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  1. Aristotle Atomic Theory Model Explained - HRF › aristotle-atomic
    • How Aristotle Developed His Theory
    • What Is Aether and Why Does It Matter?
    • Aristotle and His Influence on Philosophy

    Aristotle believed that it was possible to determine which substances contained more or less of each element based on its structure, design, and composition. He taught that there were four different category descriptions that would indicate the presence of one element more than another. These category descriptions were hot, dry, cold, and wet. If a substance happened to be wet and cold, then it was more likely to contain more of the water and earth elements than fire and air elements. If something was dry and cold, then it was more likely to contain more fire and earth elements. The reason for his solution to how substances were created was ultimately simplistic: Aristotle believed that the Earth was the center of the universe in his teachings. Because of this, it made more sense to him that all things would be composed of items that were observable to the human eye without giving a thought to there being something smaller that required assistance to see. Yet, Aristotle could not de...

    Aether, or quintessence, is the materials that fill the universe outside of what exists on a planetary level. Aristotle used aether as an element because it helped to fill-in the gaps that he saw in his scientific studies for concepts like the movement of sound or light, along with gravity. The idea of aether persisted until the 19th century because it was believed that light could not travel in a vacuum, so the universe had to be made of something else. Even then, however, the concepts of aether did not really fit in with the models of the universe that Aristotle was teaching. This element was not capable of any motion, either of quality or quantity. It was only able to perform local motion. It moved in circles and had no unnatural motions. To explain these inconsistencies, Aristotle decided that aether formed into crystalline spheres, which could hold the heavenly bodies in place. Although this led Aristotle away from the idea of atoms, it did lead him toward the movement of heave...

    Aristotle was more of a philosopher than a scientist, so his approach came from a theoretical and spiritual beginning. Because of his observations, the ideas of having core elements as part of creation has become a foundation of numerous religions and spiritual practices. Instead of viewing the elements as substances, they are placed into categories that involve sensory experiences instead. The observations of Aristotle have also led to the concept of cyclical balance, or how life can overcome destruction through phase cycles of the elements. Fire creates earth, which bears metal, which collects water, which creates life. Aristotle’s theory was also adapted to include sharp, subtle, and mobile qualities that can work with the original hot, cold, wet, and dry qualities that were offered. Fire and Earth are at the two extremes, while air and water help to complement the rest of creation. Aristotle may not have believed in the atomic theory, but he did believe what his eyes could see....

  2. Aristotle - history of the atomic theory › aristotle

    He also believed that everything was a combination of the four elements: earth, fire, water, air. His theory was that a mass of incomprehensible size was everywhere; he called this 'hyle'. There was no separate 'particles' for each material, it was all one.

  3. Aristotle - Atomic Theory › aristotle

    Aristotle used his obseravtion to determine his conclusions on atomic theory. This theory lasted for quite some time because the other scientists did not come around until a while later. This theory may seem more general, and it is, which is most likely why it lasted so long.

  4. What Was Aristotle's Contribution to Atomic Theory? › world-view › aristotle-s

    Mar 27, 2020 · Aristotle contributed to modern atomic theory by introducing alchemy, an ideology that chemists eventually rebelled against. Aristotle argued alchemy above observation and scientific research. His beliefs held that the world was made of elements endlessly divisible. Many chemists and philosophers argued Aristotle and believed in atomic theory.

  5. Aristotle Brief Biography - Atomic Theory - Ancient History ... › aristotle-brief-biography

    May 16, 2017 · Aristotle’s View about The Atomic Theory Everything in the world is arranged by the smallest particles that indivisible which is known as atom. A means ‘un’ and tomos means ‘divide’. The atom is referred as the smallest unit in a matter.

  6. Aristotle - The Atomic theory timeline › aristotle

    Aristotle was a Greek philosopher. He was born in Stagira, Greece in 384 B.C. and died in 322 B.C. He was in the era of ancient philosophy. He was a student of Plato and was Alexander the Great's teacher. But he disagreed with Plato about different things which gained him popularity and respect from people and Alexander the Great.

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  8. When did Aristotle make his discovery of the atomic theory? › when-did-aristotle-make-his

    Feb 19, 2020 · The Greek philosopher Aristotle (384-322 B.C.) made significant and lasting contributions to nearly every aspect of human knowledge, from logic to biology to ethics and aesthetics. Additionally, when did Democritus discovered the atomic theory?

  9. Aristotle’s Contribution | Atomic Model History › 2010/11/27

    Nov 27, 2010 · The only thing Aristotle discovered that caries on to the modern atomic theory is the fact that there are elements, which is implied in Aristotle’s theory. Despite this, Aristotle’s theory did contribute too the atomic theory in another way which was a negative way. This contribution was the delay caused to the emergence of the atomic theory.

  10. Aristotle - Wikipedia › wiki › Aristotle

    Darwin, too, noted these sorts of differences between similar kinds of animal, but unlike Aristotle used the data to come to the theory of evolution. Aristotle's writings can seem to modern readers close to implying evolution, but while Aristotle was aware that new mutations or hybridizations could occur, he saw these as rare accidents. For ...

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