Researchers Develop Device to Influence Direction of Your Dreams
Sleep is strange; at the end of the day we fall unconscious, our bodies become paralyzed, and we hallucinate vividly, before quickly forgetting what was just experienced. But now researchers at MIT are engineering an interface to influence this bizarre state, believing it may hold the key to our creative genius.
There is a period between wakefulness and that deep, restorative slumber, known as hypnogogia. These fleeting moments have long been considered a place where creative brilliance can be accessed.
Innovators including Thomas Edison, Nikola Tesla and Salvador Dali all intentionally tapped into this state for inspiration, attributing much of their inventions and masterpieces to it.
Holding a pair of steel balls as they fell asleep, they would drift into the hypnagogic state for a few seconds, before their muscles would relax, the balls would fall to the floor, and they would be jolted back awake. This brief entry into the dream state would allow them to remember the bizarre hallucinations and ingenious thoughts floating in the creative ether.
This was part and parcel to Dali’s famous paranoiac-critical method that produced his most trippy and iconic work. But instead of steel balls, Dali used a metal key and an upside-down plate for it to land on, producing a loud clang.
Dali found that not only did these micro-naps spark creativity, but they also provided a refreshed mental state, without the grogginess of a longer rest.
Taking note from these innovators, MIT researchers are developing a modernized version of the steel ball technique through a worn computer interface called Dormio. But instead of waking them, the interface influences sleepers in hypnagogia, attempting to control the direction of their semi-coherent state, and they’ve had some preliminary success.
Using a glove fitted with a series of wires and biosensors, the interface tracks users’ slow descent into sleep, measuring the subtle muscle relaxations of the hand. From there, an app provides an audio cue that prevents users from going into a deeper sleep, suspending them in the hypnagogic state with a prompted word or concept to focus on.
Thus far, the words ‘fork’ and ‘rabbit’ have been used successfully as a theme for “dream content.” Users are then asked questions to capture ideas floating through their mind, without fully waking them, before they are then allowed to fall asleep.
We spend close to a third of our lives sleeping, where our minds exist in creative, fantastic hallucinatory states. Researchers on the team want to figure out how to tap into that world and potentially take advantage of it.
The unconscious mind has been the subject of study by scientists for centuries, yet we still know so little about it. It’s also been proven that we are all born creative geniuses, but through the constructs and demands of our society, our originality is constantly suppressed. Could that creativity be resurrected with hypnogogic enhancement?
Napping Technique Allows You to Tap Into Creative Thought
A fascinating new study examines the mysterious twilight state between wakefulness and sleep and finds that it can be harnessed for creativity and problem-solving.
Thomas Edison, Albert Einstein, and Salvador Dali, among others, were all said to have used a curious napping technique to spark their creativity and inspired discoveries. Holding an object in their hands while napping, they would wake as the object fell and recall the thoughts they were having at that moment.
Inspired by these visionaries, researcher Delphine Oudiette and her colleagues at the Paris Brain Institute conducted a study to scientifically investigate this phenomenon. The researchers presented participants with mathematical problems that had a hidden rule which would allow them to be solved almost instantly.
They were then given a 20-minute break during which they were instructed to relax in a reclined position while holding a bottle. If the bottle fell, they were asked to report what they had been thinking right before they let go.
Throughout this break, subjects’ physiological activity was recorded to assess their state of wakefulness. Then, after the break, the participants were again presented with the math problems.