The 21st century has witnessed the emergence of several chess prodigies. This poses a challenge to the main attempt to account for individual differences in high‐level performance: the deliberate practice framework. The main alternative to this approach is the view that intelligence plays an important role in chess expertise. However, studies have shown that intelligence may be important only in the first stages of the chess players‘ careers. In this chapter, we present the practice‐plasticity‐processes model, which incorporates neural plasticity and cognitive processes (domain‐specific pattern recognition and heuristics) as explanatory variables. A mathematical simulation shows that the model was able to capture the existence of prodigies ...
Despite being faced with literally millions of possibilities, the best chess players manage to find ...
Learners acquire expertise at different rates and reach different peak performance levels. Key quest...
Küchelmann T, Velentzas K, Essig K, Koester D, Schack T. Expertise-dependent perceptual performance ...
The goal of this paper is to critically evaluate the evidence supporting the hypothesis that innate ...
Understanding of human expertise and its acquisition has progressed substantially since Chase & ...
This thesis examines the cognitive and neural bases of expertise. In so doing, several psychological...
This chapter reviews the topic of cognitive processes in chess showing that pattern recognition is a...
The relative importance of different factors in the development of human skills has been extensively...
This chapter concerns symbolic problem-solving skills and discusses differences in memory use by exp...
Previous studies have generally found no relation between IQ and chess skill in chess experts. This ...
This chapter provides an overview of research into chess expertise. After an historical background a...
Comparing experts with novices offers unique insights into the functioning of cognition based on the...
Summary : The memory of chess players. This paper addresses the question of how human perception and...
abstract: Abstract Chess has been a common research topic for expert-novice studies and thus for lea...
While chess is often seen as a domain requiring a high level of intelligence, the available empirica...
Despite being faced with literally millions of possibilities, the best chess players manage to find ...
Learners acquire expertise at different rates and reach different peak performance levels. Key quest...
Küchelmann T, Velentzas K, Essig K, Koester D, Schack T. Expertise-dependent perceptual performance ...
The goal of this paper is to critically evaluate the evidence supporting the hypothesis that innate ...
Understanding of human expertise and its acquisition has progressed substantially since Chase & ...
This thesis examines the cognitive and neural bases of expertise. In so doing, several psychological...
This chapter reviews the topic of cognitive processes in chess showing that pattern recognition is a...
The relative importance of different factors in the development of human skills has been extensively...
This chapter concerns symbolic problem-solving skills and discusses differences in memory use by exp...
Previous studies have generally found no relation between IQ and chess skill in chess experts. This ...
This chapter provides an overview of research into chess expertise. After an historical background a...
Comparing experts with novices offers unique insights into the functioning of cognition based on the...
Summary : The memory of chess players. This paper addresses the question of how human perception and...
abstract: Abstract Chess has been a common research topic for expert-novice studies and thus for lea...
While chess is often seen as a domain requiring a high level of intelligence, the available empirica...
Despite being faced with literally millions of possibilities, the best chess players manage to find ...
Learners acquire expertise at different rates and reach different peak performance levels. Key quest...
Küchelmann T, Velentzas K, Essig K, Koester D, Schack T. Expertise-dependent perceptual performance ...