Just FYI
A human brain can store around 72+ terabytes or memory at any single time, more than doubling but also selectively replacing and bringing up the necessary ones at any time, which means it does forms patterns but also is able to reformat/rewrite old records to fit new experiences, which is why we are here talking right now
In the old days, there was, and still there is, a consideration for using animals as a storage unit of sorts, and then send them out there, like birds, to deliver certain information. It doesn't really work that way, the information is constantly replaced in real time, there's only a specific amount of storage available...
Explaining it this way
The last time you remember eating some yogurt, you don't remember it really, it got replaced by the last time you actually thought about it. There is only some limited capacity on anyone's brain, so, remembering you eating yogurt 3 days ago, replaced the actual original memory, and now you remember the memory from today, when you remembered eating yogurt 3 days ago...
That's how the brain keeps memories alive, it replaces redundant data with new, mostly identical one, it can't fit all of it at once.. So it matches and rewrites at real time, mostly...
A rodent, would soon completely break and corrupt the data, because it works exactly the same! Since it has limited storage, it has to store somewhere what it is looking at in real time, and it has to, otherwise it could not function anymore. You can't just program it like that, there's a limited amount of data they can search and match against what their eyes see, and compare to what their brain has stored before, so they will do replace anything 'not worth to keep me alive' at any moment, in real time.
So by the time they rodent gets its memory extracted, it will be all corrupted data, because they took out all they did not need at the time, just to keep themselves alive
I'm just saying... Don't judge..
Posted by ExomatrixTV (here)
- I think I found the original source storage
A whole mouse brain is about 31 terabytes of imaging data, about 32 million digital photographs.
The technology known as ViSUS has been used for years in several different areas of research, including clean energy simulations on high performance computing platforms. The software processes interactively terascale-sized datasets. The typical laptop has about 4-to-15 gigabytes of memory. One terabyte has 1,000 times that much. A whole mouse brain is about 31 terabytes of imaging data. That is the same amount of data as about 32 billion digital photographs. The visual cortex of the macaque brain, which Angelucci studies, is 318 terabytes -- 100 times more.