PY2025 - Lecture 05 - Long Term Memory (LTM) and Learning

All lecture slides can now be downloaded: www.dropbox.co...
Level-2 / Year-2 BPS accredited core module "Cognitive Psychology", held at Brunel University January-March 2015.
Key topics covered: Long Term Memory (LTM), Learning, Forgetting, Depth of Processing Theory (Craik), Declarative Memory, Episodic Memory Semantic Memory, Non-declarataive memory, procedural memory

[@Proxyincognito]

I'm not a student / academic, just very interested in topics such as this. Thank you very much!

[@chanellaDaboss]

Great job! He explains so well,I wish i had teachers that thought the way he does! All teachers cannot teach...

[@DorsetRadio]

Thank you for your contribution to the public, indeed appreciated.

[@psychkid4112]

Thank you so much for uploading all your videos. You are a life saver//Grateful student from Stockholm!

[@theanguyen7764]

A great lecture. Clear explanations with good examples!

[@amandawarner1945]

Love this lecture and your delivery if it! Helped with my assignment alot !

[@thurinholgi3835]

Is it even self education if im learning from such competent teachers. Thank you.

[@nadianajmeddine3295]

Another amazing lecture! thank you

[@wardhamuneeb4393]

Thank u Andre, u have a gift for teaching. Your grateful From India🇮🇳

[@mortezaebrahimi8463]

thanks so much I am studying online your lectures were so helpful for me.I was just wondering if the slides are also available :) thanks

[@bharathbharath8342]

nice lecture

[@arabiccompprograming5161]

hello, I am 45 years old, I have recently tried to memorize many Algorithm cases for solving 3x3 rubiks cube, each algorithm tackles a partial solving state that targets a particular position on the cube. Exampe of 1 case: [(y') U2 R2' U2 R U R' U R2] then I move on to the next partial solve. and so forth, I have managed to know such algorithms from my memory and can find them and even write them down, but what troubles me is the practical side of implementing these tasks. they are memorized but not memorized enough to be practically used. What other attributes/additionals of long term memory can be useful to me.

[@claudiasc5871]

thanks for the great lectures professor!

[@anaisgilbert6500]

I am enjoying to watch your videos, thanks for the great work. Although I saw a little error (if I'm not mistaken). The decay theory belongs to STM, however the interference theory belongs to LTM instead of STM. Am I wrong?

[@andreszameitat6587]

All lecture slides can now be downloaded: www.dropbox.com/sh/ie5rpsn38w615n5/AAA-PyFRq7u1_Am9FML9vTUga?dl=0