The interaction of metallic solids with two simultaneous radiation fields, X-ray and laser, is investigated using non conventional theorical techniques. The gauge independent photo-ionization probability per unit time has been calculated for a valuence band electron in a metal induced by X-rays and a circularly polarized laser beam of arbitrary intensity.

When reviewing the concept of indivisible elementary particle, as a basic component of matter, we face contradictions with the principles of the conventional physics theories. The primary concept of elementary particle may be the cause of the confusion and hindering of the fundamental tasks of the physicist on.

Searching Planck´s Regimen utilizing Planck´s Principle, Heisenberg´s uncertainly Principle and Einstein´s existence equation, it emerges concept of physical point which that would be a hole as extension of 10 -35 m through the Universe, so it would produce 10 -8 of materia/antimateria one a 10-43 s. It deduces that any physiscal entity could vibrate at frequencies larger to 10 43 Hz. Also it deduces, at Planck´s Regimen, that temperature would be about 3× 10 32 K order. Considerating pulsations at Planck´s Regimen of each physical structures, it deduces that Universe has dual character. It means that conception about of space, it would be actually a tridimensional surface of two faces.

A Fourier analysis of the parametric equations that describe the essential kinematics of the underlying vacuum of natural systems is performed, assuming that the organized information received by the system for its intelligent operation would be executed in said vacuum. The vector quanta model is used to describe the information transmission mechanism through the propagation of light from an emitter, which would be found in a higher spatial dimension, to the receiver, that is, the self-organizing system. Considering the concept of resonance, the analysis reveals that every self-organized system would have a resonance radius which reaches a maximum value when the magnitude of the vector quantum associated with the information carried by light coincides with the magnitude of the vector quantum characteristic of the system. The specular symmetry presented by the resonance radius equation wo...

La aplicación del modelo de los cuantos vectoriales en la propagación de la luz y el logro del aprendizaje de la velocidad variable de la luz en estudiantes de la Facultad de Ciencias Físicas de la Universidad Nacional Mayor de San Marcos, es un trabajo de investigación que propone la enseñanza de nuevos conocimientos generados de la investigación científica incluyéndolos en una o más unidades didácticas de asignaturas afines con la Física contemporánea. El estudio muestra que al aplicar el modelo de los cuantos vectoriales en la propagación de la luz en el vacío se obtiene una ecuación que describe la variación de la velocidad de la luz con el tiempo para una magnitud dada del cuanto vectorial asociado a la escala espacial en consideración. Mediante el uso de instrumentos de evaluación adecuados se demuestra el logro del aprendizaje de nuevos conocimientos generados de...