Understanding Science – Defining It
Science is a systematic venture which constructs and describes knowledge in the form of concrete testable predictions about the external world. The process of science is empirical and it deals with the observation, investigation, and synthesis of collected evidence. It also seeks to generate further knowledge by doing research and study. A major part of science deals with the measurement of natural occurrences such as temperature, pressure, magnetism, and light. One can also include in this spectrum, the study of the living world including humans and their interaction with the environment. In fact, science has been a significant factor in shaping the modern society even up to this date.
In fact, science is an ever changing field and there is always a need to ask questions and make observations, especially if such observations and/or predictions can be used to further understand the natural world and its workings better. Indeed, modern technology has made it easier for people to participate in such questions and study through scientific research. In addition, the Internet has also made available to us a wealth of information about all the different sciences that we use every day in our daily lives.
As we all know, science is not a single field; in fact, it is comprised of a number of different disciplines whose main focus is to understand the physical world and how it works. Some of these disciplines are biology, physics, chemistry, and genetics. All of these have been key players in the quest for knowledge about the physical world and the way it functions, but yet, in spite of all the different sciences that exist, there is only one discipline that has received a significant amount of attention from the scientific community, and that is the study of how the natural phenomena that science seeks to explain actually works.
For example, when scientists study how the natural world works, they use a scientific method called the scientific method. This is a way of categorizing and classifying the results that they get from observing a particular set of events. The most common example of this method is what is known as the law of parsimony, which states that the laws of nature are invariably repeated in any real life example of the natural world.
In order for us to fully comprehend how science works, it is necessary that we understand its different definitions. One of the most common definitions of science is that it is the collection of scientific knowledge that is accumulated over time by scientists in order to explain the natural phenomena that they observe. Another common definition of science is that it is the process by which that knowledge is passed on from one generation to the next. A third common definition of science is that it is the systematic approach to any issue, ranging from astronomy to zoology. And, a fourth definition of science is that it is the attempts of individuals to explain any phenomenon in terms that are consistent with the various laws of science.
Science in reality encompasses much more than simply asking questions about the natural world. To scientists, science is about experimenting and gathering evidence to support any theories about anything. To them, science is more than a way of making sense out of the natural world. To them, science is more than discovering the laws of Newtonian physics. To them, science is more than making a hypothesis and then trying to stand back and let the results of that hypothesis be the final word on the validity of that particular hypothesis. Science, to them, is an ongoing project, one that continually seeks to verify and falsify theories and results through the study of natural phenomena.