SCIENTIFIC EXPLANATION

 

Science is much more advanced today than in the past. It is correct to describe science as something that is evolving day by day. It's something we all see. Science is related to technology. 

Introduced the scientific method for solving problems in science. That system helps us in our daily lives as well. Scientists and the general public use the sense of understanding as a hint for a better or more accurate explanation. 

Whether this feeling or understanding is necessary or not sufficient to give a good understanding leads one to judge whether it is acceptable and ultimately acceptable in an explanation. For ease of understanding I will explain it further separately here.

E X P L A N A T I O N

An explanation is a set of statements usually constructed to describe a set of facts which clarifies the causes, context, and consequences of those facts. This description may establish rules or laws, and may clarify the existing rules or laws in relation to any objects, or phenomena examined. 

Philosophers have investigated the explanatory power of scientific explanation and the principles it uses to successfully analyze and define scientific theories. It shows the relation of philosophy with scientific explanation. 

Scientific explanation is a reason for something on the principles of science. We evaluate scientific explanations by comparing it to the current evidence and looking at what predictions it makes about the world. 

The term explanation is sometimes used in the context of justification. Justification may be understood as the explanation as to why a belief is a true one or an account of how one knows what one knows.

"Science is not a thing. It's a verb. It's a way of thinking about things. It's a way of looking for natural explanations for all phenomena." 

- Michael Shermer -

C O N F I R M A T I O N

Confirmation is used in epistemology and the philosophy of science whenever observational data and other information that is taken for granted speak in favor of or support scientific theories and everyday hypotheses. 

All theories of confirmation rely on measures of how well various alternative hypotheses account for the evidence. It briefly describes two accounts of the nature of confirmation functions-views about what the confirmation functions are supposed to be, or what they are supposed to represent. 

It shows how the logic of confirmation functions represents the evidential support of hypotheses.

"Science is beautiful when it makes simple explanations of phenomena or connections between different observations. Examples include the double helix in biology and the fundamental equations of physics."
- Stephen Hawking -

L A W S   O F   N A T U R E

As we will see, laws play a central part in other conceptions of scientific explanation as well. Roughly speaking, a law is a regularity that holds throughout the universe, at all places and all times. A law-statement is simply a statement to the effect that such a regularity exists. 

Natural law is a set of laws based on close observation of human nature and values inherent in human nature that can be deduced and applied independently of positive law. (Imposed by the laws of a state or society). 

Science includes many principles at least once thought to be laws of nature: Newton’s law of gravitation, his three laws of motion, the ideal gas laws, Mendel’s laws, the laws of supply and demand, and so on. 

These include laws that scientists (or still do) think needs a strong foundation, as opposed to law. These include the regularity of the ocean tide, the decline of Mercury's orbit, the photovoltaic effect, and the expansion of the universe.

"Attitude is your acceptance of the natural laws, or your rejection of the natural laws." 

- Stuart Chase -

S C I E N T I F I C   M E T H O D

The scientific method is an empirical method of acquiring knowledge that has characterized the development of science since at least the 17th century. 

It involves careful observation, applying rigorous skepticism about what is observed, given that cognitive assumptions can distort how one interprets the observation. 

It involves formulating hypotheses, via induction, based on such observations; experimental and measurement-based testing of deductions drawn from the hypotheses; and refinement (or elimination) of the hypotheses based on the experimental findings. 

These are principles of the scientific method, as distinguished from a definitive series of steps applicable to all scientific enterprises.

"The scientific method is about trying to remove our own bias and subjectivity, and be as objective as possible. But then you can put it back into context and you're allowed to be emotional and human about the way you engage with it." 

- Alice Roberts -

I hope you were able to learn a lot of new information about scientific explanation based on the above. Add these things to your life.

- T h a n k   Y o u -

Ashan Sajitha

ashann188@gmail.com