As a tool, mathematics is widely used in scientific research, and it has direct application in natural and social science monographs such as The Operation of Celestial Bodies, The Origin of Species, The Principle of Relativity, Das Kapital, etc. Einstein was deeply influenced by the works of mathematician Riemann and established the general theory of relativity. 19 17, the mathematician latton introduced a latton transformation into the study of integral geometry. Decades later, Colemark and Hansfield skillfully designed the X-ray tomography scanner-CT by using Raton transform, which made great contributions to medical diagnosis technology. From 1969 to 198 1 year, there are seven achievements borrowed from modern mathematical theory.
As a technology, mathematics has directly promoted the rapid development of science and technology. It can help people to build a model of problems in the process of collecting, sorting, exploring and creating, and solve related problems and make correct judgments by studying the model. With the appearance of computers, mathematics with scientific and technological qualities has penetrated into all walks of life and materialized into various advanced equipment, which has promoted the rapid improvement of scientific and technological content in all walks of life, and the rapid development of science and technology depends on mathematical technology. Mathematical technology plays an indispensable role in economy, management and other industries.
As a kind of culture, mathematics has richer and deeper cultural connotation than mathematical knowledge, and mathematical culture is a high generalization of mathematical knowledge, skills, abilities and qualities. In the process of learning mathematics and solving problems by using mathematics, people are constantly experiencing intuitive perception, observation and discovery, inductive analogy, spatial imagination, abstract generalization, symbolic representation, operational solution, data processing, deductive proof, reflective construction and other thinking processes. These processes are the concrete embodiment of familiar thinking ability, which helps students to think and judge the mathematical model contained in objective things. Mathematical thinking ability plays a unique role in the formation of rational thinking. Through the study of mathematics, we can accept the influence of mathematical spirit and mathematical thinking method, improve our thinking ability, exercise our will and quality, and transfer them to our study, work and life.
The improvement of a country's national quality can reflect the progress of national civilization, and the decisive factor of productivity is people. The improvement of people's quality promotes the further development of productive forces. Through the study of mathematics, we can cultivate people's integrity, tenacity, courage, overall awareness and optimization awareness, stimulate students' national self-esteem and cohesion, and make students form the ambition to study hard for the prosperity of China's socialist cause and the great rejuvenation of the Chinese nation, thus improving national quality. The strength of a country depends to a great extent on the mathematical quality of all its citizens. So some people say that mathematics is the driving force of human progress.
Some people say that "science and technology are the primary productive forces" and "the basis of science and technology is applied science, while the basis of applied science is mathematics", which all affirm the great role of mathematics in productive forces. Mathematics has made an unparalleled contribution to the development of human society and its role is immeasurable. Mathematics and the development of human society are complementary, and people's lives cannot be separated from mathematics.