The history of science
Scientists have always pursued their inquiries to understand natural phenomena, and by logical and deductive reasoning. Since classical antiquity, scientific inquiry has often involved experimentation, observations, and examination. It is also necessary to realize that a scientific method can never be as comprehensive and complete as would a mathematical theory that gives predictions on the future behavior of nature. It is therefore important that science is kept free of politics or religious dogma and focus on questions relevant to humanity. Science is always concerned with what we can know about the natural world, and to what degree the natural world can be influenced by humanity through its laws of nature.
Why it matters?
Science is cool Really "Science is cool because it means making sense of something which doesn't make sense." @BjornReichenberger #glasto https://t.co/B0yLi5aSd8 — RT UK (@RTUKnews) June 28, 2016, Numerous advanced scientific achievements were made during the Middle Ages (1200 to 1400 CE), including developments in optics, experimental physics, and much more. Though they focused largely on mechanical applications (such as inventing the telescope), they were the first attempts at developing a comprehensive scientific understanding of the natural world. Science never stops "The attitude to the science of many countries is that it's not a profession that you can work in for life.
The rise of science
the ancients Secondarily, Renaissance humanism adopted early scientific thinking.
What is the future of science?
The fields of mathematics, astronomy, medicine, and physics are incredibly interdependent and very useful as interdisciplinary research disciplines. Physics has been the predominant scientific discipline in the western world for the last five hundred years but some aspects of biology and genetics are of close and continuing importance. Some of the key roles in the future will include: Most science careers are in careers that have a long-term career, which in recent decades have mostly been with a government body or non-government organization (NGO). There are now alternatives to these roles, where science is the main source of income for the employee, but often they are better paid (see below).
Technology and science
Key scientific developments of the Middle Ages include the conception of heliocentrism (the study of the motion of planets) in the work of Tycho Brahe and Johannes Kepler. Western Europe entered the Scientific Revolution with the Latin translation of Copernicus' book De Revolutionibus Orbium Coelestium by the mathematician, astronomer, and humanist Erasmus of Rotterdam in 1516. He recognized that the heliocentric theory was superior to the Ptolemaic system for describing the movements of the planets. Copernicus's work was a step towards making clear the validity of evolution and natural selection.
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