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China Quantum Communiations Technology: Cryptography, Radar, Satellite, Teleportation, Network

Let's wait and see. We're not indians.

It's not very hard to do. The J58 engine was built in 1958 and the A12 (SR-71 parent) flew over 50 years ago in 1962.


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A-12 (circa 1962)

Keep in mind a first gen F-86 Sabre was just a little more than 10 years before it (1949).
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As long as Pakistan Armed Services get this technology for safe communication I'm happy.
 
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AliCloud teases cloud-based quantum cryptography

Computerworld Hong Kong staff

October 16, 2015

Alibaba's cloud computing arm AliCloud has unveiled a new public-cloud based method of securing data communications through quantum cryptography.

The solution, developed in partnership with the Chinese Academy of Sciences, aims to revolutionize ICT security.

It was announced at Alibaba Group's Computing Conference 2015 in Hangzhou, China on Wednesday.

Quantum cryptography promises to be immune to man-in-the-middle attacks, code-breakers and other popular hacking techniques designed to circumvent conventional encryption protocols.

Small scale tests of the technology have so far been successful, AliCloud said, and the company plans to move to large-scale proof-of-concept trials this year.

Jianwei Pan, professor and executive vice president of the University of Science and Technology of China, said the new technology has the potential to be transformational.

“The collaboration between AliCloud and CAS at the Quantum Computing Laboratory provided the perfect environment for creating a practical, reliable and completely secure quantum cryptography solution for communications,” he said.

“The speed at which we have completed our initial trials with the AliCloud Cloud Platform shows the advanced state of both cloud and quantum information technologies within China, and our future projects are likely to benefit from the same synergy. The Internet will never be the same again.”

AliCloud also used the conference to launch a startup incubator program in collaboration with Foxconn Technology Group.

The companies will jointly operate the Taofu Chengzhen incubator program, which will see AliCloud contribute cloud computing and big data support for participating SME startups.

Foxconn will in turn provide design, development patent and supply chain management advice and support. Both companies will collaborate with Intel, Zhubajie.com and Valley Capital to create a startup support infrastructure.

The Taofu Chengzhen project has been in trials for six months and has already supported around 280 business projects.

Successfully supported businesses include Moov, a startup from Silicon Valley developing a fitness wearable device with 3D motion capture and artificial intelligence capabilities.

“Alibaba Group is helping enterprises and start-ups progress by making computing services more accessible,” Alibab Group CTO Dr Jiang Wang said.

“The Computing Conference brings aspiring start-ups and established industry players together to help us further creativity and innovation across the cloud industry.”

AliCloud teases cloud-based quantum cryptography | Telecom Asia
 
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AliCloud teases cloud-based quantum cryptography

Computerworld Hong Kong staff

October 16, 2015

Alibaba's cloud computing arm AliCloud has unveiled a new public-cloud based method of securing data communications through quantum cryptography.

The solution, developed in partnership with the Chinese Academy of Sciences, aims to revolutionize ICT security.

It was announced at Alibaba Group's Computing Conference 2015 in Hangzhou, China on Wednesday.

Quantum cryptography promises to be immune to man-in-the-middle attacks, code-breakers and other popular hacking techniques designed to circumvent conventional encryption protocols.

Small scale tests of the technology have so far been successful, AliCloud said, and the company plans to move to large-scale proof-of-concept trials this year.

Jianwei Pan, professor and executive vice president of the University of Science and Technology of China, said the new technology has the potential to be transformational.

“The collaboration between AliCloud and CAS at the Quantum Computing Laboratory provided the perfect environment for creating a practical, reliable and completely secure quantum cryptography solution for communications,” he said.

“The speed at which we have completed our initial trials with the AliCloud Cloud Platform shows the advanced state of both cloud and quantum information technologies within China, and our future projects are likely to benefit from the same synergy. The Internet will never be the same again.”

AliCloud also used the conference to launch a startup incubator program in collaboration with Foxconn Technology Group.

The companies will jointly operate the Taofu Chengzhen incubator program, which will see AliCloud contribute cloud computing and big data support for participating SME startups.

Foxconn will in turn provide design, development patent and supply chain management advice and support. Both companies will collaborate with Intel, Zhubajie.com and Valley Capital to create a startup support infrastructure.

The Taofu Chengzhen project has been in trials for six months and has already supported around 280 business projects.

Successfully supported businesses include Moov, a startup from Silicon Valley developing a fitness wearable device with 3D motion capture and artificial intelligence capabilities.

“Alibaba Group is helping enterprises and start-ups progress by making computing services more accessible,” Alibab Group CTO Dr Jiang Wang said.

“The Computing Conference brings aspiring start-ups and established industry players together to help us further creativity and innovation across the cloud industry.”

AliCloud teases cloud-based quantum cryptography | Telecom Asia

A significant move to reinforce national cyber security as well as assist our partners.

China's New Normal!
 
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Alibaba's Ma Says Data Resource Is Oil, Water of the Future

Bloomberg News

October 14, 2015 — 2:35 AM EDT Updated on October 14, 2015 — 5:06 AM EDT

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Jack Ma, chairman of Alibaba Group Holding Ltd.

  • Startup incubator partnership formed with Foxconn Technology
  • Public cloud solution unveiled to protect data communications

Alibaba Group Holding Ltd.’s bet on data technology is driving greater investment in areas including ways to protect user privacy as it battles Amazon.com Inc. for customers globally.

The AliCloud unit of China’s biggest e-commerce operator partnered with Foxconn Technology Group for a startup incubator program, according to an e-mailed statement Wednesday. The companies also unveiled enhanced security for data communications through so-called quantum cryptography.

AliCloud opened a new data center in the U.S. last week and plans its first for Europe next year as it spends $1 billion backing its bet that demand for processing and storage from governments and companies will boost growth in the next decade. The investment also reflects Alibaba’s own demand, with billionaire Jack Ma expecting the company to handle $500 billion of transactions this year through its e-commerce platforms.

Data will become the biggest production material in the future, it will become a public resource like water, electricity and oil:argh:,” Ma said in Hangzhou. “With computing capabilities and data, mankind will go through changes that flip heaven and earth.”

Market Opportunity

Alibaba’s cloud business only contributes a small part of total revenue, with computing and Internet infrastructure accounting for 2.6 percent of sales in the June quarter, according to data compiled by Bloomberg. AliCloud generates revenue mostly by charging clients a fee for using its computing infrastructure.

“The collaboration with Foxconn is very helpful for our own innovation,” Alibaba Chief Technology Officer Wang Jian said in an interview on Wednesday. “The startups will naturally use AliCloud and use Foxconn for manufacturing and bring us more investment opportunities.”

AliCloud could account for more than $1 billion of Alibaba’s revenue by 2018 and the public cloud presents a $120 billion global market opportunity, according to research by SunTrust Robinson Humphrey Inc.

While Alibaba is investing in centers as it battles Amazon to add clients in the U.S., it’s coming up against skepticism about data and Internet security given it’s a Chinese company.

“The largest markets will still be in the U.S., Europe and Japan,” said Steven Lu, a Shanghai-based partner at Bain & Co. “These places in the foreseeable future will continue to have entry barriers for Chinese companies.”
 
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AVIC signs quantum technology deal with Chinese science university

Jon Grevatt, Bangkok
- IHS Jane's Defence Industry

15 November 2015

The Aviation Industry Corporation of China (AVIC) and the University of Science and Technology of China (USTC) have agreed to jointly develop quantum technologies for aerospace applications, AVIC has announced.

Under a framework accord signed on 13 November, the two state-owned entities will develop, over the next few years, a quantum technology research and development centre in Hefei, eastern China.

AVIC said this facility would be dedicated to developing quantum technologies for aerospace and related activities, accelerating training and technical understanding of quantum technologies, and to exploring new applications using those technologies.

Quantum technologies are believed to hold potential in a range of aerospace and defence applications including positioning, navigation, timing (PNT), remote sensing, and secure satellite communications.

To read the full article, Client Login

AVIC signs quantum technology deal with Chinese science university | IHS Jane's 360
 
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China set for quantum leaps in spook-proof communications

PUBLISHED : Saturday, 19 December, 2015, 12:23am
UPDATED : Saturday, 19 December, 2015, 11:32am

Chow Chung-yan in Wuzhen, Zhejiang, and Stephen Chen

China is on track to launch the world’s biggest spook-proof quantum communications system in the next six months, one that could eventually cover Hong Kong, a leading Chinese scientist said on Friday.

Beijing will send the world’s first quantum communications satellite into space in June – around the same time as it aims to put the world’s longest quantum communications network into service, according to Pan Jianwei, the projects’ chief scientist.

On the sidelines of the World Internet Conference in Wuzhen, Zhejiang province, Pan said the network would stretch 2,000km from Beijing to Shanghai, and be the largest and most extensive quantum communications system in the world.

Quantum technology is considered to be unbreakable and impossible to hack. It encrypts messages with a key of quantum particles and detects third-party attempts to intercept the particles.

Pan is a physicist and vice-president of the University of Science and Technology of China in Hefei, Anhui province. His team’s groundbreaking experiment on quantum teleportation was voted the most important breakthrough in the field this year by the London-based Institute of Physics.

READ MORE: China to launch hack-proof quantum communication network in 2016

Pan said the country’s leadership had also designated it as a top priority science development project.

He said the projects’ applications would be experimental and small scale at first.

“But we hope the Chinese network can be extended to cover the whole globe in one or two decades,” Pan said.

He said the team was working with Alibaba, ZTE and other Chinese tech companies to commercialise the technology, and potential non-government clients included banks, financial institutes and research centres. He said they were “actively seeking cooperation with the city’s government and universities”.

“Hong Kong as a telecommunications and financial centre is ideal for quantum communication. We are talking with the Hong Kong government and universities to see how we can bring it to Hong Kong,” he said.

Pan said the quantum satellite could also benefit China’s “One Belt, One Road” strategy.

Meanwhile, China is also investing heavily in developing quantum computing, a potentially game-changing technology that can do many calculations simultaneously trillions of times faster than the most powerful supercomputer today.

Pan said a Chinese quantum computer could match the power of the Tianhe 2 supercomputer in some areas in the next five years. The Tianhe 2 is the world’s fastest supercomputer and was also built by Chinese scientists.

“I think it will still take a decade or two to see quantum computers being used in everyday life and enter the mass market. But I’m confident we will see it in our lifetime. Our age will be the quantum age,” he said.

READ MORE: ‘Unhackable’ quantum broadband step closer after breakthrough by Chinese scientists

Pan said China was a world leader in quantum technology but other countries were catching up.

“We are now taking the lead. I hope we won’t be behind a decade down the track,” he said.

Dai Yuhong, professor of applied mathematics at the Chinese Academy of Sciences, said society was not ready for a “quantum age”.

Dai said the first users of quantum computers would have a huge unfair advantage in areas such as the financial market.

“Quantum technology could be a monster if we know not how to control its power. So far, nobody knows,” he said.

“Let’s hope the physicists are too optimistic and the first practical quantum computer is still decades away.”

Luo Donggen, professor of neuroscience at Tsinghua University, said he was interested in quantum technology’s applications in the life sciences, such as building artificial brains to simulate or even overtake human brains.

But the risks posed by the technology should also be assessed, he said.

China set for quantum leaps in spook-proof communications | South China Morning Post
 
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Wow this is amazing and I see no parallel in west in operation...in the lab maybe....so China takes a lead here.
 
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‘Push the limits’: China to create world’s first quantum info teleport in 2016
Published time: 14 Jan, 2016 19:02
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A group of Chinese scientists plans to create a quantum space communications system for the first time ever by launching a satellite that could facilitate quantum teleportation of photons between earth and space this June.
The aim of the new experiment conducted by a team led by physicist Pan Jian-Wei from the University of Science and Technology of China in Hefei is to see if the quantum property of entanglement extends over record-breaking distances of more than 1,000 kilometers.

This could potentially facilitate super-fast, long-range communications, as well as lead to the creation of unbreakable quantum communication networks.

The team also wants to use the world’s first quantum satellite to find out if it is possible to teleport information securely between Earth and space using entangled photons. The launch of the satellite is scheduled for June, the international weekly of science Nature reports.

‘Push the limits’: China to create world’s first quantum info teleport in 2016 — RT News
 
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It's a shame that India is not developing her own quantum satellites. Ancient India invented quantum physics and teleportation, modern India should be a leader in this field. It's all due to Kangress traitors looting the country that India has fallen behind. With Modi-ji in charge, things will quickly turn around. I am confident that India will surpass China and America to become a superpower by 2020!



http://www.popsci.com/chinas-quantum-satellite-could-change-cryptography-forever

CHINA'S QUANTUM SATELLITE COULD CHANGE CRYPTOGRAPHY FOREVER
qss_satellite.jpg

In the age of relentless cyberattacks and global electronic surveillance, nations and citizens are looking for any means to secure their communications. China is poised to launch a project that may provide the path to an uncrackable communications system, by turning messages quantum and taking them into space. The new Quantum Space Satellite (QUESS) program is no mere science experiment. China is already becoming a world leader in quantum communications technology; a satellite that delivers quantum communications will be a cornerstone for translating cutting-edge research into a strategic asset for Chinese power worldwide.

Cryptography operates through the use of an encryption key (such as a numbers pad), which, when applied to an encryption algorithm, can be used to decrypt or encrypt a message. Quantum entanglement is the act of fusing two or more particles into complementary “quantum states.” In such states, no particle can be independently described, instead the particles exist in a hazy shared quantum state that “collapses” when observed. Quantum encryption thus takes advantage of this feature, using it to detect would-be eavesdroppers, whose presence causes quantum states to collapse and reveal their spying to legitimate parties. Additionally, the complexity of quantum mechanics makes it virtually impossible to reverse engineer the quantum key generated through quantum entanglement.

Quantum keys are thus theoretically impossible to crack by even quantum computing -- a theoretical form of supercomputing that promises to defeat traditional forms of encryption. (It is important to note, however, that all is not perfectly secure. Quantum secured communications, like other forms of encryption, are vulnerable to denial of service, physically tampering of the quantum communications device, human failures in operational security and impersonation of sender).

Quantum teleportation

In addition to its own efforts, Chinese scientists are teaming up with their European counterparts on other quantum technologies such as photon teleportation, transmission error reduction and random number generators. If QUESS is successful, China will build an Asian-European quantum key distribution network by 2020, to be followed by a global quantum communications network in 2030.

QUESS is one of the National Space Science Center's "Strategic Priority Programs," which include scientific projects that look at black holes, dark matter, and cosmic background radiation. The program marks a significant shift in Chinese space programs, which have largely focused on human and robotic space exploration rather than space science. But there is no doubt of its security intent. Pan noted that the unbreakable security of quantum cryptography would be vital to any Chinese regional warfighting capabilities.

QUESS fits into a broader series of experimental quantum encryption programs which may be intended to address concerns over China's information security, particularly in the post Snowden era. Government, military, and financial networks are juicy targets for espionage, and quantum encryption promises to provide a level of potentially unbreakable encryption for these systems, as well as a sure-fire method to detect any attempts at intrusion.

Read more about how quantum cryptography works here.
 
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China wins space race to launch world's first 'quantum communication' satellite in fight against hackers
  • 22:34, 24 MAY 2016
  • UPDATED 22:37, 24 MAY 2016
  • BY STEPHEN JONES
China will win the space race to launch the world's first quantum communication satellite when its rocket takes off into orbit in July.

It will assist in the sending of data securely - and be a huge benefit in the fight against hackers - but cause widespread concern that the secretive communist state is pioneering its use.

The technology the satellite encases is complex - but essentially it will allow for data that can't be copied or spied on between the space on the earth.

A leading expert in the field - Pan Jianwei of the Chinese Academy of Sciences - revealed news of the rocket launch at a seminar held in Shanghai.

Jianwei claims it will prove China leads the world in quantum communication.

http://www.mirror.co.uk/news/world-news/china-wins-space-race-launch-8043085
 
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Photo taken on May 25, 2016 shows the quantum simulation laboratory under the Chinese Academy of Sciences, in Shanghai, east China. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments. (Xinhua/Cai Yang)



Photo taken on May 25, 2016 shows the quantum satellite assembly workshop at Shanghai Engineering Center for Microsatellites, under the Chinese Academy of Sciences, in Shanghai, east China. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments. (Xinhua/Cai Yang)



General engineer Zhu Zhencai introduces the "quantum entanglement source" on the quantum satellite at Shanghai Engineering Center for Microsatellites, under the Chinese Academy of Sciences, in Shanghai, east China, May 25, 2016. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments. (Xinhua/Cai Yang)



Deputy chief engineer Zhou Yilin (3rd L) discusses with other technicians beside the quantum satellite at Shanghai Engineering Center for Microsatellites, under the Chinese Academy of Sciences, in Shanghai, east China, May 25, 2016. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments. (Xinhua/Cai Yang)



General engineer Zhu Zhencai (4th R), deputy chief engineer Zhou Yilin (4th L) and other staff members pose for a group photo with the quantum satellite at Shanghai Engineering Center for Microsatellites, under the Chinese Academy of Sciences, in Shanghai, east China, May 25, 2016. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments. (Xinhua/Cai Yang)



Pan Jianwei, a Chinese quantum scientist and professor at the University of Science and Technology of China, demonstrates quantum communication, in Shanghai, east China, May 25, 2016. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments.(Xinhua/Cai Yang)

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Photo taken on May 25, 2016 shows the quantum simulation laboratory under the Chinese Academy of Sciences, in Shanghai, east China. China plans to launch the world's first quantum satellite that can achieve secure communication in July. The satellite is dedicated to quantum science experiments. (Xinhua/Cai Yang)
 
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Interesting.

China doing something unique finally.
 
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