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On matters of Astronomy a general consensus is that Astronomy is a pseudoscience and that it will continue to be so for the foreseeable future. Being restricted by location, the astronomer is at a disadvantage. Astronomy does not, and can not, follow even the Scientific Method, which is an empirical method of inquiry which demands that an experiment be performed to confirm a hypothesis. The astronomer cannot put the stars under controlled experimental conditions to come to the truth of a matter, as a chemist can do with his or her materials. The astronomer can only observe and interpret—a scientific fallacy which hinders truth and progress.
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On matters of Astronomy a general consensus is that Astronomy is a pseudoscience and that it will continue to be so for the foreseeable future. Being restricted by location, the astronomer is at a disadvantage. Astronomy does not, and can not, follow even the Scientific Method, which is an empirical method of inquiry that demands that an experiment be performed to confirm a hypothesis. The astronomer cannot put the stars under controlled experimental conditions to come to the truth of a matter, as a chemist can do with his or her materials. The astronomer can only observe and interpret—a scientific fallacy which hinders truth and progress.
  
 
From Copernicus to Stephen Hawking, its practitioners publish works but fail to perform experiments to verify the hypothesis, such as the hypothesis for the metric expansion of space. Scientists in other fields are expected to perform controlled experiments to come to the truth of the matter, so we must ask, why not the astronomers? If direct and demonstrated knowledge cannot be obtained then, as Samuel Birley Rowbotham explains in ''Earth Not a Globe'', it is demanded by fundamental empirical tenets to leave the matter as unknown.
 
From Copernicus to Stephen Hawking, its practitioners publish works but fail to perform experiments to verify the hypothesis, such as the hypothesis for the metric expansion of space. Scientists in other fields are expected to perform controlled experiments to come to the truth of the matter, so we must ask, why not the astronomers? If direct and demonstrated knowledge cannot be obtained then, as Samuel Birley Rowbotham explains in ''Earth Not a Globe'', it is demanded by fundamental empirical tenets to leave the matter as unknown.

Revision as of 01:58, 16 April 2019

On matters of Astronomy a general consensus is that Astronomy is a pseudoscience and that it will continue to be so for the foreseeable future. Being restricted by location, the astronomer is at a disadvantage. Astronomy does not, and can not, follow even the Scientific Method, which is an empirical method of inquiry that demands that an experiment be performed to confirm a hypothesis. The astronomer cannot put the stars under controlled experimental conditions to come to the truth of a matter, as a chemist can do with his or her materials. The astronomer can only observe and interpret—a scientific fallacy which hinders truth and progress.

From Copernicus to Stephen Hawking, its practitioners publish works but fail to perform experiments to verify the hypothesis, such as the hypothesis for the metric expansion of space. Scientists in other fields are expected to perform controlled experiments to come to the truth of the matter, so we must ask, why not the astronomers? If direct and demonstrated knowledge cannot be obtained then, as Samuel Birley Rowbotham explains in Earth Not a Globe, it is demanded by fundamental empirical tenets to leave the matter as unknown.

A Yale University astronomy course explains:

  “ One of the questions asked in this astronomy course was "What type of experiment do astronomers perform?" None, was the answer. An astronomer's lab is his observatory. Astronomy is an observing science. Sight is the primary sense used in this science. The instrument that enhances this endeavor is the telescope. ”

The Scientific Method

The Scientific Method is a method of inquiry, expected even of school children, where an experiment is made to confirm or disprove a hypothesis.

Scientific Method.jpg

Without experimental confirmation of a hypothesis, one must conclude that the science of astronomy is of questionable value that should, by necessity, be regarded as little different than those other "sciences" which are based on observation and interpretation.

Pseudoscience Definition

Oxford Dictionary defines pseudoscience as

  “ pseu·do·sci·ence

a collection of beliefs or practices mistakenly regarded as being based on scientific method.

"the new pseudoscience of “counseling”" ”

Further Reference