top of page
Oor hierdie joernaal

Fisika Môre  Teoretiese Fisika-briewe (TPL) 'n SCI-geïndekseerde maandelikse drie keer eweknie-geëvalueerde joernaal.


Physics Tomorrow Theoretical Physics Letters TPL is 'n internasionale drie keer beoordeelde joernaal wat die nuwe navorsings- en oorsigartikels oor elke dimensie van die fisika publiseer. Die huidige impakfaktor is 1,4 volgens die 2019-opdatering.

fisiese hersiening a, toegepaste fisika briewe.


Indexed within Scopus, SCIE (Web of Science), CAPlus / SciFinder, Inspec, and many other databases.

Vrye toegang

Free for readers, with article processing charges (APC) paid by authors or their institutions.

Vir skrywers

Vinnige publikasie

Manuscripts are peer-reviewed and a first decision provided to authors approximately 21 days after submission; acceptance to publication is undertaken in 8-10 days post first decision.


Reviewers who provide timely, thorough peer-review reports receive vouchers entitling them to a discount on the APC of their next publication in any Physics Tomorrow Letters, in appreciation of the work done.

Formateer manuskrip

Impak faktor

3.56 (2022) ; 7-Year Impact Factor: 4.16 (2024 running month)

Journal Flyer


Woord van die redakteur. |


TPL is 'n oop  toegang tot internasionale joernaal wat die onlangse neigings van teoretiese, eksperimentele en waarnemingsfisika dek. Dit het ten doel om 'n wonderlike geleentheid te bied  aan die voorste navorsers wêreldwyd vir die publikasie van hul  waardevolle werke teen minimum honorarium. Omdat ek glo dat goeie idees onskatbaar is.

Dien jou vraestel in by

OF klik hier om in te dien

Theoretical Physics Letters.png

The Nature of the 1 MeV-Gamma quantum in a Classic Interpretation of the Quantum Potential

By considering wave-particle dualism with an interpretation of the squared amplitude of the wave function R2(Y) compatible with the known Bohm’s equations, for a 1 MeV-gamma-quantum considered as ‘gammonic’ (e-e+)- pair of electrons having the phase speed of the associated wave equal to the group speed of passing through a low frictional component of the quantum vacuum, it results a value of the quantum potential Q equal to the particle’s kinetic energy, Qc = ½mv2 , for a classic model of electron composed by heavy photons, this value being explained by a generalized relation of quantum equilibrium of de Broglie type, with the associated entropy proportional to its action S, as representing a centrifugal potential given by a spinorial mass ms = nvmv » me resulting by nv -vector photons explaining also a half of the electron’s rest energy by considering and a dynamic component of the quantum vacuum- given by quantum and sub-quantum winds ............

Dirac-Majorana neutrino type conversion induced by an oscillating scalar dark matter

Some properties of a neutrino may differ significantly depending on whether it is Dirac or Majorana type. The type is determined by the relative size of Dirac and Majorana masses, which may vary if they arise from an oscillating scalar dark matter.

Calculation of the Hubble Constant, the Minimum Mass, and the Proton Charge Radius Using the Dirac’s Hypothesis on the Ratio of the Electrostatic Force to the Gravitational Force

This publication suggests that some physical values could be calculated using the Dirac’s hypothesis on the observed ratio of the electrostatic force to the gravitational force. The calculated value of the Hubble constant is H ≈ 72.013 km s‑1 Mpc‑1 and that of the minimum mass, Mmin ≈ 1.720 6 × 10‑68 kg. Recent observations suggest that the proton charge radius could also be calculated using an additional but related assumption: rp ≈ 0.826 4 fm.



Total submitted and accepted manuscript ratio in current month.

bottom of page