DreamThrower: An audio/visual display for influencing dreams
2012, Entertainment Computing
Abstract
The DreamThrower is a novel technology that explores virtually creating, throwing and catching dreams. It detects users' dream state by measuring rapid eye movement. Once the dream state is detected, sound and light stimuli is played to alter the dream. Users report on their dream, and they can send the stimuli that they have used to another person via an on-line website. A working prototype accurately detects REM sleep. Based on results from the first experiment with three subjects, light and environmental sounds such as a jungle and ocean were found to have little influence on dreams. The second experiment with five subjects found that voice sound stimulus could influence dreams in one case. Interestingly, our subjects felt that the DreamThrower system would be a fun gaming experience and many said that they would share their dreams for a collaborative gaming experience. User engagement with the social network may be sufficient to alter dreams. Two studies with different stimuli showed some evidence that dreams can be altered.
References (22)
- R. Agarwal, T. Takeuchi, S. Laroche, J. Gotman, Detection of rapid-eye movements in sleep studies, IEEE Transactions on Biomedical Engineering 52 (8) (2005) 1390-1396. doi:10.1109/TBME.2005.851512.
- P. Badia, N. Wesensten, W. Lammers, J. Culpepper, J. Harsh, Responsiveness to olfactory stimuli presented in sleep, Physiology and Behavior 48 (1990) 87-90.
- R.J. Berger, Experimental modification of dream content by meaningful verbal stimuli, British Journal of Psychiatry 109 (1963) 722-740.
- Brain-Wave Machine, (1999), retrieved on January 31, 2010 from, <http:// www.hackcanada.com/homegrown/wetware/brainwave>.
- S.A. Burton, J.A. Harsh, P. Badia, Cognitive activity in sleep and responsiveness to external stimuli, Sleep 11 (1) (1988) 61-68.
- J.L. Cantero, M. Atienza, R.M. Salas, Spectral features of EEG alpha activity in human REM sleep: two variants with different functional roles?, Sleep 23 (6) (2000) 1-5.
- M.A. Carskadon, C.W. Dement, Normal Human Sleep: An Overview, in: M. Kryger (Ed.), Principles and Practice of Sleep Medicine, W.B. Saunders Co, Philidelphis, 1994, pp. 16-25.
- M.A. Carskadon, R.S. Herz, Minimal olfactory perception during sleep: why odor alarms will not work for humans, Sleep 27 (3) (2004) 402-405.
- C. Cipolli, I. Fagioli, M. Mazzetti, G. Tuozzi, Incorporation of presleep stimuli into dream content: evidence for consolidation effect on declarative knowledge during REM sleep?, Journal of Sleep Research 13 (2004) 317- 326.
- C. Cipolli, R. Bolzani, G. Tuozzi, I. Fagioli, Active processing of declarative knowledge during REM-sleep dreaming, Journal of Sleep Research 10 (2001) 277-284.
- E. Courtney, CEREBREX: DreamWare Specification Document, (1997), retrieved on January 29, 2010 from, <http://www.cerebrex.com/dream.htm#dreamspk.>.
- Dreamcatcher, (2010), retrieved on January 29, 2010 from, <http:// en.wikipedia.org/wiki/Dreamcatcher>.
- B. Gaver, H. Martin, Alternatives: exploring information appliances through conceptual design proposals, CHI (2000) 209-216.
- J.H. Herman, D.R. Barker, H.P. Roffwarg, Similarity of eye movement characteristics in REM sleep and the awake state, Psychophysiology 20 (5) (1983) 537-543.
- J.A. Hobson, E.F. Pace-Schott, R. Stickgold, Dreaming and the brain: toward a cognitive neuroscience of conscious states, Behavioral and Brain Science 23 (6) (2000) 793-842.
- B. Holzinger, S. LaBerge, L. Levitan, Psychophysiological correlates of lucid dreaming, Dreaming 16 (2) (2006) 88-95.
- T.L. Kahan, S. LaBerge, Lucid dreaming as metacognition: implications for cognitive science, Consciousness and Cognition: An International Journal 3 (2) (1994) 246-264.
- Ketyung, Lucid dream machine lets you have full control of your dreams, (2008), retrieved on January 29, 2010 from, <http://www.techchee.com/2008/ 06/20/lucid-dream-machine-lets-you-have-full-control-of-your-dream/>.
- S. LaBerge, Lucid dreaming: evidence and methodology, Behavioral and Brain Science 23 (6) (2000) 962-964.
- S. LaBerge, R.S. Rich, D.K. Wright, D.G. Kottke, (1996), US Patent Number 5507,716. US Patent and Trade Office, Washington, D.C.
- E.K. Perry, M.A. Piggott, Neurotransmitter mechanisms of dreaming: implication of modulatory system based on dream intensity, Behavior and Brain Science 23 (6) (2000) 990-1092.
- REM-Dreamer -Lucid dream induction device, retrieved on January 31, 2010 from, <http://remdreamer.com/index.php>.