He could not verify his ideas experimentally because, due to the incredibly tiny size of atoms, matter behaves as if it is continuous unless you expend enough energy in the right way to probe the microscopic structure. Science in those days was limited to what you could see with the naked eye, hear with the unaided ear, smell, taste, and touch... and you certainly cannot sense atoms in that way.
- Democritus and Leukipus ideas were not based on experiments (impossible 2 500 years ago)- These ideas were too advanced for that era
Democritus formulated the first atomic theory. He said that atoms were tiny and constantly moving. Democritus was a Greek philosopher.
Democritus's ideas on atoms were largely ignored because they were considered speculative and lacking experimental evidence during his time. Additionally, his atomistic theory was overshadowed by the more influential philosophical and scientific ideas of Plato and Aristotle. It wasn't until much later, when experimental evidence supporting atomism emerged, that Democritus's ideas gained more recognition.
In the early 19th century, John Dalton's atomic theory gained widespread acceptance over Democritus's earlier ideas. While Democritus proposed that matter was composed of indivisible atoms, his ideas lacked experimental evidence and were largely philosophical. Dalton built on Democritus's concepts but provided a scientific framework supported by empirical data, making his theory more credible among scientists of his time. Ultimately, Dalton's work laid the foundation for modern chemistry, leading to greater acceptance of his ideas over those of Democritus.
John dalton (Cheaters)
- Democritus and Leukipus ideas were not based on experiments (impossible 2 500 years ago)- These ideas were too advanced for that era
Yes
Democritus formulated the first atomic theory. He said that atoms were tiny and constantly moving. Democritus was a Greek philosopher.
Democritus's ideas on atoms were largely ignored because they were considered speculative and lacking experimental evidence during his time. Additionally, his atomistic theory was overshadowed by the more influential philosophical and scientific ideas of Plato and Aristotle. It wasn't until much later, when experimental evidence supporting atomism emerged, that Democritus's ideas gained more recognition.
The greeks rejected democritus's idea because they thought that there was something smaller than the atoms.
Democritus
Democritus's atomic theory was ignored for a long time because it lacked experimental evidence and was overshadowed by other competing schools of thought such as Aristotle's philosophy. Additionally, Democritus's ideas were considered too radical and not widely understood during his time.
2 500 years ago these ideas were too revolutionary, abstracts and strange.
By using experimental methods Dalton transformed Democritus ideas on atoms into a scientific theory.
In the early 19th century, John Dalton's atomic theory gained widespread acceptance over Democritus's earlier ideas. While Democritus proposed that matter was composed of indivisible atoms, his ideas lacked experimental evidence and were largely philosophical. Dalton built on Democritus's concepts but provided a scientific framework supported by empirical data, making his theory more credible among scientists of his time. Ultimately, Dalton's work laid the foundation for modern chemistry, leading to greater acceptance of his ideas over those of Democritus.
Democritus is known for his atomic theory, which he developed in the 5th century BC. His ideas were revolutionary for the time and laid the groundwork for modern atomic theory.
Democritus' ideas were not useful in a scientific sense at the time because they were not supported by empirical evidence and lacked experimental verification. Additionally, his atomic theory was an abstract concept that was not mathematically or experimentally testable with the technology available in his era. It wasn't until much later, with advancements in technology and the development of modern physics, that atomic theory was revisited and eventually validated.