Examples of using Quantum encryption in English and their translations into Chinese
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We will need quantum encryption to keep data secure.
Some security experts question the effectiveness of quantum encryption.
High-speed quantum encryption may secure the future internet.
The experiments lay a foundation for Canada's future Quantum Encryption and Science Satellite mission.
However, quantum encryption isn't necessarily a silver bullet for information security.
Its first goal will be to make quantum encryption essentially unbreakable.
Quantum encryption could someday replace today's internet security algorithms to ensure privacy of data transmissions.
Its first goal will be to make quantum encryption essentially unbreakable.
Before trying a three-kilometer test, the researchers wanted to see if itwas even possible to perform 4D quantum encryption outside.
Its very first aim will be to make quantum encryption essentially unbreakable.
It is a race with national security implications, and while building quantum computers is still anyone's game,China has a clear lead in quantum encryption.
Another emerging idea was ultra-secure quantum encryption for applications such as bank transactions.
With credit card fraud predicted to reach almost $32 billion worldwide by 2020,credit card networks using quantum encryption represent a huge opportunity.
Like quantum computing, quantum encryption relies on the nonintuitive behavior of very small objects.
As Qubitekk worked on quantum encryption networks, it could not obtain the special light detectors it needed to do the work.
A quantum computer will beable to crack all the encryption methods in the world, and quantum encryption will be truly impeccable.
As Qubitekk worked on quantum encryption networks, it could not obtain the special light detectors it needed to do the work.
The Quantum Experiments at Space Scale(QUESS, or Micius)satellite was launched in 2016 to test quantum encryption and teleportation technologies over long distances7.
This may sound like science-fiction, but quantum encryption is already used by a few banks and governments for highly sensitive information on a smaller scale.
For example, quantum computing will be able to break traditional encryption methods within the next 5 or 10 years, meaning that quantum encryption will needed.
This may sound like science-fiction, but quantum encryption is already used by a few banks and governments for highly sensitive information on a smaller scale.
A second start-up, Quantum Xchange, is building a quantum encryption network in the Northeast, hoping to serve Wall Street banks and other businesses.
The researchers demonstrated 4D quantum encryption over a free-space optical network spanning two buildings 0.3 kilometers apart at the University of Ottawa.
A second start-up, Quantum Xchange, is building a quantum encryption network in the Northeast, hoping to serve Wall Street banks and other businesses.
This may sound like science-fiction, but quantum encryption is already used by a few banks and governments for highly sensitive information on a smaller scale.