The memory process of Retrieval

The argument

Retrieval is the process of our brain extracting stored information from our memory for cognitive manipulation and use. Retrieval from the short term memory generally occurs in the order in which the information was learned, whereas information from the long term memory is generally retrieved through association. A recall is the pure retrieval of information from memories. An example of recall would be trying to remember what time you went to bed the previous night. Recognition, on the other hand, involves a prompting stimulus to cue memory retrieval. Recognition can be exhibited in a situation like a word bank for a vocabulary test. In general, it is easier to retrieve memories through recognition than recall. In the brain, retrieval exhibits itself as a reactivation of the neural networks where the memory was encoded. The pathway activated during the initial encoding of the information is revisited, which transfers the information from long term memory into current, active working memory, where it can be manipulated and utilized. Stronger pathways, correlating to memories that are more deeply encoded, can be accessed more quickly.

Premises

Counter-arguments

Recognition should not be considered a form of retrieval. Recognition involves a stimulus that is cognitively assessed, not the retrieval of information. While the cognitive assessment does use prior knowledge to aid it, it is not truly "remembering" something and thus is not retrieval.

Rejecting the premises

[Rejecting P1] This is a definition, not a premise. That retrieval is the extraction of stored information for use tells us what the process is and nothing about its relative complexity, which is what the position asserts. [Rejecting P2] The recall/recognition distinction and the serial-versus-associative contrast describe how retrieval varies. Encoding, consolidation and storage admit of comparable distinctions, and the argument examines none of them — a comparative claim requires the comparison to be made. [Rejecting P3] "Multiple modes and dependencies make retrieval intricate compared with simpler memory steps" names no simpler step and supplies no criterion of complexity. The counter-argument raises a further difficulty the argument does not address — whether cue-driven recognition counts as retrieval at all — which, if granted, removes one of the two modes the case rests on.