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relativistic influences vs relativistic effects

Both "relativistic influences" and "relativistic effects" are correct phrases, but they are used in slightly different contexts. "Relativistic influences" may refer to the impact or sway that relativistic principles have on a situation, while "relativistic effects" typically describe the observable consequences or outcomes of relativistic phenomena.

Last updated: April 01, 2024 • 408 views

relativistic influences

This phrase is correct and can be used to refer to the impact or sway that relativistic principles have on a situation.

This phrase is used to describe the influence or impact that relativistic principles have on a particular context or scenario.
  • In short, a fair number of bizarre things can occur, and they occur as a result of the excessive philosophical and mathematical influence in relativistic physics.
  • Such a transition has a direct impact on moral judgements, although this influence does not justify in any way a relativistic idea of moral principles or of the nature of morality itself.
  • The mathematic complexity of the relativistic model, mixed with an excessive philosophical influence, which provoked a resentment of the scientific method and the loss of essential common sense when talking about the predominance of reason over usefulness.
  • Nor should the influence of a widespread relativistic culture be underestimated, more often than not lacking in values, which is permeating the sanctuary of the family and infiltrating the field of education and other social contexts and contaminating them, manipulating consciences, especially of the young.

Alternatives:

  • relativistic impacts
  • relativistic consequences
  • relativistic implications

relativistic effects

This phrase is also correct and is commonly used to describe the observable consequences or outcomes of relativistic phenomena.

This phrase is used to describe the observable consequences or outcomes of relativistic phenomena, such as time dilation or length contraction.
  • Another, very important consequence of relativistic effects, is the mass-energy conservation law, which implies the classical principles of the mass conservation and the one of energy conservation are unified in an only law, the so called mass-energy conservation law.
  • Now we can conclude that the perfect balancing of the electric effects in wires carrying currents gave us the possibility to reveal the relativistic effects, even at these low speeds, though, obviously, physicists at that time did not know that they were studying just this.
  • A better way of doing it: I thought that the above handled relativistic effects correctly to first order. I was wrong.
  • The magnetic field is a relativistic effect
  • The relativistic Doppler effect has always seemed very strange to me; on the one hand, it is said that the speed of light is the same for all observers, and on the other, there exists a relativistic Doppler effect or relativistic redshift.
  • Doppler effect of light is also called relativistic Doppler effect so as to distinguish it from the normal or mechanical waves, such as the sound ones, Doppler effect.
  • Likewise, the argument is the same one than with the gravitational red shift even though specific details are different and, maybe, more complex because in the relativistic Doppler effect intervene more than an energy effect.
  • Although the relativistic Doppler effects justifies itself at the same time as an energy exchange, it is done as a consequence of temporal dilation, instead of the correct reason - which is the energy equivalence due to relative Euclidean motion.
  • Of course, it's true that this relativistic Doppler effect is produced whether it is the transmitter or receiver of the wave which is in motion. Moreover, the calculi of GR offer satisfactory results.
  • There is an essential difference between the relativistic Doppler effect and the one of the Theory of Global Equivalence: for the second one, an energy effect will be produced on the moving body, not regarding any observer but with regard to the natural reference system.
  • In other words, what will be left will be the more or less correct part of relativistic mass and the effects artificially explained by General Relativity, which will obviously evolve towards a more rational justification.
  • A constant force does not produce a constant acceleration; this effect will be very important when the speed starts become comparable to the speed of light, it is the effect of relativistic mass.
  • The relativistic mass together with the mass-energy transformation of the famous equation E = mc² which are real effects.
  • Due to the current relativistic paradigm, the Doppler effect of light calculations need the relativity of time for representing the impact velocity of a photon against a moving body to be higher than *c* or, otherwise, lower.
  • It is worth remembering that the definition of relativistic time denies the concept of simultaneity and that certain branches of Quantum Mechanics openly defend the inexistence of the cause-effect sequence, which is certainly indispensable, even in philosophy.

Alternatives:

  • relativistic outcomes
  • relativistic results
  • relativistic consequences

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