November 20, 2018, 8:43


Encryption is Dead: China Performs Quantum Messaging Over Longer Distances

Encryption is Dead: China Performs Quantum Messaging Over Longer Distances

Encryption is Dead: China Performs Quantum Messaging Over Longer DistancesCC0 / PixabayTech04:32 11.11.2017Get short URL
0
67390

A team of Chinese researchers has successfully conducted a data transmission via a quantum channel over a distance of almost 3 kilometers, a new record.

Chinese scientists announced that they have made a major breakthrough in quantum communications, claiming to successfully transmit data via a quantum channel over a distance of 2.7 kilometers, according to a report by Defense One.

If the claim is verified, it will mark a significant milestone in quantum communication methods — sending messages that cannot be intercepted or spied on.

Quantum-encrypted data cannot be eavesdropped because a third party tampering with the communication channel causes a quantum message to change, and both the recipient and the sender will know that someone is attempting an intercept. Due to the nature of quantum physics, any observation using our large-scale instruments influences — and so alters — the object of observation, an effect known as the Heisenberg Uncertainty Principle.

Much like the 20th century space race, the US and China are rapidly developing quantum messaging technology, and China appears to be in the lead, for now. In June, Chinese scientists demonstrated their first secure quantum communication by means of a small-scale tabletop experiment. This time, they have pushed the boundaries by successfully sending and receiving sending quantum-based messages over much longer long distances.

The Chinese research team claims that their system can be scaled to send messages “tens of kilometers.” The US does not have those capabilities presently, according to Defense One.

If quantum communication becomes the new norm it will alleviate the need for any form of encryption. While today’s best encryption is nearly unbreakable, it is not 100-percent secure. Thus, developing quantum systems becomes a matter of national security.

In 2015, scientists from US Institute of Standards and Technology (NIST) teleported a photon over a 60-mile fiber-optic cable. “This is clearly a long way from a true communication medium, but it gets us closer to the possibility of quantum encryption,” Extreme Tech wrote at the time.

This year, Chinese scientists leapt ahead by claiming to have teleported quants a whopping 1200 kilometers distance, using a satellite.

The latest experiment, if not the farthest, did, however, include full-scale communication, including a security test, information encoding, fiber transmission and decoding, according to the authors of the paper.

Sourse: sputniknews.com

Related posts

Leave a Reply

Your email address will not be published. Required fields are marked *

Weather

Moscow

Today11/19/2018
-1℃

Tue
11/20/2018
light snow

  • light snow
  • HI/LO: -3/-6
  • Clouds: 8%
  • Wind: 2.37 m/s
  • Wind Direction: NNW
  • Pressure: 1022hPa
  • Humidity: 73%

Wed
11/21/2018
light snow

  • light snow
  • HI/LO: 0/-4
  • Clouds: 76%
  • Wind: 4.44 m/s
  • Wind Direction:
  • Pressure: 1017hPa
  • Humidity: 75%

Thu
11/22/2018
light snow

  • light snow
  • HI/LO: 0/-2
  • Clouds: 76%
  • Wind: 6.07 m/s
  • Wind Direction: NW
  • Pressure: 1009hPa
  • Humidity: 73%

Fri
11/23/2018
sky is clear

  • sky is clear
  • HI/LO: -1/-4
  • Clouds: 91%
  • Wind: 5.42 m/s
  • Wind Direction: NW
  • Pressure: 1012hPa
  • Humidity: 0%

Sat
11/24/2018
sky is clear

  • sky is clear
  • HI/LO: -4/-6
  • Clouds: 40%
  • Wind: 6.13 m/s
  • Wind Direction: WSW
  • Pressure: 1002hPa
  • Humidity: 0%

Sun
11/25/2018
snow

  • snow
  • HI/LO: -3/-4
  • Clouds: 100%
  • Wind: 2.41 m/s
  • Wind Direction: SW
  • Pressure: 996hPa
  • Humidity: 0%

NEWS

    Сторонняя реклама



    Статьи
    Статьи В
    Создание Сайта Кемерово, Создание Дизайна, продвижение Кемерово, Умный дом Кемерово, Спутниковые телефоны Кемерово - Партнёры
    Яндекс.Метрика