Court disallows bid to invite Snowden to testify in Berlin

Germany's high court in Karlsruhe threw out a bid by the opposite Left and Green parties on Friday to force the federal government to allow whistleblower Edward Snowden to come to Berlin to answer a parliamentary committee's questions regarding the NSA's activities in Germany.

The opposition parties wanted the panel to meet with Snowden in person. But, Chancellor Angela Merkel's ruling grand coalition had voiced concern over potential damage such a meeting would do to relations with Washington.

Germany's Federal Constitutional Court based in Karlsruhe ruled that the suit filed by the Greens and the Left party or Linke was legally inadmissible because it was an administrative issue that should be decided before another top court, Germany's BHG Federal Court of Justice.

Earlier this year, inquiry panel chairman Patrick Sensburg of Merkel's Christian Democrats had suggested interviewing Snowden via video from Moscow, where he has temporary asylum.

Snowden's lawyer said at the time that the former NSA contractor would only speak to the Bundestag parliamentary committee if allowed to do so in Germany.

'No proof' of eavesdropping

Snowden's name was also heard around Karlsruhe earlier this week, when Germany's top public prosecutor, Harald Range, said he had no proof that the NSA had actually spied on Chancellor Angela Merkel's cell phone.

Range's investigation, which was launched in June, is still ongoing, but he said on Wednesday, "there is no proof at the moment which could lead to charges that Chancellor Merkel's phone connection data was collected or her calls tapped."

The revelations made in documents leaked by Snowden caused outrage last year in Germany, particularly the allegation that the NSA had bugged Merkel's previous phone. Chancellor Merkel called it an unacceptable breach of trust between the two allies.

Earlier this year Berlin attempted to arrange a "no-spy" agreement with the US, but was unsuccessful.

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Court disallows bid to invite Snowden to testify in Berlin

Court rejects attempt to allow Edward Snowden into Germany

Edward Snowden. Photograph: Guardian

Attempts by opposition parties in Germany to bring Edward Snowden to Berlin to give evidence about the NSAs operations have been thwarted by the countrys highest court.

The Green and Left parties wanted the whistleblower to give evidence in person to a parliamentary committee investigating espionage by the US agency, but Germanys constitutional court ruled against them on Friday.

The government has argued that Snowdens presence in Germany could impair relations with the US and put it under pressure to extradite him.

It has suggested sending the committee which consists of eight MPs to interview him in Moscow, where Snowden is living in exile. Snowden has said through a lawyer that he is prepared to speak to the panel only if permitted to do so in Germany.

Opposition MPs have been vocal about their wish for Snowden to be granted asylum in Germany, where anger towards the NSA and sympathy for the whistleblower has been particularly high.

If Snowden were to be allowed to enter Germany, the clamour for him to be able to stay would be strong and resistance from the government would be likely to be met with civil unrest.

Support for Snowden in Germany reached a peak after allegations came to light that Angela Merkels phone was bugged. But Germanys top public prosecutor announced this week that an investigation had so far failed to find any firm evidence for the claim.

Harald Range, who launched an investigation in June, did not rule out that it could be true, but said: The document presented in public as proof of an authentic tapping of the mobile is not an authentic surveillance order by the NSA. There is no proof right now that could lead to charges that Chancellor Merkels phone connection data was collected or her calls tapped.

Range said the investigation would continue. He said that neither Snowden, the reporter for Spiegel magazine who was in possession of a document that appeared to be evidence of tapping, nor Germanys foreign intelligence agency, the BND, had presented him with any other details.

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Court rejects attempt to allow Edward Snowden into Germany

People Want Safe Communications, Not Usable Cryptography

For encryption to be widely used, it must be built into attractive, easy-to-use apps like those people already rely on.

Security and privacy expert Micah Lee recently described how he helped set up cryptographically protected communications between whistleblower Edward Snowden and the journalists Glenn Greenwald and Laura Poitras, who would share what he had learned about the NSAs surveillance programs with the world. Lees tale of how the three struggled to master the technology was an urgent reminder of a problem that has bugged me for a while and has implications for anyone who wants to ensure the privacy of personal or professional matters.

The cryptographic software we have today hobbles those who try to use it with Rube Goldberg-machine complexity and academic language as dated as a pair of Jordache jeans. Snowden, Poitras, and Greenwalds tussles with that problem could conceivably have foiled Snowdens attempts to communicate safely, leaving the world in the dark about U.S. surveillance practices and their effects on our security and privacy.

Why is encryption software so horrid to use? Because theres no such thing as usable cryptography, despite growth in popularity of the buzzword usable crypto among experts in recent years. Usability and crypto are in fact two separate disciplines. One is about crafting things that people interact with; the other is concerned with technical plumbing that, although crucial, should not be visible to the end user. Unless we find the right balance, consumers will never benefit from crypto.

The cypherpunk dreamwhere crypto is ubiquitous and everyone speaks code as a second languagenever reached fruition because we cryptographers mistook our goal for our consumers goal. Johnny cant encrypt because Johnny never wanted to encrypt. Nobody really wants cryptography in and of itself. What they want is to communicate how, and with whom, they please, but safely.

Cryptographers and the security and privacy community cant fix this problem by ourselves. Real-world cryptography isnt only about cryptography. Its just as much about product design, and building experiences that work for the usernot requiring work from the user. Its a cross-discipline problem that requires not only cryptographers but user-experience designers and developers, too.

Equivalent problems have been more or less solved in other areas of computing. The e-mail encryption system PGP debuted in 1991, the same year as Linux and the World Wide Web. The last two have evolved to become central to many services and products with hundreds of millions of nonexpert users. But when you try to use PGP or its open-source cousin, GPG, you will find yourself in many ways stuck in 1991as Snowden and his contacts discovered.

One way we can start to solve this problem is by adapting a common tool in security circles, the security audit, where an applications vulnerability to attacks is investigated through a variety of technical processes. Recently, campaigners have raised money to fund security audits of critical tools such as the hard-drive encryption software TrueCrypt. I suggest we use the same model to fund user-experience audits of secure communication software, and subject our tools to the kind of user testing that hones the blockbuster apps of leading consumer companies.

We also need to change how we talk to users about cryptographic concepts and security, and to set up places for cross-discipline research into how to craft friendly user experiences underpinned by security and privacy technologies.

Right now, things are bad, but inconsistently promising. The Open WhisperSystems project has made mobile apps for encrypted messaging and calls that appear much like normal apps for voice and text, and recently it announced it is helping WhatsApp encrypt its users messages. We have new organizations like Simply Secure, which aims to foster the development of usable security and privacy software (and is led by a product designer, not a cryptographer).

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People Want Safe Communications, Not Usable Cryptography

Which surveillance agency just released an encryption app for kids? Answer: GCHQ

GCHQs Cryptoy app is available for Android tablets.

British surveillance agency GCHQ has launched an app teaching children to understand basic encryption techniques, despite its director having criticised technology firms for making more advanced tools available to their users.

Cryptoy is a free app for Android tablets, with an iPad version expected to launch in 2015. It teaches children about four encryption techniques shift, substitution, Vigenre and Enigma as well as the history behind their use.

This fun and educational app teaches you about the mysterious world of cryptography. It helps you to understand ciphers and keys, and enables you to create encrypted messages that you can share with your friends, explains its listing on the Google Play store.

The app is aimed at Key Stage 4 students in the UK those aged between 14 and 16 years old and was originally developed by students on a years placement at GCHQ, for the Cheltenham Science Festival.

Its release is part of the British governments drive to encourage more children to study STEM subjects science, technology, engineering and maths at GCSE level and beyond.

Building maths and cyber skills in the younger generation is essential for maintaining the cyber security of the UK and growing a vibrant digital economy. That is why I am keen for GCHQ to give something back through its work with school and universities, said the agencys director Robert Hannigan, as the app launched.

In particular, the Cryptoy app is a colourful, interactive way for students and their teachers to explore the fascinating world of cryptography. The app was developed by GCHQs industrial placement students and trialled at a number of science fairs. I hope it will inspire further study of this key topic, which has played such an important part in our past and is an invaluable part of our future.

Hannigan recently sparked controversy with his first public intervention in the surveillance debate since taking over as GCHQ director, when he attacked US technology companies as the command and control networks of choice for terrorists when they make techniques for encrypting and/or anonymising communications available.

Facebook recently made it easier for users of the Tor anonymising service to access the social network by launching a .onion address, while messaging app WhatsApp is introducing end-to-end encryption, and Apple has made encryption a part of its iMessage service.

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Which surveillance agency just released an encryption app for kids? Answer: GCHQ

Electron pairs on demand

In quantum optics, generating entangled and spatially separated photon pairs (e.g. for quantum cryptography) is already a reality. So far, it has, however, not been possible to demonstrate an analogous generation and spatial separation of entangled electron pairs in solids.

Physicists from Leibniz University Hannover and from the Physikalisch-Technische Bundesanstalt (PTB) have now taken a decisive step in this direction.

They have demonstrated for the first time the on-demand emission of electron pairs from a semiconductor quantum dot and verified their subsequent splitting into two separate conductors. Their results have been published in the current online issue of the renowned journal "Nature Nanotechnology".

A precise control and manipulation of quantum-mechanical states could pave the way for promising applications such as quantum computers and quantum cryptography. In quantum optics, such experiments have already been performed for some time.

This, for example, allows the controlled generation of pairs of entangled, but spatially separated photons, which are of essential importance for quantum cryptography.

An analogous generation and spatial separation of entangled electrons in solids would be of fundamental importance for future applications, but could not be demonstrated yet. The results from Hannover and Braunschweig are a decisive step in this direction.

As an electron source, the physicists from Leibniz University Hannover and from PTB used so-called semiconductor single-electron pumps.

Controlled by voltage pulses, these devices emit a defined number of electrons. The single-electron pump was operated in such a way that it released exactly one electron pair per pulse into a semiconducting channel.

A semitransparent electronic barrier divides the channel into two electrically distinct areas. A correlation measurement then recorded whether the electron pairs traversed the barrier, or whether they were reflected or split by the barrier.

It could be shown that for suitable parameters, more than 90 % of the electron pairs were split and spatially separated by the barrier. This is an important step towards the envisioned generation and separation of entangled electron pairs in semiconductor components.

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Electron pairs on demand

Quantum teleportation breakthrough as researchers send photon of light 15.5 MILES

Breakthroughhas implications for cryptography Could also boost communications between Earth and spacecraft

By Mark Prigg for MailOnline

Published: 17:44 EST, 10 December 2014 | Updated: 18:06 EST, 10 December 2014

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It may not lead to Star Trek teleportation, but researchers have revealed a major breakthrough in quantum teleportation.

Researchers succeeded in teleporting information about the quantum state of a photon, a particle of light, over 15.5 miles (25 kilometers) of optical fiber to a crystal 'memory bank,' setting a new record of distance traveled in this manner.

The research could have implications for cryptography, which involves transmitting information securely, including communications between Earth and spacecraft.

This image shows crystals used for storing entangled photons, which behave as though they are part of the same whole. Scientists used these crystals in their process of teleporting the state of a photon across more than 15 miles (25 kilometers) of optical fiber.

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Quantum teleportation breakthrough as researchers send photon of light 15.5 MILES

MIA on her live show: ‘It would be nice to have a hologram of Julian Assange’

May 21, 2014 9:07

Wikileaks founder previously introduced MIA at a live show in New York last year

The London born artist has a busy summer of festival appearances ahead of her and spoke to Time Out about the possibility of collaborating with some of the artists she will share the bill with at festivals around Europe and America.

She admitted that is not something that interests her, but did express a desire to team up with Assange via hologram and have him factor into her live show. "I'm really boring like that. That's an American hip-hop thing [on-stage collaborations], and I want a whole bunch of other shit. It would be nice to have a hologram of Julian Assange."

Assange would not be able to join MIA on stage as he is currently living inside the Ecuadorian embassy in London to avoid extradition to Sweden, where he faces allegations of sexual assault.

In 2012, MIA worked with Assange to create music for his short lived television show, The World Tomorrow. She also her 2011 mixtape 'Vicki Leekx' after Assange's media organisation. The exiled Assange introduced MIA at a live show in New York last year via a video link.

MIA also revealed the identity of somebody else she wants to incorporate into her stage show. "I want this tiny dancer from Africa - he's the only guy on the planet who can dance as fast as he does. I think I'll have to actually go there and help him get a passport."

MIA will perform at Lovebox Festival in London this July. She is also scheduled to appear at Sasquatch!, Bestival and Benicassim.

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MIA on her live show: 'It would be nice to have a hologram of Julian Assange'