On the Application of Scientific Knowledge

The concept of "knowledge" on the application of scientific knowledge is infinitely wide, but in reality there are three subcategories covering most of the knowledge. The knowledge contained in each category has different characteristics, different applications, and certainly has different weights from an individual's point of view. These three categories are religious, mathematical, and scientific. There are many problems when checking this partition system.

In the Oxford dictionary, we define technology as "application of scientific knowledge to practical purposes in industries in particular". The ability to master and use scientific knowledge is an important aspect of human separation from other animals. In the past application of scientific knowledge brought tremendous progress in the quality of life. (Simpson, 1989, 684) Advances in computer age revolutionized current business practices by controlling the power of human primitive primitives, resulting in increased muscle mass and mental capacity. Our way clearly produced very clear advantages over and over again and again.

The systematic application of scientific knowledge in engineering, development and applied technology has evolved from process to science itself. Scientific knowledge provides a way to estimate the behavior of things before we create or observe things. In addition, science often proposes new behaviors that have never been imagined, thereby leading to new technologies. Engineers use scientific and technical knowledge and design strategies to solve practical problems.

Science seeks to understand the natural world through systematic observations and experiments. Through science, we develop new technologies. Technology is an application to the practical purpose of scientifically acquired knowledge. This technology can then be used to improve our scientific knowledge. Scientists used technology in all experiments. Every part of the experimental equipment is a model of technology. As technology advances, what we can investigate becomes increasingly complex. A microscope can be used to observe the smallest thing in the universe and a telescope can be used to observe the biggest thing. Measure more accurate than ever