The World is forever in debt to China for its innovations. Ancient China was extreme advance and many of its discoveries are still in use today. This is what Robert
Temple, the author of The Genius of China 3000 years of science, discovery and invention. The book is based on 11 main parts of Chinese innovation. Within these 11 categories, there are 3 main parts that contain the most significant inventions. Robert
Temple concentrates the bulk of his examples in these three categories, agriculture, domestic and industrial technology , and engineering. Temple’s examples were not limited to these fields of innovation. The Chinese excelled in many other areas, including mathematics, warfare and transportation, to name a few. Although Temple wrote about eleven fields of invention, I feel that these three sections contain the greatest examples of
Chinese innovation, and the debt that the modern world owes China.
The first main area is the field of engineering. Within this chapter, the development of iron and steel is the greatest achievement. The development of iron and steel led to other advances. By at least the 4th century the Chinese have developed blast furnaces to obtain cast iron from iron ore. This was 1200 years before the first blast furnace showed up in Europe. The reasons that the author gave to explain the reasons why the Chinese developed this technology are simple. The Chinese had access to large amounts of clay, the key ingredient in making blast furnaces. The Chinese also figured out that by adding a substance they called :Black Earth,” they could lower the melting point of iron. Another major invention of the Chinese, that led to other achievements, is steel.
The common belief today is that Henry Bessemer discovered the process of refining iron into steel. The fact is Chinese had developed the process to refine iron into steel in the second century BC The Chinese learned that by injecting oxygen into the blast furnace, they could remove the carbon from the iron. The Chinese called this process the
“hundred refinings method” since they repeated the process that many times. The finished product was highly prized in China for its strength and ability to hold an edge on a sword.
The Chinese would weld the steel onto weaker iron thus creating a strong edge and a su... ... middle of paper ...
...gh the process has been refined.
The suspension bridge, invented by the Chinese in the first century AD, is still the bridge of choice when one has to span a great distance. The greatest area of Chinese invention is in agriculture. The Chinese excelled in farming, not only did they discover the seed drill, they discovered row farming that is still used today.
I would recommend this book with one wants to read about the past glory of
China and the huge potentional of the future. It gave in-depth views into each Chinese invention, while not over doing the techical explaination. The Author is clear and concise on his point, the modern world is in debt to the Chinese. He gave many examples of
Chinese invoation, and how the rest of the world copied the Chinese. Not did the rest of the world copy Chinese inventions, they claimed that they were the first to invent it. The author opened my eyes to the greatness of anicent China. What the author, Robert
Temple, did do gave me even more reason to respect China.
The Genius of China
3000 years of Science, discovery, and invention
By Robert Temple
Book report by
Mike Leung
600-82-1189
Jonathan Spence tells his readers of how Mao Zedong was a remarkable man to say the very least. He grew up a poor farm boy from a small rural town in Shaoshan, China. Mao was originally fated to be a farmer just as his father was. It was by chance that his young wife passed away and he was permitted to continue his education which he valued so greatly. Mao matured in a China that was undergoing a threat from foreign businesses and an unruly class of young people who wanted modernization. Throughout his school years and beyond Mao watched as the nation he lived in continued to change with the immense number of youth who began to westernize. Yet in classes he learned classical Chinese literature, poems, and history. Mao also attained a thorough knowledge of the modern and Western world. This great struggle between modern and classical Chinese is what can be attributed to most of the unrest in China during this time period. His education, determination and infectious personalit...
The term “zinc” was not in use until the 16th century, at the earliest. The ancient Greeks called it “pseudargyras,” meaning “false silver,” and made very little use of it (Mathewson 1). The unassuming bluish-gray mineral was given a warmer welcome by the Romans, who were already using it to make brass by “about the time of Augustus, 20BC to 14AD”; the Romans used, not purified zinc, but the mineral calamine (“zincky wall accretions” from caves) and fused them in a crucible with bits of copper to make their brass (Mathewson 1). Around the world, zinc was being exploited by the Chinese civilization as well, although documentation of Asian use of zinc does not come until the 7th century of AD, from Kazwiui, the “Pliny of the Orient.” Kazwiui, “who died in 630AD, stated that the Chinese knew how to render the metal malleable and used it to make small coins and mirrors” (Mathewson 2). The discovery and use of zinc, then, was widespread in ancient times and through the Middle Ages. However, it seems that it had not yet been used for anything much more practical than a mirror, a fact that would very quickly change in the 18th and 19th centuries as higher-grade zinc became available and new applications presented themselves.
The Mongols used many inventions that they discovered on their conquests and spread them throughout the known world. In China they discovered Gunpowder and Paper. They took the gunpowder to the western parts of the world and used it when conquering other cities and nations.
For several centuries the Europeans were always trying to have the best of the best in their country. Because they were so greedy they went of on several voyages to trade and gain those products they desired like silk, porcelain, tea, and lacquer-ware. With this the Europeans were always trying to out due and impress the Chinese with their clocks and their scientific gadgets. But they were never impressed, the Chinese always believed they were better and never wanted much to do with the Europeans. The Chinese were always very advanced in every skill; they believed that they had all that they needed to be a strong nation.
In the early years of China, the Chinese began a period of establishment in the world with ideas and teachings of new religions, changing powers, and building empires. In a nutshell the Chinese were progressing toward new technology, writings, and belief systems. The Chinese saw many dynasties come and go as well as many ups and downs experienced with societies over the course of history. As all nation’s go through change, the Chinese experienced changes from other lands far away and produced many concepts in which helped other realms to see change for themselves. The Chinese used many inventive innovations to prosper as an economic power and stabilize intellectually. Change mixed with innovation proved to be the roots of China’s success as a powerful nation to be reckoned with for the vast numbers appeared in China’s favor.
move that served China well but in the long run it was the downfall of China. While
...l presented polluting influences, so new innovation must be imagined to dispose of them. Wrought iron was not effectively produced from mineral fuel pig iron until the center of the eighteenth century.
China grew to be the largest and most populous country of Asia. IT developed a unique culture by being isolated and having little contact with any other civilizations. After time, its methods of production and system of government here highly advanced for its time. China’s history is shown through the ruling of several different dynasties, their schools of thought and religion, and the vast spreading of their culture to its surrounding countries.
How does the development of steel affect the development of civilizations?Steel is one of the biggest thing why this world is unequal because it was going to make doing jobs easy for everyone. In new guinea, they really couldn't make steel because it was too rainy and they spending all their time getting and making sago.So they didnt have time to have any specialist
(A newspaper article that reflects the Cultural Revolution to the modern Chinese politics and society and an opinionated source.)
The Tang dynasty was an era of major technological advancement. This can be very clearly seen in their revolutionary explosive powder or gun powder, as well as their very expensive porcelain. The gunpowder is perhaps China’s most groundbreaking invention. Although it was invented for mere fireworks purposes, the military saw great potential in a highly explosive substance. This set off a chain reaction of events that some may think as detrimental to our society. From this powder, the first set of gun powder based guns, or muskets were developed. This triggered an arms race up until the early 1900s. As with any sort of mass engineering of guns, only death was left in its wake. Although the powder was pr...
...landscape art. Also, poetry blossomed with more than 50,000 poems being made from 2,200 poets. In "technology", Chinese scholars made a lot of new inventions such as wood block printing, movable type printing, and gunpowder. Gunpowder came in many varieties when it was introduced. Gunpowder was made in use for rockets, guns, chemical warfare weapons, and bombs. Wood block and movable type printing was very useful in China. Wood block printing was invented during the preceding Tang dynasty. It was tedious to make so many characters, and it was often easier just to carve wooden blocks to print with. Movable type printing was like a printer today accept it wasn't useful for a few sheets of paper but it was good for a few hundred. Ancient Chinese technology made China more economical and powerful. Due to all of China's inventions, it shaped the world of what it is today.
Continuous casting invented in 1865 by Sir Henry Bessemer one of the original founders of modern steelmaking, this invention used and developed to produce 750 million tons of steel, 20 million tons of aluminum, and many tons of other alloys produced in the world every year.
The industrial revolution began in Europe in the 18th century. The revolution prompted significant changes, such as technological improvements in global trade, which led to a sustained increase in development between the 18th and 19th century. These improvements included mastering the art of harnessing energy from abundant carbon-based natural resources such as coal. The revolution was economically motivated and gave rise to innovations in the manufacturing industry that permanently transformed human life. It altered perceptions of productivity and understandings of mass production which allowed specialization and provided industries with economies of scale. The iron industry in particular became a major source of economic growth for the United States during this period, providing much needed employment, which allowed an abundant population of white people as well as minorities to contribute and benefit from the flourishing economy. Steel production boomed in the U.S. in the mid 1900s. The U.S. became a global economic giant due to the size of its steel industry, taking advantage of earlier innovations such as the steam engine and the locomotive railroad. The U.S. was responsible for 65 percent of steel production worldwide by the end of the 2nd World War (Reutter 1). In Sparrows Point: Making Steel: the Rise and Ruin of American Industrial Might, Mark Reutter reports that “Four out of every five manufacturing items contained steel and 40 percent of all wage earners owed their livelihood directly or indirectly to the industry.” This steel industry was the central employer during this era.