Speculation is detracting true astrometry

In summary, there is a concern that the popularity and focus on dark matter and dark energy in astronomy may be overshadowing other important areas of study, and that there may be a lack of understanding between speculation and proper theory in these topics. Additionally, the popularity of these topics among the general public may have an impact on funding and research priorities.
  • #1
wolram
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Is it drowning astronomy, there are so many papers on dark matter, dark energy, but i wonder if all this speculation is detracting true astrometry
 
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  • #2
wolram said:
Is it drowning astronomy, there are so many papers on dark matter, dark energy, but i wonder if all this speculation is detracting true astrometry

What do you mean by speculation and how are you distinguishing it from proper theory? There are plenty of perfectly valid dark energy and dark matter theories out there. Also, you should look up astrometry and make sure you understand the difference between that and astronomy.
 
  • #3
if you look closely at arxiv, ADS etc, you will see that the majority of papers are not on dark matter and dark energy. How is it then that DM and DE are "drowning astronomy"? Maybe you should do a little more research before you start being speculative.
 
  • #4
Perhaps he's reffering to the popularity of those topics among the laity. If that's what grabs headlines, it can have an effect on funding and such.
 

What is speculation in astrometry?

Speculation in astrometry refers to the process of making assumptions or predictions about celestial objects without sufficient evidence or data to support them. It is often based on incomplete or inaccurate observations, leading to potentially incorrect conclusions.

How does speculation detract from true astrometry?

Speculation can detract from true astrometry by introducing biased or incorrect information into scientific research, which can lead to false conclusions. This can hinder progress and understanding in the field of astrometry and may result in wasted resources and time.

What are some examples of speculation in astrometry?

Some examples of speculation in astrometry include assuming the existence of a planet based on slight deviations in the orbit of another planet, proposing the presence of extraterrestrial life without concrete evidence, or making predictions about the behavior of celestial objects without sufficient data.

How can scientists avoid speculation in astrometry?

Scientists can avoid speculation in astrometry by following rigorous scientific methods and relying on empirical evidence and data. This may involve conducting thorough observations and experiments, using advanced technology and techniques, and collaborating with other experts in the field.

Why is it important to distinguish between speculation and true astrometry?

It is important to distinguish between speculation and true astrometry because it ensures the accuracy and validity of scientific research. By avoiding speculation, scientists can make reliable and meaningful discoveries that contribute to our understanding of the universe and its phenomena.

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