of their energy in motion and local gravitation.
Tuomo Suntola, Physical and mathematical postulates behind relativity
Mathematics, Physics and Philosophy In the Interpretations of Relativity Theory, Budapest 4-6 September 2009.
Tuomo Suntola, Global relativity establishes absolute time and a universal frame of reference
NPA Conference, Storrs, University of Connecticut, May 25-29, 2009, Full text pdf
Supplement: The derivation of the cosmological predictions, Appendix 1.
Tuomo Suntola, From local to global relativity,
Physical Interpretations of Relativity Theory, PIRT XI, London 12-15.9.2008.
Tuomo Suntola, Zero-energy space cancels the need for dark energy
Physics and Philosophy In the Interpretations of Relativity Theory, Budapest 7-9 September 2007
Tuomo Suntola, Relativity defines the locally available share of total energy
PIRT-X, "Physical Interpretations of Relativity Theory X", London, September 8-11, 2006.
Tuomo Suntola, Photon - the minimum dose of electromagnetic radiation
SPIE Optics & Photonics 2005 Conferences, Special Program SP200 “The Nature of Light: What is a Photon?”, San Diego, July 31 – August 4, 2005
Planck equation is solved as the energy emitted into a cycle of radiation by a single unit charge transition in a one wavelength dipole.
Tuomo Suntola, Observations support spherically closed dynamic space without dark energy
Tuomo Suntola, Back to the Basis – Observations Support Spherically Closed Dynamic Space
1st Crisis in Cosmology Conference (CCC-1), Monção, Portugal, June 23-25, 2005,
Tuomo Suntola and Robert Day, Supernova observations fit Einstein-de Sitter expansion in 4-sphere
Recent observations on the redshift and magnitude of distant supernovae have raised fundamental questions of the cosmological structure and the development of space. Interpretation of the observations with the standard cosmology model suggests accelerating expansion of space which requires an assumption of unknown dark energy working against gravitation at cosmological distances. This paper presents an analysis which shows that the observed magnitude redshift relationship is in an excellent agreement with the prediction derived by assuming a zero energy balance of motion and gravitation in an expanding 4-sphere. Such an approach can be regarded as Einstein-deSitter expansion in the fourth dimension, suggesting a decelerating expansion velocity until zero in infinity.
Tuomo Suntola, Dynamic space converts relativity into absolute time and distance
PIRT-IX, Physical Interpretations of Relativity Theory IX, London, September 3-9, 2004.
Tuomo Suntola, Universal Order in Absolute Time
Colloquium "Human Approaches to the Universe" in University of Helsinki, Finland September 26-27, 2003.
Tuomo Suntola, Re-evaluation of the Scout D experiment as a Test of Relativity Theory
Galilean Electrodynamics, 14, No.4 (2003) Full text (pdf)
. A detailed analysis of the gravity probe Scout D experiment confirms the GR/DU prediction for both the gravitational and velocity terms of the frequency shift (instead of SR velocity shift reported in Phys. Rev. Letters, 45, 26 (1980) 2081).
Tuomo Suntola, Dynamic space converts relativity into absolute time and distance
T. Suntola, Celestial mechanics in spherical space
Apeiron, Vol. 8, No. 3 (July 2001) Full text pdf The perihelion shift in DU space conserves the orbital radius. It does not create a cumulative term to the radius like the Schwarzschild solution of general relativity.
T. Suntola, New cosmology model shows relativity in universal time and distant observations in Euclidean geometry
Apeiron, Vol. 8, No. 3 (July 2001) Full text pdf
We can choose between the constant velocity of light and time dilation (SR, GR) - or absolute time and a changing velocity of light (DU).