Scientific hypothesis

Scientific assumptions, this concept presents a preliminary explanation of phenomena or series of stenoses observed in nature. The two main features of the scientific hypothesis are counterfeitability and verifiability that are reflected in this statement and the "If ... then" statement that summarizes the ability to support or refute it through observation and experimentation . An Austrian-born British philosopher Carl Popper proposed the idea that it could also forge or even validate scientific assumptions in the mid-20th century.

Hypothesis formulation and testing is part of the scientific approach which scientists use when trying to understand and test their views on natural phenomena. Hypothesis generation is often described as creative processes based on existing scientific knowledge, intuition or experience. Therefore, scientific assumptions are often described as valid guesses, but they are actually more informative than guesses. Furthermore, since scientists are easier to test than assumptions that involve many different variables and potential outcomes, we often strive to develop simple assumptions. This complex assumption can be developed as a scientific model (see Scientific Modeling).

Based on the results of scientific evaluation, hypotheses are usually rejected by mistake or accepted as truth. But since the hypothesis is inherently counterfeitable, even if new evidence is available, the hypothesis is easily rejected, even if scientific evidence supports and truth is accepted. In some cases scientists do not reject their hypothesis because the hypothesis is forged by new evidence and simply adjust existing ideas to accommodate new information. In this sense, this assumption is never wrong, it is incomplete.

Scientific hypothesis research is an important part of the development of scientific theory. Therefore, the hypothesis is fundamentally different from the theory, the former is a specific exploratory interpretation, scientists are the main tool for collecting data and the latter is a tool from various scientific studies to explore hypotheses A general description including data.

Numerous assumptions have been made and tested through the history of science. Some examples include the development of living things from non-living things that form the basis of self-generation that proved to be wrong in the end (first in 1668, the experiment of Italian doctor Francisco Reddy , Later in 1859, an experimental French chemist and microbiologist Lewis Pasteur), a concept proposed in the second half of the 19th century, ie microorganisms cause certain diseases (now called bacterial theory); and Formation of oceanic crust along the undersea mountains and its lateral spread. Concept (submarine propagation hypothesis)

• Scientific assumptions are possible and verifiable interpretations of what is observed in nature and the experimental results. A well tested and widely accepted scientific hypothesis or set of related hypotheses is called scientific theory. The law of science or the law of nature is well tested and is a widely accepted explanation of what we have found in nature. · An important part of the scientific process is peer review, where scientists will learn more about the methods and models they use, the results of their experiments and other scientists working in the same field (their companion) We will inform the reasoning behind their assumption about. The evidence gathered to evaluate and validate the hypothesis must be reproducible. In other words, scientists should repeatedly analyze the study to see if the data can be replicated, and whether the proposed hypothesis is reasonable and useful.

A hypothesis (complex hypothesis) is a recommended explanation for this phenomenon. In order for the hypothesis to be a scientific assumption, the scientific method calls for people to verify it. Scientists often make scientific assumptions based on previous observations that can not be fully explained by existing scientific theory. Although the terms "hypothesis" and "theory" are often used synonymously, scientific assumptions are not the same as scientific theories. The working hypothesis is a provisionally accepted hypothesis for further research starting with knowledgeable speculation or thinking in the process.