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Description This book summarizes the main scientific achievements of the blown-up theory of evolution science, which was first seen in published form in Publisher: Greenwood Publishing Group, Incorporated. Title: Beyond Physicalism , [Yr: ]. Title: Beyond Postprocess , [Yr: ]. Author: Dobrin, Sidney I. Schelling's Criticism of Metaphysics , [Yr: ]. Author: Jr.
Author: Mitchell, William J. Publisher: International Development Research Centre. Author: Mukamuri, B. Author: Montgomery, John D. Title: Beyond Regionalism? When Newton, as an epoch-making scientist, was analyzing solids based on quantitative analysis, Lao Tzu, as a nonscientific scholar, had long ago, more than 2, years ago to be more specific, had studied fluids figuratively and clearly said that "the one, who is good at thinking, does not need to plan".
When Newton's mechanics only works under the first push of the "God", the Book of Change, written over 3, years ago, had clearly spelled out how to apply figurative structural analysis to foretell changes and had pointed out to the existence of such a law of structural conservation.
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Even when Shakespeare knew that "quantitative comparisons" were only a relative method, numerical comparability became the only standard for scientificality. In other words, if no two identical objects can be found, how can one tell any scientificality? When effective experiences are treated as nonscientific, the "scientific" first push has never worked. What a paradox exists in modern science! What should be admitted is that the quantitative analysis, developed in the past plus years, has indeed played an important role in modern civilization.
However, it has also left behind a huge amount of unsettled problems and paradoxes. Of course, it is reasonable to expect the appearance of unrealistic conclusions and beliefs in the process of explorations and the appearance of paradoxes and seemingly unsolvable problems.
However, Foreword xm when the realisticity and the objectivity of the relevant epistemology are at stake, it is no longer as simple a problem as whether the results are correct or incorrect. As soon as Beyond Nonstructural Quantitative Analysis is published, it will naturally lead to debates involving whether or not the quantitative analysis is the only methodology which can be and should be employed to comprehend the world or whether or not the science is not limited to the quantitative analysis. That might be the authors' purpose of writing such a book, since when a new publication leads to no debates, it must belong to well-accustomed subject matter without any future significance.
As a teacher, I like to see young people thinking.
As unevenness of materials, thinking is also a form of accumulation of energy. Its consequence can only be blown-ups of those well-accustomed beliefs and prejudices. As a person who has gone through thorny bushes, what is important for me to do is not to become drunk with the memories of the past. It is because the future will never be identical to the past, since the essence of evolutions is "rolling forward" instead of backward.
The development of science has always left marks behind, labeling different eras. It is this reality that spells truthfully the meaning of scientific explorations. However, a relatively well-recorded history only goes back to as far as about 3, years BC. From the beginnings of the ancient Babylonia, who lived along the reaches of Tigris and Euphrates Rivers around current Iraq , the ancient Egyptians, who lived along Nile River, Mayans, who lived in America, and the ancient Chinese, who lived along Yangtze and Yellow Rivers of the east, to the rise and fall of the ancient Greek Civilization, from the revival of the human civilizations, characterized by the European Renais1 2 Introduction sance, to the modern society with highly developed science and technology, the mankind has grown out of its knowledge infancy and entered its period of youth with highly advanced science and technology.
From the past of passively accepting bestows of the n a t u r e to t h e present of employing scientific knowledge to initiate changes of the n a t u r a l environment in which the mankind lives, all the h u m a n history has shown the fact t h a t progresses of the modern science have brought forward prosperities to the materialistic and spiritual civilizations of the mankind.
Therefore, the development history of science is also t h a t of h u m a n civilizations. However, there never exist any absolute t r u t h and any absolute authority. Each scientific progress has always been the h u m a n consequence of persistently pursuing after the ultimate t r u t h. Each progress of pursuing after the ultimate t r u t h is also a process of continuously getting rid of the stale and taking in the fresh and a process of making new discoveries and new creativities.
- Microstructure and Microtribology of Polymer Surfaces.
- Genetic Manipulation in Plants for Mitigation of Climate Change;
In the scientific history, each time when the authority was repudiated, the science was reborn again. Each time when the " t r u t h " was questioned, a scientific prosperity appeared. Ancient Greek astronomer C.
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Ptolemy around 85 - A. This end could definitely be seen as a scientific progress of the historical moment. Soon after the population accepted t h e "geocentric theory", the theory was assigned with the holy "spirit" by churches and governed the h u m a n race as the doctrine of authority for the next 1, years. During the E u r o p e a n Renaissance, Polish astronomer N.
Copernicus - gave u p the "geocentric theory" and introduced t h e "heliocentric theory" which basically agreed with the objective reality. Even though Copernicus's "heliocentric theory" suffered from extreme objections from t h e churches, the scientific t r u t h eventually won the victory against religious forces and all prejudices of the tradition; and the t r u e science took the place of the "authority".
Therefore, when people praise authorities, they are also praising ignorance. In t e r m s of the history of the modern science, one should not forget about t h e eve of t h e forthcoming scientific revolution at the end of the nineteenth century. At t h a t time, Newtonian I.
Newton, - mechanics or classical mechanics had been developed for over two centuries. And, a complete theoretical system a n d a mechanical view of the n a t u r e had been firmly established and permeated into almost all corners of the Scientific Discoveries 3 natural sciences.
Such a mechanical view had deeply affected the development of epistemology, methodology and the entire philosophical view of the nature. In such a scientific atmosphere, the majority of the scientific community, including such big names as C. Huygens - and L. Kelvin - , believed that on the basis of Newtonian mechanics, the natural science had developed to its final stage. The only remaining works were some minor computations of the last a few decimal places.
However, such victorious atmosphere was not absolute. It was similar to the quiet time period before the arrival of a major thunderstorm. On this quiet eve of a major scientific revolution, there, as always in the history, appeared some pioneers of thoughts who broke the dead silence before others did. For example, E.
Mach - and J. Poincare - were among the pioneers. They took the position of criticizing the classical physics and believed that it was a prejudice if all physical phenomena had to be explained by employing the mechanical point of view. Especially, Mach criticized Newton's absolute time and absolute space. At the same time, laboratory works also revealed the inability of the then-most current physics in terms of explaining the experiment of heat radiations and Michelson-Morley experiment.
Therefore, these two experiments were playfully called two "black clouds" floating in the clear sky of the classical physics.