Eugene Aserinsky
Tony Crisp
In 1953 Aserinsky, while working under Kleitman in a sleep study laboratory, was the first to observe the Rapid Eye Movements - REM - now known to occur during dreaming. As Aserinsky had observed this in the sleep of babies, it was first assumed only to occur with infants. Later investigation proved it to occur with all people observed. This finding started a period of intense research into the psycho-physical functioning of dreams.
Allan Hobson considers that it was probably the combination of Aserinsky’s innocence, and Kleitman’s experience, that led to the observation of this breakthrough information. During his graduate schooling Aserinsky worked at studying attention in children. His observations led him to note that eye closure was connected with a lapse of attention. This led to the decision to record eyelid movement using the electrooculogram (EOG). This is an important link in the chain leading to the discovery of REM, as children often exhibit REM immediately they fall asleep, especially during daytime naps, whereas adults take longer for the REM’s to appear. Aserinsky therefore quickly noticed that his subjects showed REM when they slept. Kleitman thought there was probably a connection between the REM’s and dreaming. Kleitman and Aserinsky therefore tested the theory using adult subjects. They connected sleeping adults to an electroencephalograph - EEC - and EOG. They were thus able to observe the periodic alternation of REM and non-REM sleep during each night of sleep.
By waking subjects during REM and non-REM sleep, they were able to ascertain that dreams were accompanied by REM activity. When REM’s were detected, the sleeper was woken. The first 27 wakenings produced 20 dreams. As a control, 23 sleepers were then awakened when the record showed no sign of REM’s; and 19 of them failed to recollect a dream. Kleitman and Aserinsky then tested their theory on larger numbers. In the first 190 arousals during the REM bursts, 152 yielded dream reports. These finding were reported in 1953 in Science. Later, in 1955, another report titled ‘Phase of Ocular Motility Occurring in Sleep’ appeared in the Journal of Applied Physiology. It described how other physiological functions also changed with sleep.
William Dement later confirmed the findings. See: Kleitman, Nathaniel; science sleep and dreams.
Some interesting human information about Aserinsky’s discovery is that the child he used as his subject was his own son, 8 year old Armond. Aserinsky had managed to find a broken-down electroencephalograph machine, which had been abandoned in a university basement. He wanted to tape electrodes near Armond’s eyes, using the machine like a lie detector. But for weeks the machine kept malfunctioning. Each time he fixed one problem the machine would develop another fault. But occasionally the pens on the machine stop their slow waves and mark spiky peaks and valleys. This suggested the brain was as active in sleep as it was during waking. This didn’t make sense to Aserinsky at the time, and he felt the machine was till malfunctioning. In those years scientist thought the brain entered a quiet phase during sleep.
Kleitman thought that either Aserinsky had made a remarkable discovery, or that the machine was still not working. The manufacturers of the machine were phoned but offered no help. The leading authority on EEG was phoned, only to suggest that Aserinsky abandon the project. Aserinsky says of this ‘If I had a suicidal nature, this would have been the time. I was married, I had a child, I’d been in universities for twelve years with no degree to show for it. I’d already spent a couple of years horsing around on this. I was absolutely finished.’
He persisted however, and realised that if he recorded each eye independently, and if the pens moved in tandem, then the machine was not malfunctioning. This led to one of the greatest breakthroughs in history on the nature of sleep and dreaming.
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