Recognizing relational similarity relies on the ability to understand that defining object properties might not lie in the objects individually, but in the relations of the properties of various object to each other. This aptitude is highly relevant for many important human skills such as language, reasoning, categorization and understanding analogy and metaphor. In the current study, we investigated the ability to recognize relational similarities by testing five species of great apes, including human children in a spatial task. We found that all species performed better if related elements are connected by logico-causal as opposed to non-causal relations. Further, we find that only children above 4 years of age, bonobos and chimpanzees, u...
The ability to detect relational patterns shared by different objects, events, or ideas is a corners...
Humans have a strong proclivity for structuring and patterning stimuli: Whether in space or time, we...
We investigated 4- and 5-year-old children’s mapping strategies in a spatial task. Children were req...
Recognizing relational similarity relies on the ability to understand that defining object propertie...
This research was supported by NSF SLC Grant SBE-0541957 awarded to the Spatial Intelligence and Lea...
International audienceAnalogical reasoning is considered the hallmark of human reasoning, but some s...
We investigated reasoning about spatial relational similarity in three great ape species: chimpanzee...
We investigated reasoning about spatial relational similarity in three great ape species: chimpanzee...
Relational thinking, or the ability to represent the relations between items, is widespread in the a...
The present study tested whether relational memory processes, as measured by the transverse patterni...
AbstractThe present study tested whether relational memory processes, as measured by the transverse ...
Three chimpanzees with a history of conditional and numeric token training spontaneously matched rel...
Several nonhuman animal species have been claimed to successfully pass tests indicative of relationa...
How we judge the similarity between objects in the world is connected ultimately to how we represent...
International audienceReasoning by analogy is one of the most complex and highly adaptive cognitive ...
The ability to detect relational patterns shared by different objects, events, or ideas is a corners...
Humans have a strong proclivity for structuring and patterning stimuli: Whether in space or time, we...
We investigated 4- and 5-year-old children’s mapping strategies in a spatial task. Children were req...
Recognizing relational similarity relies on the ability to understand that defining object propertie...
This research was supported by NSF SLC Grant SBE-0541957 awarded to the Spatial Intelligence and Lea...
International audienceAnalogical reasoning is considered the hallmark of human reasoning, but some s...
We investigated reasoning about spatial relational similarity in three great ape species: chimpanzee...
We investigated reasoning about spatial relational similarity in three great ape species: chimpanzee...
Relational thinking, or the ability to represent the relations between items, is widespread in the a...
The present study tested whether relational memory processes, as measured by the transverse patterni...
AbstractThe present study tested whether relational memory processes, as measured by the transverse ...
Three chimpanzees with a history of conditional and numeric token training spontaneously matched rel...
Several nonhuman animal species have been claimed to successfully pass tests indicative of relationa...
How we judge the similarity between objects in the world is connected ultimately to how we represent...
International audienceReasoning by analogy is one of the most complex and highly adaptive cognitive ...
The ability to detect relational patterns shared by different objects, events, or ideas is a corners...
Humans have a strong proclivity for structuring and patterning stimuli: Whether in space or time, we...
We investigated 4- and 5-year-old children’s mapping strategies in a spatial task. Children were req...