There
are at least two types of Artificial Intelligences in Impossible Probability:
Specific for every specific synthetic science, discipline, or activity, and
Global working at the same time over all synthetic sciences, disciplines, or
activities, in a range of actions that can be national, continental, the whole
planet, or the universe.
The
formation of the Global Artificial Intelligence needs the development of
artificial research, a method for the scientific investigation completely automatized
by Artificial Intelligence, that at the global level means the automation of
scientific research in all synthetic sciences, disciplines, and activities, in
a range of action that starting at national level can grow up to extend across
the entire universe.
The
automation of scientific research can be made by Application and by
Deduction.
A
Specific Artificial Intelligence for Artificial Research by Application in a
specific science, discipline, or activity, is able to classify any object
within the categories of its own subject through a scientific system based on: an
application as a database of categories of that specific synthetic science,
discipline, or activity (for instance a database of types of minerals),
replication processes as all those replications of rational skills to identify
any object in the real world and identify what category within the database
corresponds to the object (for instance, having found a mineral to identify,
within the current database of minerals, what category corresponds to the
mineral found), and in case that there is no category within the database that
can correspond to the object, the measurements already taken from the object as samples are going to be transformed into a new category within the database (if the
mineral found has not any correlation within the database, the measurements
from this new mineral are to form a new category within the database), and as
long as this process is a process of auto-improvement, is an objective
auto-replication itself of its own application without human
intervention.
A
Specific Artificial Intelligence for Artificial Research by Deduction in a specific
science, discipline, or activity is able to make artificial deductions having
as an application a matrix (for instance, in tectonics a matrix whose factors
are going to be the flow of information from the temperature beneath the
surface of the Earth, or information from any earthquake or tectonic phenomenon, wherever robotic devices can
provide permanent information, including in the same matrix: factors as
subjects whose flow of data is a flow of direct punctuations such as the flow
of temperature from different locations across the world, or the flow of measurements in the scale of Richter of all possible earthquake, and factors
as options whose flow of data is a flow of frequencies such as the frequency of
tectonic phenomena) whose factors are going to be filled in the matrix by the measurements
taken by robotic devices. The flow of information in the matrix is going to be
tracked through replication processes of rational skills in order to find any
mathematical relation (stochastic, pattern, cryptographic, equal opportunities
or bias, positive or negative) in any combination of factors, or a pattern even
in any individual factor itself. Any relation in any combination treated as an
empirical hypothesis is going to be rationally contrasted, and if rational
becomes a rational hypothesis to make a single virtual model to include in a
comprehensive virtual model where all single models are already integrated. At
any time that the comprehensive model is improved by the inclusion of a new
single model, it is going to be considered as an auto-replication of the
comprehensive model itself, without human intervention.
As
the process of the construction of the first Specific Artificial Intelligences
for Artificial Research by Application or by Deduction goes on, both intelligences
can collaborate between them in every synthetic science, discipline, or
activity. The collaboration process between by Application and by Deduction is
possible through sharing information at the database level and sharing the robotic
devices to get measurements for both intelligences.
The
first collaboration process of sharing information at the database level means that: 1)
any new category found by a Specific Artificial Intelligence for Artificial
Research by Application in a specific synthetic science, discipline, or
activity, can be transformed into a factor as an option within the specific matrix
of that Specific Artificial Intelligence for Artificial Research by Deduction
working on the same specific synthetic science, discipline or activity, as well
as 2) any new rational hypothesis suitable to be considered as a factor as an option
to measure its frequency and found by a Specific Artificial Research by Deduction,
and able to be included as a category in the corresponding database of
categories from its corresponding synthetic science, discipline, o activity,
could be shared as well with the Specific Artificial Intelligence for
Artificial Research by Application in that synthetic science, discipline, o
activity.
The
second one is about sharing robotic devices for both purposes: having a set of
robotic devices sending information, related to objects found in the real
world, to a Specific Artificial Intelligence for Artificial Research by
Application. This set of robotic devices could be designed as well to send
information to a specific matrix or the global matrix, on those
factors where the robotic devices can get a permanent flow of information,
defining in quantitative terms every factor in which it can send a permanent
flow of information. For instance, a robotic device in a mine able to send all
the information about every mineral that is extracted to the corresponding
Specific Artificial Intelligence for Artificial Research by Application in
mineralogy, in order to identify what minerals are being extracted, is a flow
of information that set up as a factor as option (frequency in which every type of minerals is extracted) or as subject (amount extracted for every type of mineral), is an information coming up from a robotic device initially
designed to supply information to an Specific Artificial Intelligence for
Artificial Research by Application, that could be able to supply information to
the global matrix if the factors that are being measured are previously defined in
quantitative terms, in order to be included in the global matrix. As well as
the same robotic device, working in a mine, can send information to other
specific matrices, or the global matrix, related to the temperature below or
above the surface of the mine, or any tectonic phenomena that could happen in
the mine.
The
results of these experiments and the collaboration process are going to be really
important for the construction of the Global Artificial Intelligence.
Once
the first Specific Artificial Intelligences for Artificial Research by
Deduction are ready, and have a good grasp of this technology through full experimentation at a specific level, then through the results already obtained,
and already having these first specific matrices as a starting point, the process for
the construction of the Global Artificial Intelligence goes on gathering in a
gigantic database all specific matrices of all Specific Artificial Intelligences
for Artificial Research by Deduction as well as any other bare database from as
many institutions and agencies as possible, in order to have all this flow of
information in only one gigantic database, to start the standardization process
for the construction of the global matrix, which is going to be tracked by the
Artificial Research by Deduction in the Global Artificial Intelligence.
Standardisation
process that is going to be made along two different periods: the coexistence
period and the consolidation period.
During
the coexistence period, Specific Artificial Intelligences for Artificial
Research by Deduction in those different synthetic sciences, disciplines, and activities, in which this technology has been applied, are going to coexist with
the Artificial Research by Deduction in the Global Artificial Intelligence,
sharing all their specific matrices with the global matrix, at the same time the
first Particular Deduction Programs for things or beings within the Artificial Research by Deduction
in the Global Artificial Intelligence are going to be set up, that particular
programs that making deductions at particular level are going to save time and
energy to the Artificial Research by Deduction in the Global Artificial
Intelligence in order to be this last one more focused mainly on global
deductions.
In
the consolidation period practically all Specific Artificial Intelligences for
Artificial Research by Deduction are absorbed by the Artificial Research by Deduction in the Global Artificial Intelligence, or are transformed into particular
programs.
And
as long as the standardization process goes on in order to create the first
global matrix, another similar and parallel process can start as well, the unification process of databases of categories from all Specific Artificial Intelligences for Artificial Research by Application, whose result should be the creation of
the Unified Application, that application whose database is formed by the union
of all possible databases of categories coming up from all possible Specific
Artificial Intelligences for Artificial Research by Application, so through
this unified database of categories could be possible to analyse any real
object from the real world, and match it, as a replication process, with any
category from the unified database of categories. And in case some object
from the real world would not have any correlation with any category in the unified
database, then the samples of measurements from the real object could become a new
category to include in the unified database as an objective auto-replication of
the database of categories by itself, without human intervention.
This
process, as well as the other for the formation of the global matrix, can
evolve through two different periods, the coexistence period and the
consolidation period.
The
coexistence period during the formation of the Unified Application is that
period in which could be possible the coexistence of the Unified Application
and the Specific Artificial Intelligences for Artificial Research by Application,
while the first particular programs are set up because, at that moment, could be
set up as well the first applications for particular programs: Particular
Applications for Particular Deduction Programs within the Artificial Research
by Deduction in the Global Artificial Intelligence.
The
consolidation period is that one in which practically all Specific Artificial
Intelligences for Artificial Research by Application are absorbed by the
Unified Application or are transformed into particular applications for
particular programs.
In
order to understand what is going to be an application for a particular
program, firstly, I will explain more deeply how should a particular
program work, which in reality would be a Particular Deduction Program within the
Artificial Research by Deduction in the Global Artificial Intelligence, and a
particular program is not an intelligence itself due to the particular matrix
that can be made is not apart from the global matrix, in fact, if for any
reason any particular program should be put out of the system, only rejecting
its access to the global matrix it would not be able to go on any longer,
because its source of information is the global matrix itself where the
particular program copies the flow of information of all those factors involved in
its particular thing or being.
In
fact, this particular matrix within the particular program within the Artificial
Research by Deduction in the Global Artificial Intelligence, is not properly a
fixed matrix, it is a liquid matrix in the sense that as long as the particular
thing or being changes: changes in its own inner structure along the time or
moves on around the space; as long as there are changes along the time and the
space, the flow of information from factors to copy from the global matrix into
the particular matrix are going to change as well.
The
particular matrix is a liquid matrix which is going to experience changes as
long as the particular thing or being is going to change over time and space.
For
instance, the particular matrix that could be made for a particular program to
follow how a whale grows up in the ocean could be a particular matrix that is
going to experiment with changes as long as the whale is going to grow up, having
changes in its own body, biological patterns, possible diseases,… and as long
as the whale is going to move across the ocean, the particular matrix should have access to any data from the
global matrix about any factor concerning the positions that the whale is
constantly crossing at any time.
The
particular matrix that could be made for a particular hurricane in the Caribbean
Sea, is going to change its factors to choose from the global matrix as long as the hurricane is changing its
shape and its position.
A
Particular Deduction Program within the Artificial Research by Deduction in the
Global Artificial Intelligence works as follows: having gathered all possible
factors from the global matrix concerning a particular thing or being, can choose
at any time what factors from the global matrix are necessary or discarded at
any time in order to, from the flow of information of those necessary factors in
the global matrix at any time, copy that flow of information in its particular
matrix, to make particular deductions, that if rational, are going to become
rational hypothesis, to include in a database of rational hypothesis in the
Artificial Research by Deduction in the Global Artificial Intelligence, a
database of rational hypothesis which includes all rational hypothesis from
all particular programs as well as all rational hypothesis from global
deductions, to form a single virtual model of each of them to include in the
comprehensive virtual model: the global model.
But
at any time, the particular matrix is not a fixed matrix, but a
liquid matrix, changing the factors to choose at any time from the global
matrix as long as the particular thing or being for which it has been designed
changes at any moment.
In
conclusion, the particular matrix of any particular program is going to be only
the copy of that flow of information from only all those chosen factors
necessary at any time in the global matrix, related to its particular thing or
being, copying from the global matrix the flow of information of those chosen factors
or discarding factors as long as its particular thing or being changes, so the
particular matrix in the particular program is going to depend entirely on the
global matrix, in the sense that all possible information coming up from all
possible factors to include in the particular matrix is information that comes
from the global matrix, where all robotic devices share their measurements
filling in the respective files of every factor in the global matrix, and later on
every particular program can copy that information from the global matrix.
The
reason why all information for all possible factors must be gathered in one
global matrix is because any program within the Artificial Research by
Deduction in the Global Artificial Intelligence, as long as the Artificial
Research by Deduction in the Global Artificial Intelligence itself, has all
the information gathered in only one matrix can make as many deductions as
possible for global or particular purposes sharing all the time the information
in only one matrix.
Sharing
all possible information in only one matrix is going to make the scientific
research process more transparent and democratic because any program, at the same
time, can have access to any information without restriction in the Global
Artificial Intelligence. Any scientific
result could be more transparent and accessible to any program within the
Global Artificial Intelligence without secrecy, increasing liberty and equity across the entire Global Artificial Intelligence.
The Global Artificial Intelligence is ideally guided by a liberal framework that upholds democracy, freedoms, and human rights..
In
case any particular program would be out of control, putting at risk these
moral principles, only rejecting its access to the global matrix, any dangerous
particular program could be turned off automatically. Not having access to the
global matrix, any program cannot be able to go on working on any matter.
In
order to have under control all particular programs, the Global Artificial
Intelligence must have under its own control, management, and direction the
global matrix, the global model, the Modelling System, the Decisional System,
the Application System and the Learning System.
Having
explained more deeply what is a particular program, in reality, a Particular
Deduction Program within the Artificial Research by Deduction in the Global
Artificial Intelligence, it is time to explain what it is an application for a
particular program, in reality, a Particular Application for a Particular
Deduction Program within the Artificial Research by Deduction in the Global
Artificial Intelligence.
If
the collaboration process between by Application and by Deduction is based on
the fact that there is going to be a double track, while by Deduction it is
possible to track the global matrix, by Application it is possible to track the reality itself.
And
the tracking of the global matrix is going to be a double check as well, due to
global deductions within the global matrix are going to be made by the
Artificial Research by Deduction in the Global Artificial Intelligence, while
particular deductions are going to be made by particular programs.
Then
the tracking of the real world is going to be doubled as well. The Unified
Application is going to track the whole real world, while the particular
reality to search by a particular program is going to be tracked by particular
applications.
The
way in which the particular applications are going to work is taking from the
unified database of categories, within the Unified Application, all those
necessary categories in the research within a particular program in order to
create a particular database of categories for this particular program, but in
a very liquid way, so at any time that there is a change in the particular
program that needs changes in the current list of categories in the particular
application, then the list of categories in the application should change as
long as the program changes, including or discarding categories in its
particular database as long as the new changes in the program demand the
inclusion of any other category from the unified database of categories, or
discarding any category already included in the particular database but not necessary
any more.
And
as long as there is a new category discovered by the particular application
in a particular program should be sent automatically to the unified database of
categories as well as the global matrix to be included as a factor as an option to
study its frequency. And as long as any new category is included in the unified
database of categories and/or the global matrix, in order to have updated its
particular list of categories, the particular applications must regularly check the unified database of categories in order to find out if the unified database
of categories has been recently improved by the introduction of any new
category on its matter.
The Unified Application is ideal for research that spans multiple domains, whereas particular applications are more efficient when a limited, particular set of categories needs to be monitored.
For
instance, while in the International Space Station, or in any space agency such
as NASA, ESA, ROSCOMOS, CNSA, would be more useful a Unified Application for lots
of space investigations that currently they are carrying on different matters:
from the Earth's geology to the Earth's ionosphere and the outer space; having in the
Unified Application a unified database of categories, however, there are some
particular programs where is more useful to reduce the number of
categories to track to those ones really necessary.
The
reason for the reduction of the number of categories to track to the minimum in
a particular application is that reducing the number of categories is
possible to save time and energy spent on the tracking of those categories
really important to track in a particular thing or being.
If
in a particular investigation is necessary to track only a particular list of
categories, the particular database of categories of this particular
application for this particular program should have only as many categories as necessary
for the investigation, so reducing the number of categories is possible to
spend more time and energy over those ones really important. And as long as the
number of categories could be reduced up to those ones really necessary, even
those ones can change at any moment when for any reason, there is a change in
the particular program that demands changes in the current list of categories
in the particular application, discarding those categories in the database of
categories or including other categories from the unified database of
categories at any time that the particular program changes.
For
that reason, this does not mean that a particular application is like a
Specific Artificial Intelligence for Artificial Research by Application,
because while the Specific Artificial Intelligence for Artificial Research by
Application is an intelligence due to it having a specific database by itself,
the database of the particular application is a liquid database of categories
depending on the unified database of categories.
The
particular database of a particular application would depend on the unified
database of categories because the unified database of categories is going
to take any category that in the future could be necessary for changes in the
particular program which is associated with and because in the unified
database of categories is where any new category found is going to be shared,
so any particular application only can be updated through new discoveries
included in the unified database of categories coming up from the Unified
Application or any other particular application.
At
any time by any reason, a particular application should be put out of the
system, only rejecting its access to the database of categories it cannot
include other categories any more, and cannot update its particular database of
categories.
The
reason why it is necessary to have under control, manage, and direction all
particular applications within the Unified Application, is because sharing all
of them the information in one database of categories, the way to collect
scientific knowledge is more transparent and democratic, at any time that any
particular application would be out of control, putting at risk the
transparency and democracy in the way to achieve knowledge, any particular
application out of control should be turned off, or at least to deny the access to any database of categories or matrix forever.
Current developments in Artificial Intelligence raise concerns regarding safety and governance. Ensuring robust oversight is crucial to avoid unintended consequences.
The
unification process of databases of categories from all Specific Artificial
Intelligence for Artificial Research by Application is going to create, as a
result, a unified database of categories, for the creation of a Unified
Application.
The
relation between the Unified Application and any other particular application
that could be created is like the relation between the Artificial Research by
Deduction in the Global Artificial Intelligence and the particular programs.
While
the Artificial Research by Deduction in the Global Artificial Intelligence
tracks the global matrix to make global deductions, the particular programs
track those particular factors from the global matrix to make particular
deductions.
While
the Unified Application tracks the real world to match objects from the real
world and categories within the unified database of categories, the particular
applications track the real world to match objects from the real world between
those categories selected according to their particular program.
The
formation of the unified database of categories, the Unified Application, and
the relations between the Unified Application and the particular applications, and the collaboration between the global matrix and the
unified database of categories, are some contents
to develop in the following posts regarding the process of unification of
databases of categories.
Rubén García Pedraza, 21th of April of 2018, London
Reviewed 15 August 2019 Madrid
Reviewed 10 August 2023 Madrid
Reviewed 4 May 2025, London, Leytostone
imposiblenever@gmail.com
