Dream Hotel Room 1: Dreaming of Flying with Flying Fly Agarics (2024) is an artwork based on the latest advances in the neuroscience of dreaming. Art offers us structure to explore other realities, ripe with generative impossibility, unfamiliar meaning and fertile doubt. Dreaming does the same. 
  
In this piece Carsten Höller and Adam Haar guide sleeping museum visitors to have flying dreams. This is done by introducing sound, sight and somatic stimulation during sleep. Recent research in the field of Dream Engineering, focused on the use of technology to change the content of dreams, has shown that the brain continues to listen, feel, and see during sleep. This discovery has opened up channels to communicate with the unconscious mind which have never existed before.   

This piece brings Dream Engineering into the museum and offers visitors new tools to explore their own dreams. The installation  involves two primary components: a bed designed for rocking participants into sleep and during sleep, and a rotating fly agaric mushroom replica designed to stimulate targeted dream content. 

Methods

Once the sleeper gets into bed they will see the spinning fly agaric replica lit by a fast-moving red light at 700 nm wavelength and 4 hz frequency, inducing the illusion of seeing it ”flying”. This wavelength of light is based on studies demonstrating such light cues can reliably create lucid dreams; In these studies, flashing red lights pass through closed eyelids of sleepers and are incorporated into dreams in a remarkable variety of ways, including scenes of flashing red thunderstorms and pulsating red train cars.

When the sleeper enters deep sleep, the bed will begin moving, following the path of the flying mushroom above, first softly and later in a more accentuated way, to help elicit and direct flying dreams. Bed rocking has been shown to quicken the onset of sleep and to promote deep sleep; Past studies have shown that changing the physical sensations in a sleepers body can direct their physical experiences in dreams and create sensations including flying. At the same time, acoustic stimulation will reinforce the sleepers imagination with the words ”flying with flying fly agarics”. This sound stimulation is part of a technique called Targeted Dream Incubation, in which sound is used to create half-awakenings in sleepers and to inject specific themes into dreams. This half-awake state, where thoughts and images are one, is the most fertile ground for guiding dreams. 

This artwork uses the sleeping body as an interface to the dreamt body to engender new experiences of liminal consciousness, dream control, and flying dreams. Experiences of flying dreams is linked with increased dream recall frequency, augmented dream lucidity, reduced hypnotic susceptibility, increased spiritual beliefs, and waking feelings of self-transcendence and empowerment. 

Results

Please submit your dreams by clicking on the button above if you would like them to join our collection of flying dreams. This is of course entirely voluntary. 

Adam Haar, a neuroscientist specializing in Dream Science, will be available May 17, 18, and 19 from 4:00-5:00pm during the opening of the Summer Exhibition for any questions.

Continue Dream Incubation at Home

A library of suggested reading on Dreams for visitors to learn more is included in Federico Campagna's A Library As Big As The World (2024), part of the Beyeler Foundation Summer Exhibition. These books are available anytime the Summer Exhibition is open. 

For an in depth dive on Targeted Dream Incubation, please see the Dissertation by Adam Haar linked here. For more on Carsten Höller's work with sleep, dreams, and perception see here.

To continue incubating Flying Dreams at home, view this video stimulus 3 times before sleep. It has been created in collaboration with 3D artist Wendi Yan, based on pre-sleep stimulus used by Dr. Tore Nielsen to incubate dreams of flight.
Those who prefer bedtime reading may use a book composed of 1,488 Flying Dreams collected from the Sleep and Dreams Database. A deep learning algorithm was used to reorder dreams and make one continuous dream of flight from many minds, the first Dream of its kind. Read it before bed with a tea of Wild Red Asparagus, the Flying Herb, in hand. Dream of flight. 

Support

Our gratitude to the MIT Museum Studio, in particular Seth Riskin and Suwan Kim, for their expert contributions to the Dream Hotel regarding perception and illusion. Our gratitude to the LUMA Foundation, MIT CAST and Steeprock Joinery for Residency support.