Scientific knowledge can be defined as the body of knowledge about a specific subject that has been accumulated through observation and research. It is a discipline that involves a set of methods and procedures which are used to collect and collate data which can be used to make meaningful and valid observations and conclusions. It includes a variety of different scientific disciplines such as physical science, biological science and many more.
As more scientists develop more ideas into research which is then put into practice and tested, the field of science continues to grow and become more complex. Through this ongoing process of research and testing and eventually a conclusion it will eventually be agreed upon by the general public, the scientific community and the scientific establishment itself. Science is essentially used to create a better understanding of how the world works and how we can use it for our benefit.
Scientists need to study different types of information and data to create more information about a specific topic. These data and information are then sent to other scientists around the world who collate them together and create the knowledge that scientists need to write up papers, journals, reports and even research papers. As more people continue to study the subject matter of the science they are studying they also provide more data and information, which in turn leads to more scientists developing more theories about the world around us.
In order for a scientific theory to be accepted as factual it needs to have at least 5 facts and data that are verified by other scientists. If one scientist can provide the other scientist with enough facts or information then they can be assured that their theory has the support of other scientists. This support from other scientists is what makes the theory scientific evidence and can in some cases be used by the general public and other scientists to support the theory or disprove it.
Scientists should always be open to feedback and ideas from other scientists, they will be able to find new and innovative ways to explain the information that they collect. and the theory that they come up with. When new information or theory is found then it is shared amongst the scientific community so that all can work together and share their opinions and ideas.
New theories can be developed, when the older theories are proven to be wrong and obsolete. This is why new ideas are constantly being developed.
There are different fields of science such as biology and genetics, physics and chemistry are just a few of the different fields of research. Each science has its own unique way of conducting research and developing new knowledge. The main difference between these fields of science is that they require much different methods of research and testing and the testing can take place in many different ways.
Because there are so many different fields of research, there is a constant re-examination and study done on each scientific field in order to provide the new scientific evidence needed to validate that theory. This ongoing scientific re-examination is necessary for any theory to be considered as fact. Because of this constant scientific re-examination and research many new and innovative ideas are developed.
In the case of a scientific theory the theory that has been proven by the vast majority of scientists will not be changed. The original theory was created over years of study and testing and it is because of the fact that these theories have been proven by so many people that they cannot be changed. This means that any new theory must be created from nothing, the fact that most theories have been created from nothing.
However, there have been some scientific theories created from completely new and innovative ideas. The Theory of Evolution was created through the scientific testing and analysis of existing scientific theories and this is a case where the existing theory of evolution was proved by a hypothesis.