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Computational Psychiatry

New Perspectives on Mental Illness

Computational Psychiatry( )
Contribution by: Redish, A. David
Gordon, Joshua A.
Ahmari, Susanne E.
Akil, Huda
Anticevic, Alan
Barch, Deanna M.
Botvinick, Matthew M.
Breakspear, Michael
Carter, Cameron S.
Chafee, Matthew V.
Denève, Sophie
Driesen, Naomi
Durstewitz, Daniel
First, Michael B.
Flagel, Shelly B.
Frank, Michael
Friston, Karl J.
Glahn, D.
Harle, Katia M.
Huang, Crane
Huys, Quentin J. M.
Kalivas, Peter W.
Krystal, John H.
Kurth-Nelson, Zebulun Lloyd
MacDonald, Angus
Maia, Tiago V.
Malenka, Robert
Mathys, Christoph
Montague, P. Read
Moran, Rosalyn
Murray, John
Netoff, Theoden I.
O'Doherty, John P.
Pauli, Wolfgang
Paulus, Martin P.
Petzschner, Frederike
Pine, Daniel S.
Schmack, Katharina
Smoller, Jordan W.
Stephan, Klaas Enno
Thapar, Anita
Totah, Nelson
Wang, Xiao-Jing
Yang, G.
Zick, Jennifer L.
Editor: Redish, A. David
Gordon, Joshua A.
Lupp, Julia
Series title:Strüngmann Forum Reports
ISBN:978-0-262-33784-7
Publication Date:Dec 2016
Publisher:MIT Press
Book Format:Digital download and online
List Price:USD $32.00
Book Description:

Psychiatrists and neuroscientists discuss the potential of computational approaches to address problems in psychiatry including diagnosis, treatment, and integration with neurobiology.

Book Details
Pages:424
Physical Dimensions (W X L X H):6 x 9 x 0.812 Inches
Author Biography
(Contribution by)
Born in Switzerland, Wolfgang Pauli was the son of a professor of physical chemistry at the University of Vienna and godson of Ernst Mach. He was a child prodigy, writing an outstanding paper on the theory of relativity at age 19, and receiving his Ph.D. from the University of Munich in 1922. After further study with Niels Bohr and Max Born, Pauli taught at the Federal Institute of Technology in Zurich, where he remained until his death in 1958.

His discovery of the exclusion principle enabled Pauli to explain the structure of the periodic table of elements, formulate fundamental theories of electrical conductivity in metal, and investigate magnetic properties of matter. For this discovery, Pauli received the Nobel Prize in 1945.

Pauli's second great accomplishment was resolving the "problem" of beta decay. In 1930 he addressed this question of the "missing energy" of electrons by suggesting that an emitted electron was accompanied by a neutral particle carrying an excess of energy. Pauli's intellectual ability was not matched by his manual dexterity; his colleagues laughed at the so-called Pauli effect, whereby accidents seemed to happen whenever he worked in the laboratory.

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