Chilean telecoms firm GTD to install undersea fiber optic cable

SANTIAGO (Reuters) – Chilean telecommunications company GTD said on Wednesday it will install an undersea cable along more than 2,174 miles (3,500 km) of Pacific coastline to improve connectivity with its operations in Colombia and Peru.

The project to lay the fiber optic cable, which will be submerged 2,000 meters (6,561 feet) below sea level in the ocean when it is complete in two years, is aimed at doubling the company’s data transmission in Chile, GTD said in a statement.

GTD’s plan comes at a time when Chile is trying to pivot toward an information-based economy and courting major tech companies, including Google and Amazon, to expand their operations within its borders.

Google and Chilean officials announced earlier on Wednesday the $140 million expansion of the company’s data center in Chile.

With this initiative “there will be more possibilities to compete in a globalized world … and attract more investment to Chile,” said Juan Manuel Casanueva, president of GTD, in a statement emailed to Reuters.

The undersea cable project will improve the service and operation of GTD’s data center network, made up of seven data centers in Chile, Peru and Colombia.

Reporting by Antonio De La Jara,; Writing by Cassandra Garrison; Editing by Alistair Bell

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Watch Moritz Simon Geist's Sonic Robots Play Thumping Techno Music in His Video for 'Entropy'

When he plays a techno show, Moritz Simon Geist doesn’t reach for a laptop. Instead, he calls on his army of sonic robots—a collection of small, motorized creations that click, clank, and whirr in an intricate mechanical symphony.

Geist composes robotic electronic music, a burgeoning genre of electro jams that relies on hardware, not software, to engineer electronic sounds and beats. His forthcoming EP, The Material Turn, debuts in October with four tracks made entirely from self-fashioned instruments—futuristic robo-kalimbas, a droning guitar, and salvaged hard drives turned into percussive beat machines.

Watching Geist play music is a little like watching a mad scientist in a lab. Trained as an electrical engineer, he is a man of materials, constantly tinkering with the instruments as they ping and plonk in front of him. Geist grew up playing the clarinet, piano, and guitar, so when he first started making electronic music in the 1990s, he found it strange that the music was all contained within a software interface on a screen. “I wanted something I could touch,” he says. “So I built my own instruments.”

Each of Geist’s “instruments” is custom-made in his workshop in Dresden, Germany. Some are engineered to produce a specific sound, like his take on a kalimba, made from metal pieces and 3-D printed parts. Other instruments come by way of discovery, like finding that tapping a screwdriver against a metal lid makes a pleasant tinging noise.

The result isn’t just a dynamic, throbbing album full of electrifying techno. For Geist, it’s a way to push the frontiers of electronic musicmaking.

Mr. Robot

Mechanized instruments have been a curiosity for as long as music-makers could rig together parts. Take the first self-playing piano, the Forneaux Pianista, invented in the mid-19th century. It used air valves to inflate a bellows and mechanically thump on the keys, creating an effect of the piano playing itself. Vaucanson’s mechanical flute player and Phonoliszt’s self-playing Violina would follow, and autonomous instruments remained a fascination throughout the 20th century.

“We have a museum full of self-playing instruments,” says Marian van Dijk, the director of the the Museum Speelklok in the Netherlands, which has an exhibit about robots and music on view this month. “People in the 19th century were looking forward to these inventions, and we are in a similar period now—looking forward to all the possibilities.”

As the field of robotics has become more sophisticated, engineers and musicians have developed new ways to incorporate machinery into music-making. Shimon, a robotic marimba-playing robot built at Georgia Tech, relies on artificial intelligence to “improvise” like a jazz musician. In a jam session, it can rhythmically bob its robotic “head” and listen to other human musicians, then tap out a tune of its own. “It’s a combination of old instruments and new robotics,” says van Dijk.

Geist had seen plenty of robotic music—bands like Compressorhead, a Berlin-based group that uses a series of humanoid robots to play traditional instruments—but he’d never seen robots in techno. The combination seemed obvious.

“Robots and techno—I mean, come on,” he says. “It’s machine music.”

His first instrument, the MR-808, recreated the sound of a Roland TR-808 drum machine in an enormous, room-sized box filled with traditional drums and robotic parts. It took him three years to build. When he debuted the instrument in an interactive exhibit, Geist realized he’d struck upon something interesting. He quit his job at a research lab, dropped out of his PhD program, and devoted his time to making musical robots.

Geist followed the MR-808 with a selection of new and futuristic inventions: The Glitch Robot combined 3D-printed parts with relays, tongues, solenoids, and motors to create glitchy, metallic noises. The Tripods One, which Geist calls a “sonic installation,” is a percussive instrument built from hard drive actuators arms and motors that mechanically ping metal pieces and springs.

His latest single, “Entropy,” features a new suite of instruments. A “futuristic kalimba” riffs on the African instrument, made with a circuit board, five metal tongs, and a piezo contact microphone controlled with a Midi keyboard. A “pneumatic hi-hat” blows air into cylinders filled with small styrofoam balls to create a soft percussive noise. Rescued hard drives make a clicking sound, similar to a snare. There’s also a “drone guitar,” built by attaching a motor to an electric guitar, and an instrument Geist describes as “crazy psychedelic glasses,” which uses a motorized arm to clink on beer glasses filled with different amounts of water so they’re tuned to various pitches.

For Geist, the instruments represent not just a new way to make music, but a new way to experience it. The instruments each have a visual component, which makes it possible to watch the sounds as Geist creates them. “A lot of electronic laptop compositions, they don’t have a body,” he says. “I’m trying to give this body back to electronic music.”

Watching him play “Entropy,” you see styrofoam balls float up on puffs of air, while LED lights blink on the futuristic kalimba. The motor fingers the guitar strings like a disembodied hand. Sure, the requisite electro-techno strobe lights and bass-heavy beats feel familiar. But with his sonic robots, Geist manages to do something increasingly rare in electronic music. When he plays, he keeps all eyes locked on the stage.

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Meet the Transhumanists Turning Themselves Into Cyborgs

A woman tries on a virtual reality headset at a neuroscience lab in Geneva, Switzerland.

This exoskeleton can be used to treat physical handicaps or to augment the wearer’s motor skills. The Defense Advanced Research Projects Agency (DARPa) is working on a similar prototype that would could turn soldiers into war machines.

Neil Harbisson, who is color blind, implanted a prosthesis into his skull that converts colors into sound waves. He considers himself a cyborg.

The dietary supplement Elysium contains nicotinamide riboside, which has been shown to promote cell regeneration in mice. The drug’s long-term effect on humans is unknown.

Julien Deceroi implanted a magnet into his middle finger. He’s an example of a “grinder,” biohackers who operate on their own bodies.

The size of a grain of rice, the NFC/RFID microchip can be implanted under the skin by a tattoo artist. The chip can be used to store data or interface with electronic devices.

This anti-aging light therapy mask is meant to be worn for five minutes a day and promises to make the user look younger.

The Mailpan—an implant filled with stem cells that secrete insulin—is an artificial pancreas that could potentially transform the lives of diabetics.

Marie-Claude Baillif has suffered from myopathy since adolescence. Without her respirator, she would have died thirty years ago.

“Nootropics,” aka smart drugs, are a class of substances supposed to improve cognitive function, memory, creativity, or motivation.

The body modification artist Lukas Zpira is the author of the “Body Hacktivism Manifesto,” which advocates “taking control of our destinies by perpetually reinventing the self.”

Professor Grégoire Courtine of the École Polytechnique Fédérale de Lausanne implants electrodes into a paralyzed rat’s spinal cord to help it learn to walk again.

Photographer Matthieu Gafsou says transhumanism encompasses a wide array of techniques and philosophies.

One of the biggest misconceptions about transhumanism is the belief that it’s a new phenomenon. “We have been intimately involved with technology for a very long time,” Gafsou says.

In many ways, all of us are transhumanists based on our extensive use of technologies like the smartphone, the artificial hip, and the pacemaker.

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