The Earth's Core, An Energetic Cosmic Object - Vedat Shehu Ph D - Libros - Createspace Independent Publishing Platf - 9781512290875 - 31 de marzo de 2016
En caso de que portada y título no coincidan, el título será el correcto

The Earth's Core, An Energetic Cosmic Object

Precio
Mex$ 351
sin IVA

Pedido desde almacén remoto

Entrega prevista 25 de jun. - 13 de jul.
Añadir a tu lista de deseos de iMusic

Here, is argued that the Earth's core is an energetic cosmic object, a sun-like star in miniature, because in the core's amazing structure runs a transformable kernel. The core kernel is composed of ultradense cosmic matter in a state of spontaneous disintegration, positioned as an ultrathin center-spherical screen somewhere between the inner solid core and the outer melted core. The core kernel transformation releases energy, including heat, and also produces atom-molecular matter as an addition to the mass of the Earth. The presence and role of the core kernel is not just a guess of the author, but a scientific conclusion based on facts. It is an extension of the earlier standard framework, when some newer facts were not known, especially, the growth of oceanic crust, as evidence of growth of the Earth... The Earth's core kernel was one amongst multitudes of burning kernels in the solar nebula originated from an explosion of the supernova type. These kernels triggered the calm cosmic cloud, and turned it into a swirling solar nebula, and further into a planetary disk. These burning kernels became the cores of the potential planets orbiting the newly formed gigantic core, the Sun. So, the Earth's core was gradually covered by silicate matter produced by its kernel, and matter attracted from space. This theory could revolutionize the world outlook, and research in the Earth and in the cosmos.

Medios de comunicación Libros     Paperback Book   (Libro con tapa blanda y lomo encolado)
Publicado 31 de marzo de 2016
ISBN13 9781512290875
Editores Createspace Independent Publishing Platf
Páginas 82
Dimensiones 152 × 229 × 4 mm   ·   122 g
Lengua Inglés