| |
| | | | | | | | | | | | | | |
| |
|
|
|
|
|
 |
James
Clerk Maxwell
|  |
|
| |
|
|
|
| Edinburh
13.November.1831- Cambridge
5.Novembre.1879 |
| 1864 Recherches
of the electromagnetic waves |
| |
|
|
|
|
To its exceptional dowries of theorist to
the foundation of the kinetic theory of gases and that one of the
electromagnetic field must, beyond to contributions of Association of
Bologna in the thermodynamics, in the theory of the colors,
astrophysics. |
|
|
|
|
| Eight
December 1864 Maxwell introduces, to the Royal Society, a relationship
from the title it "To Dynamical Theory of the Electromagnetic Field",
in which its famous equations are contained.
The work of Maxwell realizes in one mirabile synthesis that fuses the
magnetic field and the electric field in one new entity, the
electromagnetic field. Maxwell reaches the certainty of the
electromagnetic field, that is to the fact that a variable electric
field generates a magnetic
Unifying in a single theory all the complex interactions between
currents electrical workers and magnetism, in which the forces they not
only depend on the positions, but also from the movements,
electromagnetism of Maxwell concurs, like the gravitation of Newton, an
ulterior approach to the study of the cosmos.
The ideas of vanguard of Maxwell are only prevailed to the attention of
the scientific world after 1873, when it comes published, to Oxford,
the treaty "Treatise of electricity and magnetism", concentrated of all
science electrical worker seen second the theory of the action through
means, with perfect mathematical theory and correspondent to the truths
experiences them, giving not only a unitary explanation of the optical
and electromagnetic phenomena and introducing the field concept, but
destroying that one of ether and allowing to preview, for via pure
mathematical, the possibility of the existence of electromagnetic
waves. |
|
| |
| |
|---|
