Examples of using Quantum cryptography in English and their translations into German
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What is quantum cryptography?
Development of a Global Network for Secure Communication based on Quantum Cryptography.
Quantum cryptography can use established satellite technology.
You really should read Quantum Cryptography.
The quantum cryptography procedure, however, takes this into account.
This wavelength plays an important role in quantum cryptography applications!
Post Quantum Cryptography A list of publications of the COD group can be found here.
Eavesdropping on a message protected by quantum cryptography cannot be done without being noticed.
In quantum cryptography, two parties exchange a secret key, which can be used to encrypt messages.
Of these, the oldest is quantum cryptography, first suggested in 1985.
Quantum cryptography makes secure communication possible today, but with existing technology is limited to less than 100 km.
Nemat continued:"In SK Telecom, a technology leader in quantum cryptography, we have found the best partner for this challenge.
What started out as exotic research in physics laboratories could soonchange the global communication of sensitive data: quantum cryptography.
It's even possible to buy quantum cryptography nowadays, but it works only over a few kilometres and only between two parties.
However, they also have significance for future applications such as in quantum cryptography or the development of quantum computers.
On the other hand, it has beenshown that some of these effects would be useful for possible applications such as the quantum computer or quantum cryptography.
The Science of Secrecy from Ancient Egypt to Quantum Cryptography is a book by Simon Singh, published in New York in 1999 by Doubleday.
In quantum cryptography, single photons are already being used as information carriers which cannot be intercepted without this being noticed- in banking data exchange, for example.
Robert obtained a bachelor and master degree in physics from the Humboldt university of Berlin with a specialisation on particle physics andlater quantum optics and quantum cryptography.
In a digitally linked world, quantum cryptography offers a highly promising solution in order to safely encrypt data and to guarantee its correctness integrity.
The consortium led by the world-leading satellite operator SES and supported by the European Space Agency(ESA)will develop Quantum Cryptography Telecommunication System QUARTZ.
Not promising rapid strides in quantum cryptography, previously we only successfully proved the possibility of quantum dense coding[5], as quantum mechanical amplification data compression.
Since the transmission with the aid of the Tesat system already renders the quantum properties of the light pulses measurable,this technique can be used as the basis on which to develop satellite-based quantum cryptography.
A central topic of interest along this line is quantum cryptography, especially security analyses and the calculation of secure key rates for two- and multipartite protocols, using assumptions of various strengths.
After this discovery in the leading countries are powerful programs to apply thiseffect to create optical quantum computers and quantum cryptography, where media and its system of protection will the photons.
An alternative would be to equip the quantum cryptography with various intermediate stations that do not measure the quantum status of the system but receive the quantum information themselves: so-called quantum repeaters.
The AIT experts in the field of optical quantum technology are dedicated to developing andintegrating systems for quantum cryptography and also to developing products based on technology inspired by quantum techniques.
Christoph Marquardt and his colleagues are therefore relying on the transmission of quantum states via the atmosphere, between Earth and satellites to be precise,to set up a global communications network that is protected by quantum cryptography.
Physics, optics, quantum optics, quantum cryptography, laser spectroscopy, laser technology, material processing, process technology, thermodynamics, applied mechanics, consumer products, software, renewable energy, medical technology, biophysics, physical chemistry.
When they investigate the uncertainty trade-off with light, they call it squeezed light.“One would probably not use squeezed light to communicate via satellite,but it would be useful in quantum cryptography,” says Christoph Marquardt.