Memory, Learning and Our Virtual Brains :: Biology Essays Research Papers

Clearly, education has an immediate and definite purpose in my possess life. As a student, I have been exposed to events that have had a profound impact on the development of my interests, talents, values, or what some whitethorn call intelligence. My own approach to conundrum solving has inspired me to indite the question of the interplay of intelligence, human behavior, learning, and experience in the language of neuroscience. Neuroscience is appealing to me because it alleges an history for the micro and macro-level processes that operate to build my analyzable and unique approach to problem solving and response to the world. In this way, the alignment of neuroscience with biology and psychology offer a convincing general plan for the framework of stimulus and response. That is, aflutter cell development impacts upon external stimulus reception that, in turn, directs cognitive processing and eventually elicits a behavioral response. This course has indicated to me that the neural circuitry touch on with such systems of stimulus and response are not linear, but complex and interdependent. What follows is an integration of brain-based theories on internal representations of experience and memory for the purpose of providing perspective, and finally improving the conditions for learning and development in a progressive way.The terminal figure intrinsic variability has been drilled into our brains. No doubt, my dendritic spines have stretched, engraving a special intrinsic variability path extending from deep in my hippocampus to the folds of my neocortex. When I recall this phrase, a furious stream of chemical substance spills and reactions is ignited. In my brain, this stream passes finished neurons that code for other phrases that have proceed important to me throughout this course, for example, learning, memory, intelligence, and feedback. But like the term implies, this is my own stream. In my final web paper I will guide you through the landma rks of my path. What follows from intrinsic variability is the idea that the brain is plastic, or impressionable. It seems there is a stability-plasticity trade-off where our brains are hardwired to retain function, yet malleable enough to learn, create memories and, in some cases, compensate for functional damage (1). With each wink that passes, a particular exchange with the external world rearranges some voice of neural circuitry, yielding unique and diverse neural patterns for each individual(2).That no brain ever looks the same from one moment to the next makes the byplay of understanding brain function inherently difficult.