Examples of using Quantum cryptography in English and their translations into Indonesian
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Bypassing military-grade quantum cryptography.
In quantum cryptography, messages are encrypted using photons.
You have then learned about quantum cryptography.
In quantum cryptography, a message is sent by using cascading photons.
That is the principal behind quantum cryptography.
Quantum cryptography allows for encryption that can not be solved.
Recently, photons have been studied as elements of quantum computers and for applications in optical imaging andoptical communication such as quantum cryptography.
Quantum cryptography is a relatively new method of encryption.
Recently, photons have been studied as an element of quantum computers and for their applications in optical imaging andoptical communication such as quantum cryptography.
Simply put, quantum cryptography provides a secure means for generating and distributing secret keys between two parties on an optical network,” says Dr.
Recently, photons have been studied as elements of quantum computers andfor sophisticated applications in optical communication such as quantum cryptography.
Quantum cryptography, which, by harnessing the principles of quantum physics, is ushering in a new dawn for secure online communication.
Local media of Japan is saying that he plans to test the quantum cryptography system is in the year 2022 and the system will be fully functional by 2027.
Enter quantum cryptography, which, by harnessing the principles of quantum physics, has the ability to usher in a new age of secure online communication.
There is also active research examining the relationship between cryptographic problems andquantum physics(see quantum cryptography and quantum computer).
They added that unlike existing security solutions, quantum cryptography is secure from all future advances in mathematics and computing, even from a quantum computer.
This ability to copy quantum information freely would turn quantum theory into an effectively classical theory in which, for example,classical data thought to be secured by quantum cryptography would no longer be safe.
The new technique will have direct applications for quantum cryptography and communication protocols, including the possibility for establishing highly secure communication channels over long distances.
The newly developedtechnique will have direct applications for quantum cryptography and communication protocols, including the likelihood of establishing greatly secure communication channels over long distances.
Quantum cryptography has great potential to become the key technology for protecting communication infrastructure from cyber-attacks and putting businesses on the front foot when it comes to protecting operation-critical information.
By harnessing the inherent unpredictability in the state of particles,like electrons or photons, quantum cryptography can be used to generate the random numbers needed for cryptographic applications.
Theoretically, the use quantum cryptography for encryption is secure against any interception, as the information is encoded in a quantum particle in a way that it will be destroyed as soon as the system detects any intrusion attempts.
Tero Heikkilä, a physicist at the University of Jyväskylä in Finland, says that the device could also beuseful in the emerging fields of quantum computing and quantum cryptography, where information is carried by quantum bits, or qubits, made of photons or other systems that can encode two values at once.
Unlike other existing security solutions, quantum cryptography is secure from all future advances in mathematics and computing, even from the number crunching abilities of a quantum computer.
Quantum cryptography is a fundamentally new way to give us unconditional security ensured by the laws of quantum physics,” says Chao-Yang Lu, a physicist at the University of Science and Technology of China in Hefei, and a member of the team that developed the satellite.
Unlike other existing security solutions, quantum cryptography is secure from all future advances in mathematics and computing, even from the number crunching abilities of a quantum computer.
The foundation of quantum cryptography lies in the Heisenberg uncertainty principle, which states that certain pairs of physical properties are related in such a way that measuring one property prevents the observer from simultaneously knowing the value of the other.
Beginning in 1990, an entirely new form of cryptography, dubbed quantum cryptography, was under development by computer scientists hoping to once again elevate the level of protection offered by modern encryption.