Quantum technology: from research to application
- Schleich, W.
- Ranade, K.
- Anton, C.
- Arndt, M.
- Aspelmeyer, M.
- Bayer, M.
- Berg, G.
- Calarco, T.
- Fuchs, H.
- Giacobino, E.
- Grassl, M.
- Haenggi, P.
- Heckl, W.
- Hertel, I.
- Huelga, S.
- Jelezko, F.
- Keimer, B.
- Kotthaus, J.
- Leuchs, G.
- Luetkenhaus, N.
- Maurer, U.
- Pfau, T.
- Plenio, M.
- Rasel, E.
- Renn, O.
- Silberhorn, C.
- Schiedmayer, J.
- Schmitt-Landsiedel, D.
- Schoenhammer, K.
- Ustinov, A.
- Walther, P.
- Weinfurter, H.
- Welzl, E.
- Wiesendanger, R.
- Wolf, S.
- Zeilinger, A.
- Zoller, P.
DOIAbstract
The term quantum physics refers to the phenomena and characteristics of atomic and subatomic systems which cannot be explained by classical physics. Quantum physics has had a long tradition in Germany, going back nearly 100 years. Quantum physics is the foundation of many modern technologies. The first generation of quantum technology provides the basis for key areas such as semiconductor and laser technology. The "new" quantum technology, based on influencing individual quantum systems, has been the subject of research for about the last 20 years. Quantum technology has great economic potential due to its extensive research programs conducted in specialized quantum technology centres throughout the world. To be a viable and active particip...
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