nebular hypothesis

According to the nebular hypothesis, the outer two planets are in the "wrong place".

Thus it was that the famous Nebular Hypothesis took its rise.

The currently accepted scientific explanation for the origin of the solar system is based on the nebular hypothesis.

In particular, creationists dispute the widely accepted nebular hypothesis for star formation.

At his college graduation, he gave a speech, considered very advanced for its time, on the "Nebular Hypothesis."

He also outlined his cosmology, which included the first presentation of his Nebular hypothesis.

It was proposed as a replacement for the Laplacian version of the nebular hypothesis that had prevailed since the 19th century.

"The most satisfactory is the nebular hypothesis.

There is evidence that the nebular hypothesis was first proposed in 1734 by Emanuel Swedenborg.

Most notably, he propounds the modern nebular hypothesis, independently outlined by Kant.

While the broad picture of the nebular hypothesis is widely accepted, many of the details are not well understood and continue to be refined.

The nebular hypothesis of solar system formation describes how protoplanetary disks are thought to evolve into planetary systems.

In cosmogony, the nebular hypothesis is the most widely accepted model explaining the formation and evolution of the Solar System.

Immanuel Kant develops the nebular hypothesis.

The book begins by tackling the origins of the solar system, using the nebular hypothesis to explain its formations entirely in terms of natural law.

Kant's Nebular Hypothesis The 18th century philosopher Immanuel Kant had another idea.

Nichol turned to popular lecturing and authored a number of popular and successful books about astronomy, especially championing the nebular hypothesis.

The nebular hypothesis maintains that the Solar System formed from the gravitational collapse of a fragment of a giant molecular cloud.

Attempts to resolve the angular momentum problem led to the temporary abandonment of the nebular hypothesis in favour of a return to "two-body" theories.

He proposed the nebular hypothesis, which is that the planets of the solar system coalesced out of the same gas cloud that contracted to form the Sun.

By the early 1980s, the nebular hypothesis in the form of SNDM had come back into favour, led by two major discoveries in astronomy.

According to the nebular hypothesis, stars form in massive and dense clouds of molecular hydrogen-giant molecular clouds (GMC).

In 1905, Chamberlin and Forest Ray Moulton developed a theory of the formation of the solar system that challenged the Laplacian nebular hypothesis.

The nebular hypothesis was first proposed in 1734 by Emanuel Swedenborg and later elaborated and expanded upon by Immanuel Kant in 1755.

Nakaya was inspired to study physics in high school by the nebular hypotheses of Kant and Laplace and by the works of Hajime Tanabe.