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This astounding machine lets you create music using just your mind

Elon Musk is most definitely not the first person to want to augment the human brain’s capabilities with computers – scientists around the world have been experimenting with brain-computer interfaces for some years now.

Today, it’s already possible to mentally control prosthetic limbs, helping the disabled make their way in the world. Both wheelchairs and drones have been mind-controlled and you can even control what you watch with your mind these days!

Now, using the existing technology of electroencephalography (EEG) – an interface that measures brain signals – neurologists at the University of Washington have created what they've christened the Encephalophone.

Simply put, the Encephalophone is a cap-like device that collects brain signals and transforms them into musical notes that get played on a paired-up synthesizer. 

The research on this device has been published in the journal Frontiers in Human Neuroscience and the team behind it hopes it will one day be used to help patients with motor-neuron disabilities.

Musically minded

How the Encephalophone will help the disabled is still a work in progress, but its musical abilities were put to the test by 15 healthy participants recently who had no prior training.

Once the brain cap is donned, the device collects two types of brain signals – one produced in the visual cortex, the other in the motor cortex (the part of the brain that deals with movement). The signal’s frequency is then used to create a musical scale, which can be made to sound like a range of instruments (albeit not exactly a full symphony orchestra) thanks to the paired synthesizer – no hands required to play.

The team now wants to continue working on the device, tweaking it to perfection. Once polished, however, it will not only be a source of fun for the non-musical (or a tool for extremely lazy/wealthy musicians), but  it’s hoped that it will have therapeutic benefits for amputees and patients suffering from paralysis or the effects of a brain stroke.

[Via Digital Trends; image courtesy University of Washington]

Sharmishta Sarkar

Sharmishta is the Managing Editor (APAC) for TechRadar and keeps herself busy with all things photography. She's also addicted to word games, is obsessed with Calvin and Hobbes and is a tad crazy about wildlife. When she's not writing, she's usually discovering the joys and foibles of smart home gizmos and enjoying a good read on her e-reader.