This section outlines the five parts of Memletics. These parts are the
Memletic State, Memletic Process, Memletic Techniques, Memletic Styles
and Memletic Approach:
The Memletic State. How to make sure your brain cells, physical
systems and mental systems are in the best state for learning.
The Memletic Process. The steps you take to LEARN the knowledge
needed for your goal.
The Memletic Styles. Use your stronger and secondary learning
preferences to improve your overall learning.
The Memletic Approach. Manage the overall learning journey by
prior planning and then tracking along the way.
Don’t worry too much about the details of each part at this point. In
this section I just provide an overview of each part of Memletics. This
is because there are many interrelationships between the five parts of
the system. Having a broad understanding first helps you recognize those
linkages as they arise in the following sections.
You don’t have to read the sections in a sequential order. Read this
overview first, and then read the rest of the sections in an
order that suits you. If you prefer high-level detail first,
progressively getting down into the details, read Approach, Styles,
State, Process, and then Techniques. If you want the juicy details
first, read Techniques, Process, State, Styles and Approach. Or, just
read them as presented. It’s up to you.
Memletic State helps you ensure your cell state,
physical state and mental state are in good condition for learning. It’s
harder to learn if your cells, body and mind do not perform well.
Cell state refers to the state of the cells, primarily neurons, which
make up the brain. Physical state involves the different bodily systems
that support life, such as breathing, blood circulation, sleep and
general bodily health. Mental state involves mental processes that
predominately occur in the mind, such as motivation, concentration,
awareness and attitude.
Good learning state supports the building of the networks of neurons for
the material you learn. At the same time, positive learning
experiences build neural networks that improve how you learn.
What is “good condition?” Let’s look at some examples:
Cell state
. The brain is a cell-based system and relies on
essential materials such as oxygen, water, food and nutrients. These
materials are essential for the proper functioning of neurons and
other key brain cells (see the neuron overview
below). Good
cell state requires a good supply of all these during learning.
Physical state
: Your physical environment has a big impact on your
body, so fresh air, right temperature, good light and correct
furniture are important. Controlling your breathing and stress helps
good state, as does getting enough rest and sleep. Longer term, good
diet and exercise also have positive effects. Some dietary supplements
can also increase brain performance.
Mental state: Clearly defined goals and defined steps for
achieving those goals are essential for motivation. Attention and
concentration are critical for learning. Longer term, good mental
health and “mental exercise” also improve your overall learning.
There are also some negative impacts on state, and I discuss these as
well. For example, excess stress and tension are enemies of good state.
An Overview of Neurons—Basic Brain Cells
Neurons are the fundamental cells that support memory. The majority
of memory is represented via large networks of neurons within the
brain, sometimes called neural networks. The neurons connect to other
neurons via synapses. Synapses are like
a tiny telephone exchange between two or more neurons.
There are four main components of the typical neuron:
The dendrites. These receive signals from
other neurons.
The cell body. This manages the overall cell function and
maintenance.
The axon. This
transmits the signal to another area. This other area may be as
close as a hair-width away, or sometimes up to three feet (one
meter) away.
The pre-synaptic terminal. This is the bulge at the tip of
the axon. It passes the neuron signal on to the dendrites of other
neurons.
The signals that flow through the neurons and axons are very small
changes in the electrical charge of cell components. The changes are
achieved via the flow of various molecules and chemical compounds
into and out of the cells.
In the synapse, the pre-synaptic terminal of the transmitting neuron
and the dendrite of the receiving neuron do not touch. The signal
passes from one neuron to another by the release of certain chemicals
called neurotransmitters. The
amount of neurotransmitter released depends on the strength of the
signal received at the pre-synaptic terminal, as well as the number
of times it’s been triggered recently. Therefore, the overall
strength of the signal passed from one neuron to another depends on
the strength of the first trigger, moderated by how often the same
signal has passed through that synapse.
Now, I’ve simplified the structure of the neural network to give you
an idea of the basics. If you want an idea of how complex the
brain is, consider these
statistics. Researchers estimate there are up to roughly 10^11^
neurons in your brain
alone (not considering the rest of the nervous system). That’s
perhaps 100,000,000,000, or one hundred billion neurons. If each
neuron just stored a 1 or 0 like a computer, you would have around 93
gigabits of storage. But that’s not all. Each neuron typically has
between 1,000 and 10,000 synapses. The combinations of the synapses
control whether a signal is passed on or not. Multiply out those
numbers, and you have purely staggering storage and processing
abilities all within the space the size of your head.
The Memletic Process provides steps to follow when
learning new material. You use this process at varying levels of detail
throughout your learning. For example, you first use this process at a
high level to understand the overall organization of your material. You
then repeat the process at lower levels of detail until you are learning
individual chunks of knowledge, such as a particular skill or fact. This
approach provides a repeatable process you can refine to improve your
overall learning performance.
The diagram above shows the five activities of the Memletic Process.
These are:
Locate
. Firstly you find and prepare content for your learning
goal. This may involve using standard books and manuals, however it
could also involve getting notes from lectures, one-on-one tutoring
sessions, the Internet and other references.
Explore
. Here you work through and understand your content. There
are some general principles to follow, such as learning to a level
deeper than needed. There are also some approaches relevant to
particular learning styles that you may want to try.
Arrange
. Next you select which material you want to memorize, and
prepare it for memorization. You select Memletic Techniques based on
the type of knowledge you want to learn. This book has over twenty
different techniques you can apply to various forms of content. You
then prepare your content for use with those techniques.
Reinforce
. You then use those techniques to reinforce knowledge,
skills and behaviors. Further reinforcing techniques help you lock in
that material for the long term.
eNquire
. Lastly, you review both how well you learned your
content, as well how well you applied Memletics along the way.
Notice how the first letters of these steps spell out LEARN (eNquire
starts with the ‘N’ sound).
Don’t feel like you have to stick rigidly to these activities. They
sometimes overlap. For example, when you explore content you start to
form ideas on the techniques to use to memorize it. You start to
reinforce material when you explore and arrange it. You may need to
rearrange some material during the reinforcing process, as it may not be
suitable for the particular technique you chose. Your mind naturally
connects topics, associates information and does its own reviews as you
progress. Letting it do so helps the whole memorizing process.
You mainly use the Memletic
Techniques during the
reinforcing activity of the Memletic Process. The techniques are the
primary methods of reinforcing the knowledge you need to remember for
the long term.
You can use many techniques in your learning activities. I’ve grouped
these into six main categories, based on the underlying principles of
how the techniques work.
These categories are:
Associate
. Associate new knowledge with knowledge that’s already
in your memory. These techniques are great for facts and procedures.
Visualize
. Use your “mind’s eye” to recreate sensory abilities,
experiences, ideas and views in your mind. Visualization can be
creative, for example for experiences that have not happened yet. You
can use it to rehearse new procedures and skills, and as well use it
to strengthen other techniques.
Verbalize
. Your internal self-talk influences your behavior. Using
verbal techniques such as assertions (or affirmations), scripting and
a “mental firewall” you can alter your internal self-talk to align
with your learning objectives.
Simulate
. Simulation reinforces a behavior or skill using external
tools. Basic simulation can involve just cardboard cutouts or
household items, while PC based simulation is becoming more and more
advanced. Role-playing is also another form of simulation.
Perform
. There are specific techniques to improve skill
performance. Some of these techniques involve understanding the theory
behind learning and performing skills. Other Perform techniques help
change existing behaviors, as well as improve performance of already
learned skills.
Repeat
. While Memletics aims to reduce rote repetition, rote
learning is still a common and sometimes useful technique. Flashcards
are also useful, however some newer software can significantly improve
the way you learn and retain new material.
I’ve listed the techniques in each of these categories in the following
table:
Category
Techniques
Associate
General association, First letter mnemonics, Acrostic mnemonics, Linked lists, Peg words, Peg events, Mental journey or story, Roman Rooms, Chunking
Visualize
General visualization, Creative visualization, Mental rehearsal, Strengthening techniques
Verbalize
General verbalization, Assertions, Mental firewall, Scripting
Simulate
Basic simulation, PC simulation, Advanced simulation, Role-playing
Perform
Three stage skill learning, Part task training, Performance variation, Overlearning, Shunt, Anchoring, Modeling
The Memletic Styles recognize that each of us prefers to
learn in different ways. There are many variations on this theme and
different ways to describe these preferences, however the Memletic
Styles uses the seven shown in the diagram as its basis. These seven
Learning Styles are:
Visual
. You use pictures, images, visualization, and spatial
arrangements.
Social
. You prefer to learn with groups or other people.
Solitary
. You prefer to work alone and use self-study.
All of these styles are effective learning styles. Your favored use of
particular styles does not make you a more or less effective learner.
Current school approaches tend to focus on only two of these. This bias
may have influenced how you view your own learning abilities. I’ll talk
more about this in the Memletic Styles chapter when we discuss learning
styles in detail.
The Memletic Approach is a series of tasks that you can
use to approach and manage any learning journey. The time you spend in
this activity varies according to the length and importance of your
goals.
The four tasks of the Memletic Approach are:
Target
. Choose and clarify your goal. Targeting your goal involves
understanding your reasons, exploring your goal and setting your
objectives.
Plan
. Decide your approach. Do prior research, plan your course
map, and work out time and cost estimates.
Track
. Track your progress. This involves regularly (but not too
regularly) checking your progress and adjusting where necessary.
Do it
. Enjoy it for life. This one is self-explanatory!
Alongside these five parts, Memletics includes applied courses that put the framework into practice for specific skills. The Speed Reading
course is one example — it shows the Memletics process steps applied to improving your reading speed and comprehension. These courses aren’t a sixth part of the system; they’re demonstrations of the five parts working together on a concrete learning goal.
I mentioned in the preface that Memletics grew from my flight training
experiences. Memletics is now a system you can apply to a wide range of
learning activities. In this section I outline my thoughts on some of
those activities. I do this for two reasons:
If you are already do some of these activities, to encourage you to
see ways you can apply Memletics to your current goals.
If you are looking for a new goal, to give you ideas of what
activities you may want to try.
Let’s look at how you can apply Memletics during major life phases, as
well as some specific activities.
Here are a few points on using Memletics during major life
phases—early years, formal education, employment and later years.
Early years. Your children can
benefit from your understanding and use of Memletics. Children find
many of the techniques such as association and visualization easier
than adults. This can give them a good head start in their schooling
and life education.
Formal education. School,
college, and university are great places to apply Memletics. Often
applying some structure to study can make a big difference.
Understanding and using these techniques can help you learn faster.
This could allow you to spend more time increasing the quality of your
education through extra study, or allow you to spend more time outside
school. Your choice!
Employment. You may not realize just
how many opportunities for better learning there are in the workplace.
Examples include job hunting skills, learning new roles and skills,
and continuing training. You may want to consider using Memletics to
help you change your career or learn new skills after redundancy or a
layoff. I list some more specific examples below.
Later years. One of the major
concerns of older individuals is the onset of age-related mental
decline or dementia, and potential diseases such as Alzheimer’s
disease. Good Memletic fitness helps keep your mind and body active,
helping to ward off or reduce the impact of these brain problems.
Also, as retirees typically live longer, they have more time available
for recreational activities. Memletics can also help here. See further
below for examples.
Let’s look at more specific examples of where you can apply Memletics.
I’ve listed four types of activities: personal skill development,
professional training, recreational activities, and sports. I’m sure
there are others out there as well. If you think of more, feel free to
post them on the website.
Regardless of your occupation, you are likely to benefit from improved
personal skills. You can apply many of the techniques to develop your
skills in areas such as:
Presentation
Negotiation
Leadership
Time management
Etiquette
Networking
Stress, conflict and anger management
Interviewing
Learning other languages
Consulting
Coaching and mentoring
Management
Creativity
Problem solving
Training others
Relationships
Planning
Financial management
If you are looking for a topic to start learning Memletics, these are
often good places to start. Even if your work role does not need these
skills directly, you can still gain many benefits from developing these
skills. Consider selling and consulting. When you are searching for a
job, you are selling your time. Or, when taking on an assignment from
your boss, consulting skills can help you better understand your
assignment and deliver to requirements. This results in you being more
valuable, and hopefully more rewarded (if not, use your selling skills
to find another buyer of your time)!
There are a wide range of professions that can benefit from Memletic
training. These include the flight, medical and legal professions.
Flight training. One
reason I started flight training was to understand and develop my
skills using various memory and learning techniques I’d read about.
I’ve mentioned elsewhere that I believe flying is a great activity in
which to develop your Memletic fitness.
Medicine.
There are many parallels between the medical and flight professions.
The key one is that you are often solely responsible for the lives of
others. Whether you are a doctor, nurse, physiotherapist or
psychologist, your use of Memletics can help you learn and refine
skills and as well help pass on useful knowledge to others. Indeed,
some of the research for this guide came directly from the medical
fields. For example, the effectiveness of various relaxation
techniques and the impact on anxiety has been researched for use in
many medical contexts. One area is pain control.
Law. While law
may not involve the responsibility for a human life, it often involves
the responsibility for the livelihood of clients. The win or loss of a
case may depend on the good functioning of your memory, the ability to
learn key skills such as communication and persuasion, and the ability
to resolve challenges quickly (such as managing false assumptions).
There are also parallels between flight training and law. For example,
I know of an experienced flight training author and ex-accident
investigator who helps legal organizations reduce their insurance
costs by applying the same principles of pilot error management in a
legal context.
If you are looking for a new activity outside work, why not try some
recreational activities. These are another way to learn more about
Memletics, while developing your skills at something not directly
related to your occupation. Some examples include:
Sailing
Four wheel driving
Hiking and orienteering
Flying (recreationally)
Woodwork, metalwork
Martial arts, yoga, tai chi
Wine appreciation
Astronomy
Fishing, bird-watching
Creative activities—painting, drawing, writing etc.
Home renovations and interior design
Gardening and landscaping
Cooking
Dancing, theatre, performance
Music and singing
Historical and genealogy studies
These are just a sample. There are more out there. These activities are
also conducive to higher motivation as they have direct benefits for you
(and potentially your family) rather than your employer!
Many of the techniques in this guide have already been applied in a
sporting context. Visualization, relaxation, concentration and modeling
can lead to superior sporting performance. Books like “The Inner Game of
Tennis” and “The Inner Game of Golf” helped launch visualization into
mainstream sports as well as wider use. While you may not be aiming to
compete on an international level, sports and other competitive
activities are a great way to also develop your Memletic fitness. Here
are just a few examples:
Here are a few others applications that don’t fit into the categories
above.
Driving. You may already know how to drive.
Why not try a more advanced driving course. Are you comfortable you
could handle a loss of control in wet weather? You may also want to
try some of the principles of Memletics while teaching your son,
daughter or others to drive.
Dating. Yes, dating. While I haven’t
specifically tried it myself, I’m sure that many of the principles of
Memletics could help you out in the dating game. Keep in mind that
just being in Memletic State (healthy, fit, active mind etc.) may be
more likely to help you along than learning specific “pickup lines” or
other similar techniques.
General living. Whether it’s learning to be a better domestic
partner, or developing other life skills not mentioned here, Memletics
can help you along.