Scientists

Every time you graph an equation on a Cartesian coordinate system, you are using the work of René Descartes. Descartes, a French mathematician and philosopher, was born in La Haye, France (now named in his honor) on March 31, 1596. His parents taught him at home until he was 8 years old, when he entered the Jesuit college of La Flèche. There he continued his studies until he graduated at age 18.

Descartes was an outstanding student at La Flèche, especially in mathematics. Because of his delicate health, his teachers allowed him to stay in bed until late morning. Despite missing most of his morning classes, Descartes was able to keep up with his studies. He would continue the habit of staying late in bed for his entire adult life.

After graduating from La Flèche, Descartes traveled to Paris and eventually enrolled at the University of Poitiers. He graduated with a law degree in 1616 and then enlisted in a military school. In 1619, he joined the Bavarian army and spent the next nine years as a soldier, touring throughout much of Europe in between military campaigns. Descartes eventually settled in Holland, where he spent most of the rest of his life. There Descartes gave up a military career and decided on a life of mathematics and philosophy.

Descartes attempted to provide a philosophical foundation for the new mechanistic physics that was developing from the work of Copernicus and Galileo. He divided all things into two categories-mind and matter-and developed a dualistic philosophical system in which, although mind is subject to the will and does not follow physical laws, all matter must obey the same mechanistic laws.

The philosophical system that Descartes developed, known as Cartesian philosophy, was based on skepticism and asserted that all reliable knowledge must be built up by the use of reason through logical analysis. Cartesian philosophy was influential in the ultimate success of the Scientific Revolution and provides the foundation upon which most subsequent philosophical thought is grounded.

Descartes published various treatises about philosophy and mathematics. In 1637 Descartes published his masterwork, Discourse on the Method of Reasoning Well and Seeking Truth in the Sciences. In Discourse, Descartes sought to explain everything in terms of matter and motion. Discoursecontained three appendices, one on optics, one on meteorology, and one titled La Géometrie (The Geometry). In La Géometrie, Descartes described what is now known as the system of Cartesian Coordinates, or coordinate geometry. In Descartes's system of coordinates, geometry and algebra were united for the first time to create what is known as analytic geometry.

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It probably varies between scientists to whom the leader (or most influential) in this area is. Although the answer you will hear more often than most is Charles Darwin and his theory of natural selection, which he worked on after an expedition to the Galapagos Islands. With only his notepad, drawings and samples that he took of the creatures he encountered on the Islands, he noted that creatures, those that were the same species, differed depending what Island they were on. For example the Mockingbirds he discovered on different Islands had different sized beaks which suggested they had adapted to a change and evolved. My knowledge is limited on the subject but in my mind he produced the theories which have helped us understand evolution much better, and he did it with a notepad and samples....very limited technology compared to what we have today.

Like I said, I'm no expert I just love anything to do with science and watch a lot of documentaries.

He was the first one to successfully explain this effect, and thus created the basic form of what became modern Quantum Mechanics (a theory that in its final form he rejected because it is probabilistic not deterministic).

Note: Einstein did not receive his Nobel Prize for Relativity, but for his work on Brownian Motion and the Photoelectric Effect.

The term ' creation scientist ' is somewhat of a misnomer in that the two words seem to contradict one another. However, there are scientists/researchers that will readily admit that their findings, both geological and archaelogical can be directly paralleled to the teachings of the Bible. For instance, we are taught that God created the first generations of all living things. The fossil record seems to confirm this. For a long time [ a geological moment] there was absolutely nothing on the earth. Then suddenly there was an abundance of life, plants, insects, animals and dinosaurs. We are also taught that a great worldwide flood destroyed the earth and that it was ' ..without form and void' of life. Again, the fossil records clearly indicates that such an event did actually occur. So certainly, there can be a sort of coexistence between science and creation.

The word 'secular' can be defined as 'not specifically religious'. Secular science is basic General Science without a religious influence. In much the same way that secular music is not necessarily religious music, secular science is not a religious discipline in that it does not involve, and is not bound by any monastic views or principles. Answer

A creation scientist would be a scientist that believes that something created the universe, while a secular scientist would probably not believe that, but would say that everything occurred by chance or natural processes.

Both scientists can still be "genuine" and relatively objective, but are looking at the problems from differing points of view. Both types of scientists, and indeed all people, have their own separate ways of looking at the world.

Science, n. Investigation of natural phenomena.

Engineering, n. Domestication of natural phenomena.

Technology, n. Domesticated natural phenomena.

Another Answer

"Creation scientists" have no concern about natural phenomena, just the supernatural phenomena described in the Bible. They aren't scientists.