About the Blog

This blog was made as an effort to question the scientific authenticity of modern researches and other related studies that are based on these studies. Science depends on such questions to improve, no matter who brings about these questions.

It is necessary to share such questions with whoever might be concerned; someone who can do something about it, empathize with the questioning, fix the possible misunderstandings, or even just wants to plain listen to them. Everyone is welcome to criticize it. It is solely revolves around the question: Are we following facts?

Why Question?

Science should not just be accepted but questioned, and questioning should be the most important part of science. This is what makes it different from erroneous beliefs. Every scientifically sound person wants to believe facts are set in stone, but is it true?
History has taught us several times that even the most basic foundational principles in the scientific world can be brought to question in light of new facts. Science is an ever changing and refining system that depends on such questions and new evidences. This is what is wonderful about science.

The History of Science

Anyone with a general curiosity about the history of science can search and find numerous revolution ideas that have occurred within the science community in the past, and learn how it threw out the old theories. This brings up the question: why does science have a hard time giving up old theories? This is a kind of human error and probably the number one factor that restricts the human population from making considerably more achievements and breakthroughs.
So what is this particular human error that restricts scientific development? It is the inability to let go of old beliefs. This restricting factor is what caused the rise and fall of the scientific community in history.  It is one that exists within a society and perhaps within each one of us. Eliminating this restricting factor or at least limiting it can help push the scientific world into the future.

Human Errors

Once a person accepts a fundamental theory that science discovers, he or she does not look for evidences to disprove it, but only to support and stabilize it further. In other words, some ideas can never be let go, and the more these ideas age, the harder it is to throw them away. Many scientists that know the history of science are fully aware of this kind of human error but for some reason refuse to realize that it is not a thing of the past. A true scientist wakes up every day, and questions all the things he or she believes to be true. Such a person tries to disprove their own beliefs repeatedly, and what they end up with, will more likely to be true.

Refusing to let go of old beliefs leads a lot of bias; such a person will refuse to accept valuable scientific discoveries because they personally don’t agree with it. This blog will try to be unbiased and different in this manner, and any bias noted will be brought to change. 

 A second kind of human error is concerned with keeping an open mind. The more beliefs we have that are not scientific sound, the more likely it is to be biased towards finding evidences that support them. So the next important thing is to keep an open mind. As Rene Descartes eloquently stated:

 "If when I don’t perceive the truth clearly and distinctly enough I simply suspend judgment, I am behaving correctly and avoiding error. It is a misuse of my free will to have an opinion in such cases: if I choose the wrong side I shall be in error; and even if I choose the right side, I shall be at fault because I'll have come to the truth by sheer chance and not through a perception of my intellect."

Science does not accept things because it is better than all the other ideas. It should only accept theories that are scientific. Otherwise, science holds no power than any other set of beliefs. Pure science has nothing to do with how profitable a finding can be, how the findings will effect the society's beliefs, assumptions, or any personal bias. However, this is not the case in reality.

Effects on Society

These days, any research or study done by science is widely accepted by the general public. The general public rarely reads these scientific research papers to check for inaccuracy in the conclusions, sample size, etc or see if there is repetition, or improper instruments used while conducting these researches. Most people blindly accept that the scientists are well educated men that are careful with their studies and never make mistakes. These people are being taught that these studies are always repeated infinitely by many other scientists and also supported by numerous other similar researches and studies. The general public is also not well-informed in scientific principles to understand the experiments in the study like about how the scientists came up with the conclusions, but are only concerned about whether it affirms or denies their beliefs. This is not an attempt to belittle the general public but merely an observed effect of science on people.

It is human to hold strongly to one's beliefs and the longer people accept a theory, the more stubborn they become about changing these theories. On the other hand, science cannot be stubborn with its beliefs, as science is every changing and if science starts getting stubborn, then it can heavily limit the progress possible through science.

Examples of Human Errors

The scientists who research and conduct these experiments are human beings like the rest of us. This means that their bias and beliefs affect the scientific study. The more they decide to hold on to a particular belief in science, the less likely it is for the study to find something outside of the scientist's beliefs.
One can see examples of these errors by reading on Galenism, or reading about how the early Catholic Church reacted to the heliocentric model of the Earth going around the Sun. The actual error here is not religious beliefs, but how people cannot let go of their old theories of the world. As explained before, the longer those theories exist, the more stubborn people get about leaving those theories behind.

The Purpose

This blog site was created to take these experiments one-by-one, in most cases, and question the basic ideas and biases behind it. Many scientific studies never get repeated unless fellow scientists find it questionable. This leaves a large area for error because if all the scientists agree on the fundamental ideas, then no one questions it and it never gets repeated and alternative ideas are never considered.

It is believed that only scientists and experts can only question scientists. This seems more illogical than when only the Church priests could read the Bible, or question the selling of indulgences and the people were to blindly follow the teachings of the Church.

Scientists should be able to say 'I don't know' if they don't know something, rather than make up the best lies and correct their theories every time somehow to make sense of the new findings. This case can be seen with the M theory, which has not much observable evidence to support it, and many scientists even consider it to be purely philosophy. Beliefs without evidences are merely beliefs, and should not be given any extra importance because those beliefs belong to a scientist. Instead, a scientist’s beliefs should only as good as the evidences he or she has to support the beliefs.

Note:
Not all the scientific questioning on this blog has a valid point. In other words, the author does not claim that all these questions are right and so it is possible that most of this blog might not even have any scientific substance. This blog only means to help others keep an open mind towards similar things, and so it is left to the readers to accept or neglect these questions. It is not an "all or nothing" situation with these questions, as each of these questions on the blog are meant to stand on their own and does not depend on other arguments on this blog.