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Welcome to the learning of the brain, and semantics
A quick short cut to understanding the brain
The brain is the frontier of all things that make us humans.
Understanding it in your own way, with heuristics, is as important as the semantics we allow to be placed within our minds. When it comes to cognitive heuristics (shortcuts of the mind) we make a conscious effort to skip to the bits we like directed by others paths before us. The limit of our minds is created by the time taken to understand it.
You can find a link to the semantic brain map in the link >>> or at the bottom of the page.
Semantic wording: why is it important?
Neuro right 5. Protection from bias
The use of semantics is how systems within neurotechnology will work to deliver genus (labels) to draw inferences based upon its own understanding of what you thought...
Semantic means
“Semantic” means “related to meaning in language”, so a semantic map is essentially a “map” that connects related words together.
Taken from: How to Use Semantic Maps for Teaching Vocabulary - Vocabulary Luau
Here is the brain, the complex organ that thinks it sometimes know everything, and nothing...
Here are areas of the brain in more detail.
The brain is made of many parts but Neurons and synapses are key to sending messages. Here is a 2 minute video on Neurons
A small slice of the network are shown here
The picture shows the layered system of our minds, when you look at it what does it evoke?
The vast networks shown here are called a Connectome.
We have different types of brain waves.
An overview of what the raw recording looks like when connected to a device be that invasive or non-invasive.
Here are Event Related Potentials ERP. You can see the time in milliseconds from -400 to 900. This shows continuous thought.
When looking at the coloured map, this Event Related Potential map seems daunting.
ERP waveform plots reveal;
reddish colors indicate positive ERP values,
whereas
bluish colors indicate negative ERP values.
Across the brain activity is recorded from; Events, actions or stimuli here is a map of the activity.
Seeing brain data in the big picture is like looking at all the raindrops that form the rainbow. We currently do not have this capability. No one person will EVER be able to see it all at once.
Add stimulus, one of the 5/6 senses in and this evokes a response N or P response. Which can be displayed either way around on the graph.
Everything we do creates data, and a pathway is formed within our neuros. When we use language our brains make semantic groups of that information, so does neurotechnology.
When a neurotechnology device collects your data it reduces that data down the smallest value it can be given... this information is used to draw inferences.
All devices must collect this information to deliver some weighted outcomes to the goal it is trying to achieve.
Devices must collect this information and algorithms created by BUSINESS AND PEOPLE create genus (labels). Which can contain biases of the creator, but also our past, our experiences with others and ourselves.
The neurons firing in the brain can be broken down into many parts and reconnected back together this is called neural network splicing.
Brain data visualisation gets grouped and the best way is via language, linguistic groups such as semantics.
We now have the ability to create images and videos using your brain data, coupled with neural network splicing into it, but mistakes could be made and need checking.
Notice how it's seen and imagined as inputs.
Holistic areas of the brain that indicate semantics.
Grouping language and data from the brain in language groups semantic makes sense,
this is how it is delivered to us
How the signals are captured in a EEG device WEARABLES
Areas of the brain light up when under observation and can be broken into many different areas
Know as Yeo areas and many other names
The data is endless ERPS run form -400 to 900 and every part of this information will be used-
If it can be. Imagen how much data your brain produces
A small map of what a day could look like when a transformer is use to turn signals in to images
Here is what many days, weeks, years could look like, who will shape your life...
With the right or wrong input these "shapes" change. Then you change your day, week, month or even life.
Decoded semantic mapping
Additional Information
Semantic mapping of the brain is relatively new. It was first published in 2006 where people were able to place a person in a scanner fMRI, play words to them and then compare the words they played to areas of the brain that lit up.
When the patient heard specific words this then gave areas that "lit up" were activated with the same or different people, scientists were able to identify areas, with the help of AI.
Click the link to view the brain like you have never seen it before.
