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physics myths and physics facts flaws in concepts and theories of modern physics about this site: the information on this site is a critical account of some important theoretical concepts in physics where the latter can be shown to be either misleading, inadequate, erroneous or outright logically flawed. included are also topics where the flaws (or the alternative explanations where given) are not a certainty but only possible or likely within the light of other evidence. it should be obvious from the formulation when this is the case. please note that although only a moderate amount of mathematics is explicitly used on these pages, it is assumed throughout that the reader is sufficiently familiar with corresponding principles of mathematical physics at undergraduate- or at least (in some cases) advanced high school level. all entries are arranged strictly alphabetically (i.e. without regard to specific areas), with links to different keywords in the list as appropriate. . search site | sitemap print version comments and questions index: aberration of starlight , bernoulli's principle and aerodynamics , big bang theory , black body radiation , bohr einstein radiation formula , boltzmann distribution , buoyancy , charge screening , compton effect , continuum radiation , coronal heating , cosmology , coulomb logarithm , curved space , dark matter , debye shielding , drag and d'alembert's paradox , dualism , einstein coefficients , electrodynamics , energy conservation , equivalence principle , exb-drift , expansion of the universe , fourier transformation/ coherence , general relativity , gravitation , gravitational lensing , gravitational waves , hidden variables , hooke's law , hubble law , induced emission , induction , ionosphere , laser , lorentz force , lorentz transformation , lte , matter waves , maxwell distribution , maxwell equations , michelson and morley experiment , nuclear fusion , olbers paradox , paradox , photoeffect , photons , photosphere , pioneer anomaly , planck radiation formula , plasma instabilities , quantum theory , radiation pressure , radiation processes , recombination , redshift of galaxies , refraction , relativity , retarded fields , scattering of radiation , schrödinger equation , solar corona , special relativity , speed of light , stars , sun , synchrotron radiation , temperature , thermodynamics , thomson scattering , time dilation , tunnel effect , uncertainty principle , wave functions . aberration of starlight: the small positional changes of distant stars allegedly observed in connection with the earth's orbit around the sun are commonly explained as a consequence of the invariance of the velocity of light via the lorentz- transformation formulae. however, it is easy to show that the latter should only result in an apparently rotated star rather than a change of its position. this suggests that either the observational phenomenon of aberration is fictitious or the accepted form for the lorentz- transformation is incorrect (or both). more (see also special relativity ). back to index bernoulli's principle and aerodynamics: in many physics books, it is claimed (on the basis of bernoulli's equation) that an increased speed of airflow parallel to a surface would lead to a reduction of pressure and therefore an aerodynamic lift. this view is incorrect, because a pressure change can only be achieved by a (normal) momentum transfer to the surface. more back to index big-bang theory: see cosmology . black-body radiation: see planck radiation formula . bohr-einstein radiation formula: the internal electronic energy changes of an atom are connected to the frequency of the corresponding emitted radiation by the formula ε =h . ν , with h the planck constant. usually, this equation is assumed to determine uniquely the resulting intensity of the radiation. however, there is theoretical and observational evidence that this assumption is only valid if the broadening of the spectral line due to plasma field fluctuations (stark broadening; see https://www.plasmaphysics.org.uk/#stark ) is small compared to the natural broadening. in general, one has to assume a relationship in the form ε rad =(1+δ ν m,n d /a m,n ) . h . ν , where δ ν m,n d is the frequency broadening due to the plasma field fluctuations and a m,n the natural broadening. this could for instance resolve the discrepancy if one wants to explain the radiative energy output of the present day sun solely through the gravitational contraction of an initial gas cloud (see https://www.plasmaphysics.org.uk/research/#a5 ). (see also photons , energy conservation , sun ). back to index boltzmann distribution: statistical physics proves that in thermodynamic equilibrium (i.e. in a collisionally determined closed system) the volume density of particles decreases exponentially with increasing energy. the energy distribution of electrons within an atom is generally assumed to behave in this way. however, in most practical cases collisions are quite insignificant compared to radiative processes which are determined by the lifetime of the individual atomic levels. as a consequence, the distribution function has very little to do with a boltzmann- distribution (see for instance https://www.plasmaphysics.org.uk/research/levpop.htm ). (see also maxwell distribution , saha- equation , lte ). back to index buoyancy: although archimedes' principle gives the force on a buoyant object, it is generally not recognized that this does not determine the related acceleration of the object in the usual way over newton's first law. this is because not only has the mass of the object to be accelerated but also the mass of the displaced fluid (gas) ( more ). back to index charge screening: see debye shielding . compton effect: the hypothesis of a dualistic wave-particle nature of all physical objects became established in the 1920's when the compton effect allegedly showed that x-rays scatter off electrons with an energy loss that could only be explained if they are considered to be particles rather than waves. this can already be ruled out for reasons of logic alone as waves and particles are mutually exclusive physical concepts (see dualism ). apart from this it can be shown that the theory of scattering by free electrons is logically inconsistent (see scattering of radiation ). the usual interpretation of the compton effect is however also flawed from a practical point of view: the also observed release of electrons from the target would charge up the latter until no electrons can escape any more. at least in a steady state, electrons can therefore only be detected if the initial x-ray beam is already accompanied by electrons which compensate for the loss of electrons out of the target material. it is therefore likely that the actual x-rays are simply reflected (scattered) off the target (resulting in the unshifted compton line) whereas the accompanying electrons (of identical energy) are also scattered but lose most of their energy in collisional excitation of an x-ray transition which is detected as the shifted compton peak. (see also dualism , scattering of radiation , radiation pressure , photons , matter waves , quantum theory ). back to index continuum radiation: various processes are listed in the textbook literature that are capable of producing a radiation continuum. of these, the free-free processes (which are thought to be responsible for bremsstrahlung and synchrotron radiation), can be discounted as fictitious: the emission of radiation can not be explained in a logically consistent manner by the acceleration of charged particles, as it would make the emission dependent on the state of motion of the observer. the dynamic changes associated with the emission would therefore become a subjective quantity, which is logically not acceptable in the same sense as the mutual force between two objects can (by definition) not depend on the state of motion of the observer (principle of relati

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