they both found out that living cells only come from other living cells.
Marie Curie gave new theories about radioactive objects and elements that paved the way for modern physics and the revolutionary technical development that is continually changing out lives to this very day.
Galileo's biggest contribution to science was the way he learned about mechanics. Instead of just observing a in nature, he set up experiments. In fact, Galileo was the first scientist to routinely use experiments to test his theories.
Scientific contribution refers to the addition of new knowledge, insights, or advancements to a particular field of study. This can occur through original research, innovative methodologies, or the application of existing theories in novel ways. Such contributions enhance understanding, drive further research, and can influence practical applications in various domains. Ultimately, they play a crucial role in the progression of science and technology.
No. Science is ruthlessly tested and if theories fail they are discarded. Religion has no tests at all, and has no bearing on any scientific subject. Faith and truth are different things. You can believe what you want - science is about finding out truth.
Felix Klein's main contribution to geometry was his development of the Erlangen Program, which seeks to classify geometries based on their underlying groups of transformations. He also made significant contributions to non-Euclidean geometry and the field of algebraic geometry. His work helped unify various branches of geometry and laid the foundation for modern geometric theories.
His theories influenced society's ideas about the possibilities of robots.
The theories and models of small and medium scale enterprises in Nigeria basically outlines the immense contribution to the Nigerian economy.
There are several theories explaining the origin and evolution of viruses, including the regressive hypothesis (viruses evolved from cellular organisms), the coevolution hypothesis (viruses and host cells evolved together), and the escape hypothesis (viruses once were cellular organisms that escaped from cells). The exact origins of viruses remain a topic of ongoing research and debate in the scientific community.
Plato's important contribution was his development of philosophical ideas and theories in areas such as ethics, metaphysics, and epistemology. He founded the Academy in Athens, which is considered one of the first institutions of higher learning in the Western world, and his writings, including "The Republic," have had a profound influence on Western philosophy.
Sigmund Freud's greatest contribution is his development of psychoanalysis, a revolutionary approach to understanding and treating psychological disorders through exploring the unconscious mind. He also proposed groundbreaking theories on the structure of the mind, including the id, ego, and superego, which have had a lasting impact on the field of psychology.
His major contributions are in geometry and in his book The Elements. He gave many rules of geometry which are also used nowadays. Books of Euclid provide a base of geometry. Euclid's ideas and theories are still considered as basics of mathematics. His most famous work was Metric. Another contribution of Euclid was that he gave the practical ideas in Mathematics.
There are four main types of personality theory. Begin with biological theories, behavioral theories, psychodynamic theories, humanist theories and trait theories.
Marie Curie gave new theories about radioactive objects and elements that paved the way for modern physics and the revolutionary technical development that is continually changing out lives to this very day.
Galileo's biggest contribution to science was the way he learned about mechanics. Instead of just observing a in nature, he set up experiments. In fact, Galileo was the first scientist to routinely use experiments to test his theories.
Einstein is responsible for contributing numerous theories and understanding to the field of physics. Einstein published his Special Theory of Relativity, The General Theory of Relativity, and worked with Neil's Bohr to develop the basis for quantum mechanics.
Scientific contribution refers to the addition of new knowledge, insights, or advancements to a particular field of study. This can occur through original research, innovative methodologies, or the application of existing theories in novel ways. Such contributions enhance understanding, drive further research, and can influence practical applications in various domains. Ultimately, they play a crucial role in the progression of science and technology.
Practical contribution refers to the tangible benefits or applications that research, theories, or innovations provide to real-world problems or situations. It emphasizes the usefulness of findings in practice, such as improving efficiency, solving issues, or enhancing processes in various fields. By bridging the gap between theory and practice, practical contributions help ensure that academic work has an impact on society and industry.