| Graduate
Research Scholar Program University of Southern California School of Architecture |
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student: faculty: contact: |
Alisa
Slekys, M.Arch+2 |
| RESEARCH
summary |
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title: |
Neuroscience
Architecture
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| The
main focus of this research was to collect data regarding current efforts
to prove connections between neuroscience, the study of the brain, and architecture.
Since the Academy of Neuroscience for Architecture was established in San
Diego in the last few years, by John Eberhard, scientists are doing research
toward understanding the brain and how it is influenced by the environment
such that we might be of help to architects in designing environments that
would assist us in our ability to function within those environments”
(Gage, p.1).
Quantifying specifics
of how buildings and spaces affect neural stimulations in the brain, is
the challenge for both architects and neuroscientists to undertake. If
architectural design could emulate the lab process of science experiments,
inclusive with hypotheses, data, and conclusions, it would be able to
prove the affects of its design by its user success. For example, in designing
schools, there would have to be experiments that test the relationship
between the amount of window openings in classrooms, and the effects of
that outside stimulation on the students success in learning. This way,
hard evidence derived from these experiments could eventually dictate
much of our designs in architecture. Perhaps we will discover that aesthetics,
or maybe even structure, will prove to be an important factor in stimulating
the brain, and thus improve the success of a place down to a science.
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Links
to Organizations: http://www.neuroscienceforarchitecture.org http://www.architecture-mind.com Links to Interesting Articles: http://www.jugglezine.com/CDA/juggle/ 1,1516,98,00.html http://www.architectureweek.com/2000/0816/ building_1-1.html http://www.djc.com/news/ae/11151117.html |
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