Youngsters vs Oldsters Cognitive Skills

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SUMMARY

The discussion centers on cognitive differences between age groups, highlighting that certain cognitive abilities peak later in life. The participant reflects on their struggles with algebra and advanced mathematics, noting a preference for learning topics of personal interest. They mention using Maple for mathematical computations and express challenges with programming languages that employ different paradigms, specifically referencing Elm. Additionally, they propose developing a learning system tailored for seniors to address mid-term memory loss issues.

PREREQUISITES
  • Understanding of cognitive psychology and age-related cognitive changes
  • Familiarity with advanced mathematical concepts such as Differential Equations and Linear Algebra
  • Basic knowledge of programming paradigms, particularly functional programming
  • Experience with tools like Maple for mathematical computations
NEXT STEPS
  • Research cognitive training techniques for seniors to enhance memory retention
  • Explore advanced mathematical concepts, focusing on Differential Forms and Abstract Algebra
  • Learn about functional programming languages, specifically Elm and its unique features
  • Investigate software development practices for creating educational tools for older adults
USEFUL FOR

Educators, cognitive psychologists, software developers, and anyone interested in enhancing learning systems for seniors facing cognitive challenges.

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I think that there are definitely differences, and the finding that some abilities peak at a later age does not surprise me. I'm there. I find that I'm not nearly as good at algebra as I was 50 years ago, but I have a whole lot great appreciation for what it can do for me than I had at that time (I also use Maple!). I'm still interested in learning new things, but not all new things. I'm only interested in learning those that catch my interest for some reason, and consequently I do not bother with many of the newest. I leave them for someone else to explore.
 
I find its harder to learn things that are outside my environment or academic experience. Programming languages of all types are fairly easy unless they use a different paradigm. The most recent example was the Elm language which uses functional programming but has some things I don't yet understand how they work (hidden pathways maybe).

Mathematics past the usual applied math learned as an undergrad are okay but I only remember the tricks of calculus. I trying to relearn DE, Linear Algebra, Vector Analysis but struggle with Differential Forms still trying to understand why they are so useful despite what I've read to that effect. Also with more abstract math like Sets, Group Theory, Abstract Algebra and Pointset Topology where my proofing skills were limited to Geometric proof and the sheer volume of terminology and theorems is overwhelming to my puny brain.

We do program development in a restrictive environment and so remembering how I hacked a program to get it working evades me unless I write down the changes but then I can't discern the valid changes. My solution was a frontend script to VI that saves a copy of the original code if I change it allowing me to go back later and review the specific final changes I made to get it working. A kind of senior citizen feature. It works great. Believe me. Really, its great. Great, but I digress.

I'd like to develop a learning system for seniors that can compensate for our mid-term memory loss issues but I can't remember where to start :-)
 

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