Theory of Afterlife Answers Three Great Neuroscience Imponderable Problems

What follows are three great neuroscience problems. These questions are allegedly unanswerable. Here are the correct answers based on Theory of Afterlife:

The First Neuroscience Imponderable Problem: When you forget something is the memory gone or just the ability to recall it?

Short answer: The memory is not gone. It is your ability to recall that is limited.

What you need to understand about memory is that you are looking at it. I mean that literally. Memory is the three-dimensional space around you. Here is what that concept looks like visually:

Memory surrounding 3 dimensial space

The memory of the present moment is the present moment. The memory of the moment is what we perceive. The present moment is absorbed into memory intact. It is complete in every detail, what we are aware of and what we are not aware of. Thus the present moment is the leading edge of your memory. Here is what that looks like visually:

moments field into memory

Each passing moment gets absorbed into memory intact. So what you are left with is a four dimensional time-space continuum. During life all we see if the leading edge or the present. What we do not see is the four dimensional space extending back in time to the beginning of life. Four dimensional time-space continuum is the true meaning of memory.

The misunderstanding about memory arises from two concepts:

1. Our awareness exists in the present. We as human beings have a tendency to evaluate everything as how it relates to us. We perceive the present as clear and the past as foggy. This is due to our position in time. There is no difference between the clarity of the present and the past except our position. The memories of the past exist with the same clarity the present has now. It is only our position that makes it appear so.

2. We feel memories are allowed to be foggy because we don’t need them. This too is an ego-centered view of things. Forget that we don’t need them now. Maybe the memories will be relevant in the future, such as the end of life for example.

There is no evidence to support memories fading away over time. From a practical perspective this makes no sense. In the computer world what goes into memory stays there until deleted. Why would we believe the human mind to be any different? The notion that memories disappear makes no sense.

Full answer: Memory is a time-space continuum with the leading edge in the present extending back in time to the beginning of life.

The Second Great Neuroscience Imponderable Problem: Why do we dream?

Short answer: Dreams are the mind moving data for data maintenance.

In the computer world it is possible to build 100 percent hardware independent memory. Hardware independence means achieving perfect memory regardless of the underlying hardware. Hardware independence is critical for perfect memory. It is achieved by moving data. Here is a technique for achieving perfect memory called XOR. XOR allows memory rebuild itself without losing data when hardware malfunctions. XOR requires only a small fraction of the original data. XOR works by comparing two memory stores and saving the “differences” on a third drive. Visually that looks like this:

dreams mind data

Theory of Afterlife states memory is a perfect time-space continuum back through time. Achieving this requires moving data. The XOR technique requires comparing and rebuilding memories. Dreams are exactly what you would expect in a memory system requiring perfect data storage. Writing data is not reliable enough. To achieve reliability memory needs data maintenance. If you absolutely had to maintain data over time you would be constantly checking hardware, creating new hardware, XOR checking data, and physically copying data. In the computer world it is called backup and maintenance. XOR will guarantee perfect data throughout time. It involves moving data to new hardware consistently.

Dreams are this XOR-like maintenance and recovery mechanism. Dreams are the human mind keeping data 100 percent perfect by checking hardware and copying data throughout time. Dreams are the memory maintenance required to keep memory perfect. These are basically the same things you routinely see in the computer world to keep data safe such backing up data and checking hardware.

Full answer: Dreams are the human mind doing data maintenance such as physically moving data, consolidating data, and parity checking data required to keep memory perfect from birth to present. It is what you would see in the computer world to maintain data of this magnitude.

The Third Great Neuroscience Imponderable Problem: What Is conscious awareness?

Short answer: Conscious Awareness is best thought of as a single point within time and space.

In terms of geometry we are surrounded by a space-time continuum. Our surrounding space is unlimited in length, width, depth, and duration. Conscious awareness is the mathematical inverse of that. It is a single point at the center of no length, no width, no depth, and no duration. This is what conscious awareness looks like visually:

Awareness point in time and space

Conscious awareness exists at a point in time called you present. Conscious awareness also exists as a point in space called your point of view. Memory is a time-space continuum. Memory and conscious awareness are exact mathematical inverses. Visually that looks like this:

awareness focal point environment

Awareness is the point of view within time and space. Memory is that time and space. It makes perfect sense.

Full answer: Conscious awareness is a point of view with in memory time and space. Conscious awareness and memory are exact inverses of each other.

As the field of neuroscience advances it will become apparent that the mind is a four dimensional realm containing every moment experienced in perfect detail. Additionally they will come to realize that conscious awareness and memory are part of the same system where each is the inverse of the other. When they do come to this realization they will see that the largest question of all (what happens when we die) will be answered.