Yet, once biological explanations become salient for abstract framing (due to, for instance, biological explanations being compatible with generic abstract framing), it may make psychological explanations less salient for abstract framing.
In contrast, since concrete framing makes psychological explanations more available, psychological interventions (e.g. psychotherapy) should appear more effective with concrete rather than abstract framing.
A space is a more abstract framing of certain types of practice than, for example "nation" or "economic area" (Tuan 1979).
Thus, we are not claiming that abstract framing would increase endorsement of biological explanations to the extent that they would be preferred to psychological explanations.
For instance, "Don is full of himself" would be difficult to explain in terms of biological factors and thus although an abstract framing like "Some people are full of themselves" may make biological accounts more plausible, psychological accounts may still be more dominant than biological accounts even in the abstract framing.
First, abstract framing, which conveys general patterns, triggers the need for more immutable explanations (e.g. Cimpian & Salomon, 2014), and biological properties are judged to be immutable and timeless (e.g. Dar-Nimrod & Heine, 2011; Lebowitz et al., 2013) just like generic abstract framing.
Taken together, findings such as these suggest that biological explanations may seem more compatible with abstract framing, which describes timeless patterns, than with concrete framing, which describes transient events.
That's because, according to one of the more baffling concepts from Einstein's theory of relativity, the spin is measured against an abstract "frame of reference" determined by the average positions of all the stars in the universe--not a nearby speck of matter like a city.
Later it was recognized by Fornasier and Rauhut (2005) [24] that one may replace coherent states related to the group representation by more general abstract continuous frames.
Final graphic displays from computer visualization systems can range from very abstract 'wire-frame' models to high resolution, photorealistic video images.
