Importance of Science Knowledge to Man [sciencetechnology-center.blogspot.com]
Science knowledge is required and cannot be neglected.
In the field of Science and Technologies many things have been manufactured e.g Television, computer, phone etc
Medically, some apparatus like thermometer, Barometer, and lots more have been produced for use.
Science Knowledge is Important to Man and his environment.
Science knowledge is useful in many areas industries, Laboratories etc
ITS IMPORTANCE IN INDUSTRIES
It is used in producing some chemical which are used in the industries.
Its also help in the production of some domestic chemicals e.g in pesticides and many other acids for domestic and industrial uses.
And nowadays people have discovered a way of using Solar energy in industries and domestically. All the materials used in manufacturing this things are created through the knowledge of science and technologies. In Manufacturing of Electricity science and technology knowledge is used, and talking of electric ity, its something people cannot do without.
It is useful at home, offices, industries etc...
And it is one of the factors to consider in choosing industrial location, because electricity is very important thing for use domestically and industrially.
People would agree that science and technology are great of importance in the universe and in the community of people in this world. Majority of the countries in this international community are trying continuously to increase their annual budget for science and technology. This development clearly suggests that decision-makers both in government and private sector industry are strongly convinced of the importance of developing science and technology.
Recommend Importance of Science Knowledge to Man TopicsQuestion by Cosimo )O(: What are the most important unanswered questions in science today? What are the most outstanding unknowns in the field of science which particularly interests you? How might life on Earth be different when these gaps in scientific knowledge are filled? Best answer for What are the most important unanswered questions in science today?:
Answer by IB Slave
How can the universe be explained?
Answer by Josh
Where did it all come from?
Answer by asgspifs
How do our minds work at the level of the brain? Does physio-chemical activity in our brains explain consciousness? What caused/preceded the big bang? How were the laws of physics different at the big bang singularity? Are there multiple spatial dimensions? Is time travel possible? Are there multiple, parallel universes? Are there other examples of life elsewhere in the solar system? the galaxy? the universe? How common is life (simple and complex) in the universe? How did life (organic replicators) originate, or evolve, from inorganic replicators?
Answer by Black Holes & Revelations
Why? It's a short and simple question, but those three letters are loaded. Take it in any direction you wish, but a true and complete answer to "Why?" is impossible with our current understanding of...well, everything.
Answer by EDY L
What defines a dimension (besides the length, mass, and time)? What is at the edge of the universe? Do alternate universes exist? How can laws of creationism and theories of evolution both be right? What is reality? What is knowledge? Will the ability to shrink or expand ever be plausible and usable? Is it feasible for man to live on the moon? Will we ever meet extraterrestrial life face-to-face? How can one man have so many questions?
Answer by Frank N
What is the greatest unsolved problem in physics? Whichever problem is being worked on by the physicist of whom you ask the question. There's no shortage of good candidates. 1. Unification of gravitation with quantum chromodynamics. 2. Where did it all come from? 3. Why does matter exert a gravitational force? Why does a charge have an electric field? 4. Why do the fundamental constants have the values they have? Why do the forces have the strengths they have? 5. Why do we have the set of particles that we have? 6. Why do we have the laws of physics that we have? 7. Can we come up with a string theory or M-brane theory that matches physical reality and gives us some insight? 8. Why is it so hard to get students to learn even simple physics? Why is it so hard to get teachers to do a good job teaching physics? Here are some lists from people better known than I: A. J. Leggett, The Problems of Physics 1. What are things made of? We thought we knew the answer with atoms. Then we found substructure to atoms. Then we found substructure to nucleons. Now wee contemplating superstrings. Where will it end? Or will it? 2. The structure and evolution of the universe. We have extrapolative theories of the big bang that stand up to theoretical analysis. But what about 'before' that? Again, superstring/M-brane theories MIGHT eventually shed some light there, but we don't know. 3. Physics on a human scale. Human behavior. Mass dynamic computable from the microscopic. Condensed-matter physics, and the nice clean stuff always gets messed up by quantum mechanics. Second-order phase transitions. Why the prevalence of left-handed molecules? 4. "Skeletons in the cupboard" (anthropic principle, the arrow of time, and the quantum measurement paradox) John Malone, Unsolved Mysteries of Science 1. How did the universe begin? 2. How did life on earth get started? 3. What causes mass extinctions? 4. What is the inside of the earth like? 5. What causes ice ages? 6. Were dinosaurs warm-blooded? 7. Is there a missing link? 8. What caused the "big bang" in human culture? 9. How do we learn language? 10. Are dolphins as smart as we are? 11. How do birds migrate? 10. Are dolphins as smart as we are? 11. How do birds migrate? 12. What is red? 13. How did Mayan astronomers know so much? 14. What is gravity? 15. What is light? 16. Why is there so much quantum frustration? 17. What are black holes really like? 18. How old is the universe? 19. Are there multiple universes? 20. How many dimensions are there? 21. How will the universe end? Arthur W. Wiggins and Charles M. Wynn, The Five Biggest Unsolved Problems in Science 1. Physics: Why do some particles have mass while others have none? 2. Chemistry: By what series of chemical reactions did atoms form the first living things? 3. Biology: What is the complete structure and function of the proteome? 4. Geology: Is accurate long-range weather forecasting possible? 5. Astronomy: Why is the universe expanding faster and faster?
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