Why is the Karlsruhe Institute for Technology so successful?
It is full of energy.
And for a long time.
In 1888, Karlsruhe University researcher Heinrich Hartz discovered the electromagnetic waves.
In 1860, the 15-year-old Karl Friedrich Benz took his test at the Polytechnic School, which later became the Technical High School Karlsruhe.
As an experienced pioneer of the automobile industry, he gave the Technical High School Karlsruhe the honor doctor title on November 25, 1914.
In 1897, Ferdinand Braun, professor of physics at the Technical High School Karlsruhe, taught in 1897.
At that time, he built the first version of the cathode-strahl-röhre.
After him, he also called it the brown-gray-röhre.
Later, it became the basic component of television devices.
Ferdinand Braun received the Nobel Prize in 1909 for his contribution to the development of wireless telegraph.
Another Nobel Prize winner is the chemist Fritz Haber.
He also taught in 1899 at the Technical High School Karlsruhe.
In 1909, he received the high-pressure synthesis of the Ammoniac.
In 1956, the research center Karlsruhe was founded as a reactor-building and operating company.
And the first German research reactor was taken into operation.
Today, the university Karlsruhe and the research center Karlsruhe are connected to the KIT, the Karlsruher Institute for Technology.
With the KIT, an internationally outstanding institution was built for research, teaching and innovation in the nature and engineering sciences.
In the excellence initiative of the Federal and the country, the university Karlsruhe received the elite status as one of the first three universities.
The KIT worked around 8,000 employees with a annual budget of 700 million euros.
Through this connection, one of the most powerful universities in the world, the Karlsruhe University,
with one of the largest and most successful natural and engineering sciences in the world,
the University of Karlsruhe, with one of the largest and most successful natural and engineering sciences in the world,
the Karlsruhe University, with one of the largest and most successful natural and engineering sciences in Europe,
the Karlsruhe Research Center, were combined with scientific capabilities and capabilities.
Together, strategies and successes are developed.
This is how the KIT became an attraction for top scientists from all over the world.
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Almost without a trace, the technology has walks so swiftly that it performs all the other advanced microsystem design.
The KIT is known worldwide as the VIEG of micro-system technology.
Researchers of the KIT are also involved in international projects around the world.
Join the KIT Centre, elementary parts and astro parts physics,
and explore the smallest parts and highest energies on Large Hadron Collider.
A proof for the innovation power of KIT are the 1,800 internal and external protection rights based on the know-how of scientists
in over 300 licenses.
With the industry, they are converted into products.
With the innovation engine of the economy, KIT plays such an important role.
What does all this have to do with the race car?
This is the KA Racing project by machine-building students of the Technical University of Karlsruhe.
With its race car, the descendants of scientists take part in the Formula Student Competition.
And they are very proud of it.
We from the KIT, of course.
Thank you.
