Abstract
It is shown that some elements of de Broglie`s double solution theory seem to arise rather naturally from the equivalence between the free Maxwell equations and a non-linear Heisenberg-like spinor equation. Such an equivalence is proved, in the Clifford bundle formalism by making recourse to the Rainich-Misner-Wheeler theorem. (author).
Citation Formats
Rodrigues, Junior, W A, Vaz, Junior, J, and Recami, E.
Free Maxwell equations, Dirac equation, and non-dispersive De Broglie wave packets.
Brazil: N. p.,
1992.
Web.
Rodrigues, Junior, W A, Vaz, Junior, J, & Recami, E.
Free Maxwell equations, Dirac equation, and non-dispersive De Broglie wave packets.
Brazil.
Rodrigues, Junior, W A, Vaz, Junior, J, and Recami, E.
1992.
"Free Maxwell equations, Dirac equation, and non-dispersive De Broglie wave packets."
Brazil.
@misc{etde_10110269,
title = {Free Maxwell equations, Dirac equation, and non-dispersive De Broglie wave packets}
author = {Rodrigues, Junior, W A, Vaz, Junior, J, and Recami, E}
abstractNote = {It is shown that some elements of de Broglie`s double solution theory seem to arise rather naturally from the equivalence between the free Maxwell equations and a non-linear Heisenberg-like spinor equation. Such an equivalence is proved, in the Clifford bundle formalism by making recourse to the Rainich-Misner-Wheeler theorem. (author).}
place = {Brazil}
year = {1992}
month = {Aug}
}
title = {Free Maxwell equations, Dirac equation, and non-dispersive De Broglie wave packets}
author = {Rodrigues, Junior, W A, Vaz, Junior, J, and Recami, E}
abstractNote = {It is shown that some elements of de Broglie`s double solution theory seem to arise rather naturally from the equivalence between the free Maxwell equations and a non-linear Heisenberg-like spinor equation. Such an equivalence is proved, in the Clifford bundle formalism by making recourse to the Rainich-Misner-Wheeler theorem. (author).}
place = {Brazil}
year = {1992}
month = {Aug}
}