Branches of the university not in Athens are: the North Georgia Agricultural College (established in 1871; became a part of the university in 1872), at Dahlonega; the medical department, at Augusta (1873; founded as the Georgia Medical College in 1829); the Georgia School of Technology (1885), at Atlanta; the Georgia Normal and Industrial College for Girls (1889), at Milledgeville; and the Georgia Industrial College for Colored Youth (1890), near Savannah.
Attached to its mechanics' institute are schools of mines, art and technology, and a fine free library.
We live at a defining moment for humanity, as the compounding effects of technology and civilization reach an inflection point.
There are, in addition, many other branches of chemical technology in which the methods are employed.
Subsequently he became professor of physics at the Massachusetts Institute of Technology, and in 1876 he was appointed professor of astronomy and director of the Harvard College observatory.
The university was chartered in 1866; it embraces a school of technology, with courses in civil, mechanical, metallurgical, mining, electrical and chemical engineering, electrometallurgy and chemistry, and a school of general literature (1878), with classical and Latin-scientific courses.
His Notes of Lectures on Practical Art in Metals and Hard Materials: its Technology, History and Style, were left in MS.
The application of ethics to things as they are with a view to the realization of the moral ideas is moral technology (Tugendlehre), of which the chief divisions are Paedagogy and Politics.
Eventually we reach the point where the technology does everything we need it to do.
His earlier work included an investigation of succinic acid, and the preparation of phenyl cyanide (benzonitrile), the simplest nitrile of the aromatic series; but later his time was mainly occupied with questions of technology and public health rather than with pure chemistry.
Isn't this the direction technology inevitably is heading?
Civilization, like technology, also compounds over time, as do its benefits.
The dignified buildings of the Massachusetts Institute of Technology are near.
The leading educational institutions are the Massachusetts Institute of Technology, the largest purely scientific and technical school in the country, opened to students (including women) in 1865, four years after the granting of a charter to Prof. W.
The Institute of Technology has an exceptional reputation for the wide range of its instruction and its high standards of scholarship. It was a pioneer in introducing as a feature of its original plans laboratory instruction in physics, mechanics and mining.
The subject is here treated under the following subdivisions: (I) ordinary distillation, (2) distillation under reduced pressure, (3) fractional distillation, (4) distillation with steam, (5) theory of distillation, (6) dry distillation, (7) distillation in chemical technology and (8) commercial distillation of water.
The government also maintains schools of agriculture, commerce, fine arts, music, pharmacy, technology, and an admirable preparatory or high school, besides a large number of primary and secondary schools for which modern school buildings have been erected.
On this Point are the residence and private estate of the founder of the city, John Stevens (1749-1838), Hudson Park, and facing it the Stevens Institute of Technology, an excellent school of mechanical engineering endowed by Edwin A.
After studying pharmacy at Miinchberg, he started a chemical manufactory in 1803, and in 1810 was appointed professor of chemistry, pharmacy and technology at Jena, where he died on the 24th of March 1849.
To be perfectly clear, I am not saying the Internet and technology will solve every human ill.
But at a certain point, you don't need any more, and the technology is mature.
It simply has been enabled by technology combined with prosperity compounded over time.
Difficulty of communication was still a barrier, and technology was still highly limited.
The cost derives from the application of huge amounts of energy, intelligence, and technology to obtain and process the raw materials: digging and smelting to create high-grade steel, harvesting and refining and molding to make rubber parts, and so on.
Second, as technology advances, it will make things in the physical world fall in price.
And the principle at work in this technology could lead to a cure for other autoimmune diseases such as multiple sclerosis and rheumatoid arthritis.
But I expect that technology and free enterprise will take us across a threshold where things formerly regarded as scarce will not be so any more.
As civilization and technology advance, people begin to create more than they consume.
Jobs are created when someone starts a business that takes a thing, adds labor and technology to it, and makes a new thing.
And because agriculture is a technology, subject to technological advance, advances in agriculture will quicken and multiply, leading to improved nutrition and decreased hunger and famine.
While agriculture itself is a technology, it is, in its most basic form, extremely low tech.