Memory Search By A Memorist

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A01=Charles P. Thompson
A01=Jerome Frieman
A01=Thaddeus M. Cowan
Articulatory Suppression
Author_Charles P. Thompson
Author_Jerome Frieman
Author_Thaddeus M. Cowan
Category=JMR
cognitive neuroscience
control
Correct Digit
Correct Row
Counting Error
decimal
Decimal Digits
digit
digit span performance
digits
eq_bestseller
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
eq_society-politics
Ericsson's Theory
exceptional memory research
High Frequency Lists
individual case study memory
Kansas State University
Letter Span
List Length Effect
Matrix Learning
Matrix Set
Matrix Size Increased
memory retrieval strategies
Memory Search
Memory Span
Memory Span Task
numeric matrix learning
Paired Associate Procedure
performance
Production Time
rajan's
Rajan's Performance
Rajan’s Performance
retrieval
Retrieval Structure
Search Time
span
structure
subjects
Target Digit
Target Row
Target Sequence
Uncategorized Lists
visual search experiments

Product details

  • ISBN 9781138876354
  • Weight: 249g
  • Dimensions: 152 x 229mm
  • Publication Date: 07 May 2015
  • Publisher: Taylor & Francis Ltd
  • Publication City/Country: GB
  • Product Form: Paperback
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This book describes the first comprehensive experimental research program on an individual who exhibits exceptional memory. Rajan Mahadevan, the subject of these investigations, won a place in the Guinness Book of Records for reciting pi to 31,811 decimal places, can learn matrices up to size 20 X 20, and can produce memory spans above 60 for digits. Utilizing the methodology and theories of modern cognitive psychology, the authors systematically investigated Rajan's memory skills. A wide range of experiments and tests were conducted with Rajan and four control subjects. These include memory span tests for digits and letters, memory for various kinds of non-numeric information, tests of working memory, learning and retention of numeric matrices, memory and visual searches of the digits of pi, and lexical decision tasks with the digits of pi.

The authors describe how they came to understand the way Rajan stored and now retrieves the decimal digits of pi, how he learns and retrieves matrices, and how he encodes and retrieves digits in a memory span task. Although his strategy for memorizing and retrieving digits is unique in the literature on people with extraordinary memory, the authors show how their investigations of Rajan contribute to our understanding of memory.

Charles P. Thompson, Thaddeus M. Cowan, Jerome Frieman

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