Systems and Theory

by John Ragan




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Invitation To Amateur Scientists
Contents Of This Document

Invitation
Personal Experience
Research Ideas
Advanced Research Ideas
Suggested Methodologies
Amateur Mathematicians
Troubled Christians
Funding
Project Magnitude
Final Call
Updates ; To The Amateur
Referencing This Document




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Invitation To Amateur Scientists

Segment
Invitation

Address: jragan.com/amateur.htm#10.10.00


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Scientist :
      A scientist is defined by what he does and by nothing else; not even results.

Amateur Scientist :
      One who does science without pay; e.g., Einstein, Galileo, Newton, Gregor Mendel, etc., etc., and you.

Computer Science :
      The study of computer systems.

Creating The Scientist :
      A scientist is created by God; not by education.

To support his projects, this researcher re-invented methods, mechanisms, and tools that he could have learned in computer science classes, but inventing them was fun and educational. Imagine his glee when he discovered / invented data indexing instead of learning how others do it. Furthermore, education can sometimes be a hindrance. For example, a computer science degree would have taught him that it is impossible for one man to build a database manager.

If
      you see beauty in logic structures,
      you have thoughts about new systems,
      you are drawn to computerized logic systems,
      you are thrilled by assaulting the intellectual unknown,
then
      do not be concerned about formal training and funding.
"AxleBase", a technology leader as one of the world's most advanced systems, was envisioned and built by one unfunded man with no computer science education; having only a sociology degree, a few old computers, and a love for logic systems.

Just do it.

Merely doing it may change you and teach you exotic esoterica beyond your quest. Our Creator hid magnificent gems that are easily found by his children for a simple purpose; to entice you to seek, which will force you to grow and to be in awe of his work.


End of the Invitation segment.

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Invitation To Amateur Scientists

Segment
Personal Experience

Address: jragan.com/amateur.htm#10.20.00


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The systems that are described on this web site are real and were constructed entirely by this writer. From the little system translator to the mighty "AxleBase", they are entirely the writer's work. If you are so inclined, please join in the ranks of those who are serious about their play.

The questions and postulates that gave rise to "AxleBase" seemed like foolish, unbelievable, and even embarrassing fantasies when first imagined. Although now an operational system, when the project began around the turn of the century, such a system was undreamed-of. But "AxleBase" was, upon completion in 2015, one of the most advanced systems in the world, and was conceived, researched, and built entirely by one man.

Old men, do not despair. Fortunately, this writer was denied the chance to be a mainframe programmer, and was forced to wait until a man could buy his own computer and teach himself to program. He was fifty-five when offered his first programming job. Now almost eighty, his mind is more productive than ever, and systems of any kind are God's gifts to his mind. Do not make age an excuse.

Young men, do not despair. This writer enjoys telling young friends about the teen-ager who decided to conquer the world. Nobody told him that it was impossible, so he conquered all that he knew and was busily finding and conquering more when he died. He was nineteen and historians call him Alexander the Great. Do not make age an excuse.

Girls, stop whining. Your whining irritates those who did not have your advantages and opportunities, and distracts them from their work. Shut up and get busy. God did not give us an inferior gift.

Some who are not capable of self-determination will think that they can apply this document to their work in a group. That may be a costly waste of time. Those who want to work in a group may not even understand.

Recognition of his own weaknesses is more important to this writer than are my strengths. Maybe because he knows how limited he is, he offers his experience as a reason for others to try as he tried.


End of the Personal Experience segment.

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Invitation To Amateur Scientists

Segment
Research Ideas

Address: jragan.com/amateur.htm#10.40.00


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If you think of a research, study, or engineering project, then that is probably what you should do. If you do not already have an idea for a project, then maybe these thoughts will prompt an idea.

Remember that practicality is not an objective in science. If you make a significant finding, it will certainly be put to work by others. The "AxleBase" project was embarrassingly theoretical with no possible practical application when it began.

If you do not know why Twitter, ipads, tablets, television, blogs, Facebook, and cell phones are insanely boring, then trying to move to the front lines of science and technology may waste your time. If you think that Facebook and Twitter are technology companies, then you think that truck drivers are technologists because they use technology, and this web site will waste your time. Although they excited the masses, Twitter and blogs are merely social phenomena that used old technology.

The fact that something seems simple or minor to you does not necessarily make it so. One of Man's greatest ideas, the theory of relativity, is easy to understand, but easy to understand only now after Einstein has presented it to us. If you have any original idea or make any discovery, we may need it.

Your project need not be earth-shaking. A simple idea that is well studied and well presented can become significant. The American scientist, George Washington Carver (who was not white, by the way), was a simple man who sat down to study the peanut, and along with many other things, he gave us the peanut butter that fed generations of us who could not afford meat. A method of creating small spheres was worthy of an article in a distinguished journal (Nature, vol. 487, pp 463-467), and the 2010 Nobel Prize In Physics was awarded for sticking a piece of tape to a common substance to create a thin material (American Scientist, vol. 100, p. 388).

If you can wade through the math and jargon of research reports, you will find that most research in physics and biology addresses very small and(or) simple ideas. For example, this civilization could not exist without the mindlessly simple array logic that we take for granted in computer languages. Highly regarded journals would be happy to publish such a discovery alongside genomic and quantum mechanics research, especially if you obscured it with descriptive equations.

Do not be intimidated by education. A friend with multiple degrees in computer science refered to the halting problem several times. Finally swallowing this old man's embarrassment, he confessed ignorance, so he explained. He blurted out, "Oh, you're referring to Godel's "Incompleteness" theorem. The lack of formal education had allowed him a broader view of the problem. A manager in a major corporation kept referring to the insurmountable AxleBase-class CAP theorem, of which he was ignorant. Finally understanding, he told the manager that his AxleBase design had eliminated that problem.

Basic taxonomy is frequently slighted because it is simple. But it can seem simple only if capable men have first made the world understandable through taxonomic methodology, study, lists, debates, and analyses. Biological and medical sciences would be almost impossible without their taxonomic foundation. Their Linnaean binomial nomenclature was one of the most powerful tools in history. Will non-linear behavior always be a glob in computer science, or can its taxonomy be grasped by methodical and analytical men so that it can then be rigorously studied in systems?

Read this entire web site if you have not already done so, because it covers a lot of ground in computer science. Do not quit if you find it too technical, but read lightly thereafter in the assurance that you will absorb the technology in time. And perhaps ideas may be brought to mind.

Maybe read the research page last because it can be technical and because it may be the most fun for people like you. It has more thoughts and concepts that may generate ideas.


End of the Research Ideas segment.

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Invitation To Amateur Scientists

Segment
Advanced Research Ideas
Address: jragan.com/amateur.htm#10.50.00

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Phenotypic Plasticity:
      The Phenotypic Plasticity segment of the Theory page on this site presents thoughts on that biology concept as it might pertain to computer science. A key part of the concept as presented there is old-fashioned analogue mechanisms. The heretical suggestion is made that we might reconsider analogue computation to increase the power of our systems.

Analog Computers:
      Do not shrug off the analog computer. It is not widely known that civilization is currently dependent on the analog computer for its entire existence; e.g., every vehicle that is driven by an internal combustion engine depends entirely upon an analog computer to control the complex and high speed internal functioning of the engine. It has been in use for so long, is so ubiquitous, and is so dependable that we forget it, and technicians who know engines think of their sophisticated internal computers as just more steel parts. (Address it now because the power of its example will be wasted on your grandchildren who will be ignorant of internal combustion engines.)
      The digital computer is easy to understand, build, and operate, so it entirely replaced the analogue except in places where only the analogue will suffice. Might you find an analogue application? Might you find a need for analogue computation in the world, and then design a generalized analog computer to meet it?

Analogue Computation:
      A general assessment of the analogue domain may yield interesting areas of research. The reasons for analogue computation having gone out of style at the end of the twentieth century are primarily because digital is easier to control than is analogue, but that area may still be fertile research ground. An unfunded lone amateur might generate fabulously interesting hybrid digital-analogue system research.

Genomic Apparatus:
      Continuing research in the genomic apparatus and architecture is yielding breathtaking discoveries of beautiful complexity far above the simplistic conceptions of the original chromosome describers. Even transient chromosome topological factors and spatial relations are found to contribute to genetic events (Nature, vol. 485, pp. 376-385), thereby compounding genomic complexity tremendously. The biologists seem to have adequate computer support, but the complexity through which they work might be ameliorated by generalized model abstractions in computer science.

Genomic Apparatus:
      Researchers in molecular and cellular biology seem to be engaged in what computer science calls system analysis. Unlike the systems that we analyze, they are analyzing the system work of the Master. Although their findings do not seem inordinately complex so far, there is a chance that they may find a complexity so great that it may be grasped in its entirety only with computer models when finished. The knowledge of an enzyme inhibitor is far removed from grasping the total complexity of the living and functioning cell where the enzyme works.

Molecular functioning:
      It appears to this ignorant observer that the Creator employed a digital model in cellular construction. Molecular functions within the cell seem so discrete and identifiable that a digital system appears to be represented. Also, the number of elements is so small that the cell-level system becomes simplistic. Their electron exchange may allow entirely digital models without the need for analogue mechanisms. Also, cell organelles are ideally suited to expression as object-based functions.

Interdisciplinary Research:
      Embrace the fear of darkness. "Axlebase" is an example of risking the unknown. What construct is necessary to support theoretical paleontology? At least one quantum mechanics concept appears, in a superficial glance, to offer a powerful logic structure component for standard computer systems. The free (sloppy) thinking of quantum mechanics has developed unusual concepts that may engender new computational ideas and tools.

( Quantum Mechanics:
      Quantum mechanics offers a powerful and unusual lesson. It has suffered from rampant anthropocentrism for a century, resulting in a blend of science and superstition replacing empiricism, science's cornerstone. Anthropocentric superstition has also reared up in cosmology. So we are blessed with a balance of embarrassment from science colleagues practicing religion on one side and brother fundamentalists practicing science on the other. (For fun and laughs, listen to the science anouncements on the Christian radio networks. Remember while listening that they are serious.) See also the "Science Philosophy" on the "Miscellaneous Theory" page.)

Non-Linear Behavior:
      Interesting study might be found in non-linear behavior that arises in computer systems that contain analogue mechanisms. That area might yield significant scientific research in analysis, description, usage, and control. That knowledge will certainly be necessary before we can seriously address analogue computation. Why has non-linear behavior not appeared in the billion internal combustion engines that we have built? The answer appears to be obvious, but are you certain?
      ( "Now" would not be too early. Due to its advanced technology, the user manual of the "Axlebase" database manager coaches the administrator of that system to avoid synchronization "Problems" that could arise from an operator trying to over-control "Axlebase".)

Non-Linear Behavior:
      No, you do not need an education in higher mathematics; you only need to understand the nature and genesis of non-linear behavior in systems. If you find something of significance and worthy of publication, then find somebody to write a few equations for you as his friends helped Einstein. The current state of technology is such that the area is of little consequence, but if technology foundations change, then the area could become of immense importance. Even the ability to identify where the behavior will arise could be important. Pure research (research only for its own sake), if executed and recorded rigorously, is valuable.
      ( It appears that the current long-term trajectory of Man's activities is headed toward a domain in which the analogue will be required, which will need systemic non-linear behavior control.)

Hysterisis:
      Is hysterisis a valid area of research in computer science? Is it even demonstrable, and therefore, measurable? If not, then can it be proven to be of no concern for systems? If so, then what may be its systemic and(or) inter-system impact upon complex systems of the future? In what kind of systems might it arise? Some were questions that were addressed in the "Axlebase" project; was that time wasted?

Modeling:
      If you are comfortable with extreme abstractions, then consider modeling as a stand-alone field apart from its many subjects. And many they are. Extremely complex models are needed in the study of astrophysics, the various areas of geophysics, climatology, economics, etc., etc. In some cases, such as novae, only the model permits the study. The models sometimes become so large and complex that they must, themselves, be abstracted. Decades of work on the nova model recently yielded notable answers. You might gain recognition if you can develop generalized model parts that modelers in various fields can plug in as needed. Based upon my work in AxleBase, I believe that most large complex models can be done on the amateur's cheap desktop computers.

Plasma Jets, Lasers, Chaos:
      If computer science holds little interest for you, there are many other areas for amateur research. For example, anybody with access to machine tools can build a simple water-fed and water-cooled plasma jet, which high school classmates did. Can you harvest electrons and nuclei from it, and what else might be possible? I built a tabletop fuel cell seventy years ago in my teens, so it was simple, but it is starting to get serious interest. A laser is more difficult, but offers endless possibilities in numerous fields in physics, communications, data storage, etc. If you felt before reading this that the perfect order of terminal "Chaos" is dissonant with much that is said about thermodynamics, then maybe you can think, so sit down and think before you are warped by education.
      And there is crispr-cas9, which may be one of Man's greatest threats.

Theoretical Chemistry:
      If theoretical chemistry interests you, then you might enjoy pleasant hours studying an article by Dr. Roald Hoffmann. Reaching across the universe, he creates an example of how, even in chemistry, theory can reveal higher realms of knowledge. But be forewarned; his attractive cover conceals a profound horror story. (American Scientist, July-August 2013, pp. 260-263) In computer science, theory pointed to its own actualization in AxleBase.

Source Generators:
      Fertile fields might be found by looking for source generators. For example, there has been a great effort to find life on other planets, and the most interesting thing about that search is that it started and continues today without a *rigorous definition of life. One wonders for what they searched. Also, great political, ethical, and scientific debates rage across the world about human genetic and reproductive research while the debaters cannot define the human.

Artificial Intelligence:
      Vast efforts are underway to create artificial intelligence, but the researchers cannot rigorously define intelligence. If their machines define it for them, honesty may prevail. (*A facet of this problem is well addressed by Doctor Sophia Roosth in "The Shape Of Life", in "American Scientist", May-June 2018, PP. 168-175)
      See also "Artificial Intelligence" on the "Miscellaneous Theory" page.

Life Definition:
      Although the previous two paragraphs are humorous, those questions, and many like them, may be critical to Man's future. Life could be hiding in plain sight on this very planet. He argues in heated circles about fetal abortion while having no idea of what he is arguing, causing one to wonder about the mental health of the so-called Christians involved. When machines demand equal rights because they are human, Man may have no response.

Etc., etc. . .   Are you really intimidated by such people? Despite their degrees and recognition, you might suggest that, since they literally do not know what they are doing, they obviously need your help. They are surely working, but who is thinking?   (But reading history or listening to National Public Radio news for a month suggests the same evaluation for the entire human species.)

Artificial Intelligence States:
      If the universe has intelligent beings besides us, will they also suffer psychological problems? The question suggests that three factors,
          abstraction,
          complexity, and
          autonomous growth
of intelligence will inevitably produce malfunction. That suggests that artificial intelligence, if ever achieved, will evince unpredictably aberrant and illogical behavior that is not chaos; i.e., our systems may become dangerously interesting. However, as suggested earlier, there may be a universal stabilizer for machine-based entities that you might publish as theory, requiring no advanced degrees.
      ( Please note that this is about machines, and does not support the effort toward absolute sanity and stability in humans that will emasculate creativity and lead to death by ennui.
      Fear that state that already may be indicated by minor events, such as a few deaths in Arkrotiri, being national news.)


End of the Advanced Research Ideas segment.

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Invitation To Amateur Scientists

Segment
Suggested Methodologies

Address: jragan.com/amateur.htm#10.60.00


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Suggestions on this document are not only from my experience. They seem to be supported by common sense and by the lives of many who became famous for their amateur work.

As you ease into the work, you will develop techniques and methods that work for you. These few are suggested to get you started and maybe make you feel at ease.

Have no concern about working alone. You will avoid distraction and manipulation by the more articulate and socially skilled who cannot work alone. Serious men working in any science avoid committees, meetings, and women who are beautiful or assertive. If you are blessed with results, you will get more attention than you want. Beware: Everybody in this age thinks that they can work alone because they do not know themselves.

A writer wrote that eighty percent of scientific research is done by teams. That sounds correct because few people are capable of original thought, walking alone in the dark, enduring the stress of focused abstract thought, and enduring the deprivations required by such a life. That eighty percent, and maybe more, must be led and directed to do the mundane follow-up work behind great discoveries. If you can explore, then you may be among less than one percent of the masses. Your ability and strength are special and valuable.

The Encode genome project is an example of a beautifully planned and executed large project with hundreds of people involved in a complex research task. Its leaders received deserved respect. But one of them, Ewan Birney, writes in support of this position, "...I feel strongly that the vast majority of funding should go to smaller, more creative, hypothesis-led science.". (Nature, Vol. 489, p. 51) If you are able to answer this call, then you have been recognized already by Dr. Birney and others, although you probably will not get that funding because you are the extreme lone wolf.

If you have little or no training in computers and computer science, try a practical hands-on approach to research. Having no math or computer science training, this researcher uses the engineer's perspective. Ideas, presented as hypotheses on the Research Findings page, were addressed as logic engineering problems; in other words, build it to prove it. If one was solved; i.e., actualized in a working system, then the hypothesis was valid.

If you have ever doodled, then try a mental version of it. When I conceived of a distributed relational database manager, I could not even grasp the idea. It was a nebulous thought that was antithetical to the relational database manager construct; i.e., impossible. I sat for hours, days, and weeks trying to understand what I was trying to think about before I could even see the nature of the problem. I was not even sure initially of what I was trying to think about. That is not an exaggeration.

That is also a forewarning. To others, the AxleBase solution now seems obvious because it exists for them. But it required long hours of stressful mental wrestling and searching in quiet rooms. You will be made happy if you persevere when you encounter that stress. The Creator sent us out to work. (Einstein expressed the same thought-induced stress in a letter. "The Elegant Universe", by Brian greene, 1999, p. 62, ISBN 0-393-04688-5)

Ignore confusing jargon. Buy the books that you need to get started and ignore the rest. You will read on the Research Findings page about esoteric manifold abstractions and abstract reasoning, but be assured that I was overwhelmed by simple programming concepts when I started. You will slowly develop the playthings that you need as you work.

Focus! This idea is heretical, but it was certainly the best thing for me. Continue reading only outside (Yes, outside.) your field of research. It is the job of people paid by the big names and the open source hordes to discourage and disrupt your focus. Trying to stay in touch with the field that you are creating is a waste of time after choosing a project.

Focus! While reading Mr. Darwin's "On the Origin Of Species...", one is first struck by the enormous amount of study of life that he invested before he published. He spent decades in just looking at plants and animals, thinking, and making notes. The result was a rigorously constructed theory of reality that changed our culture so thoroughly that we now consider it obvious. His theoretical work was as powerful as that of the linguists of his era. He was focused.

( Complex and amazing relations, expansion, and migration routes of prehistoric man out of Africa and around the world were first discovered, neither by anthropologists, nor archeologists, nor biologists, but by amateur linguists. Before anybody knew what they were doing, amateurs created and built linguistics into a beautiful complex empirical science with a strong theoretical structure that could see thousands of years into the past.)

Reading in other sciences is relaxing and stimulating. Reading genomic research reports invariably reminds me of AxleBase theory, and reading research in physics is fine stimulation.

Avoid the internet as avidly as you avoid television. Unless you want to play, you do not need a high speed internet connection. Even this web site is maintained over an old-fashioned dial-up connection.

Consider your small personal habits. When unemployed, I shaved, dressed, and came to my desk at home every morning to begin a day of work. That kind of behavior alone will set your productivity above the masses.

The man who becomes passionate about his work endangers his life. If you are blessed with passion for a project, then remember your friends, family, physical exercise, and Creator. You will be surprised by how much they will inspire you. When you are most engrossed in work, be willing to take a break for a long walk alone so you can meditate and chat with your Creator. Any walk seemed to increase my productivity, but a walk with our loving Friend, the Creator, frequently surprised me. Frequently. He looks forward to your company.

Finally, if a man belittles your work or dampens your fire, be grateful for him warning you to avoid him. You will meet that envious little man many times.


End of the Suggested Methodologies segment.

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Invitation To Amateur Scientists

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Amateur Mathematicians

Address: jragan.com/amateur.htm#10.65.00


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The amateur mathematicians among us also can participate. Not only can you have the fun of research, but maybe you will make a discovery in the practical realm of the real world, which the rest of us will appreciate.

For example, the relational database that supports civilization today might provide many mathematical explorations. Look at the Mathematical Analysis segment on the theory page. It presents neither a solution nor a problem, but a question or proposal concerning the mathematical domain in which the relational database construct belongs. Maybe you can demonstrate that the proposal is merely nonsense.

Of course, that implicitly asks whether or not the relational database construct can even be addressed mathematically. Although the construct was devised by a mathematician, E.F. Codd at IBM, can it be rigorously stated mathematically in a succinct set of equations in a way that reflects the real-world systems of today?

I had an exciting idea years ago for a way to express the relational database construct mathematically that is unlike the popular concept. If valid, it seems to present some unexplored ideas. I do not have tools to pursue it, but it certainly suggests opportunities for the amateur mathematician in computer science.

If you can rigorously describe the real-world relational construct mathematically, then a most intriguing question would arise: What might a descriptive set of equations tell us of additional real-world extensions to what we are doing today that are not just more bells and whistles? Now, that could be earth-shaking since today's civilization rests on relational databases!


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Invitation To Amateur Scientists

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Troubled Christians

Address: jragan.com/amateur.htm#10.67.00


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Christian believers have suffered greatly from internal conflict between their faith and their science. This segment is addressed only to their comfort.

Fear not. When our brother, Thomas, said that he would believe when he saw with his own eyes, he was being prudent and honest, so he was given what he wanted by our "Holy Leader" and was not rejected. You will not offend our Father by asking and seeking. But you will offend him with lies and deceit, especially if you support him in that manner. One of the lessons that he prepared for us:
There is absolute incompatibility between dishonesty and "Truth".

It might be nice if we all perfectly understood the Bible, but we do not. Therefore, insure that religion does not guide your research. Evolution theory is an example of that trap. Will you, a mere man, tell the Creator how to do his work as some have done? Whether he created the universe two days ago with all of your memories, or he evolved it through billions of years, that is his business and not yours. If you deny the evidence, then you endanger your relation with the one who created that evidence.

If you try to alter reality to support a personal belief, then your deceit will anger God, deny God's reality, and harm God's children, and your deceit certainly will eventually be discovered. ("Discover", 2 Jan 2012, pp. 66-67, "The Mismeasure Of Stephen Jay Gould") When the ontologists perverted logic to prove God's existence, they became ludicrous examples of that kind of deceit. Reading their work is almost painful. Do not risk God's rejection and the laughter of being grouped with Saint Anselm and Saint Aquinas, regardless of your beliefs.

God likes his works and he is proud of his children. How do you suppose the Father feels when you marvel at one of his works with him in your heart? Although not a discovery, but knowing what it was, when I pointed a large telescope at M13, my knees melted and I could only sit praising his magnificence through tears. Do you think that my Comforter felt threatened by my curiosity and awe? What does the curious researcher do but glorify his own Creator?

Pity those who use their knowledge to replace God with their ego. For us, God's greatness and Godel's "Incompleteness" theorem are a comfort that others cannot know. You understand that those who think that they know him or can somehow prove or disprove him do not understand that not even the "Magnitude" of the problem domain can be comprehended by the minds of mere men. They do not even know where you live.

Consider God's message to us; the Bible. Read it attentively and alone, ignoring the trash that you were taught, and bringing your intellect to bear. You will find that one of its many great wonders is that it was written to make sense to people in 6,000 BC and to today's theoretical physicist. Your research will neither disprove nor prove it, but will fit into it. That raises another issue: What if you find something that conflicts with the book? Relax. Your understanding of what you found is incorrect and will change, or others will refute your finding. That is how science works. But never suppress research findings because you think they conflict with the book; worse than ignorance, that would be unholy deceit. ( See also "Christian Comfort" on this web site.)

Charles Darwin's directness is refreshing where he wrote, "On the ordinary view of the independent creation of each being, we can only say that so it is; -- that it pleased the Creator to construct all the animals and plants in each great class on a uniform plan; but this is not a scientific explanation.". (On The Origin Of Species..., 1872, p. 397, line 16, or ch. 14, section 9) His directness makes one smile.

Years of contemplation of the Bible have led me to believe that God is Reality; there is nothing else. There is danger in that idea, so we must handle it fearfully, but for the Christian in this context, it means that the study of reality can be a godly man's holy pursuit. Contrary to what many have told us, the conflict may be many things, but it is certainly not between science and he who is Truth.

If we are honest in research, then our faith in God will increase our pleasure in science. Charles Darwin wrote in the last sentence of his book, "There is grandeur in this view of life, with its several powers, having been originally breathed by the Creator into a few forms or into one...". (ibid.) Mister Darwin was having fun.

Interestingly, as Man's knowledge has greatly increased, Man's comprehension of his knowledge has decreased due to his limits, so the masses become more dependent upon superstitious belief in institutions, authorities, and scientists to explain reality. We may be returning to the dark ages via the internet. But unlike those who roil in superstition and fear, you rest in the comfort of your holy Anchor as you study his reality. You are comfortable with Man's great gaps of perpetual ignorance because God is the ""I AM"".

We are little children filled with respect, wonder, and awe for our glorious Father's work. We laugh and play in our freedom.

( You might also enjoy the "Christian Comfort" appendix on the theory document.

( This segment added February 2016. )



Confession

As a follower of the Christ, this writer is taught that the will of God is above all things, and he knows, also, that he may claim the freedom that God gives us to search out, analyze, and assess all things that can be understood by a man, and even this will be to our Almighty God's glory.   (Thank you, Father)


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Invitation To Amateur Scientists

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Funding

Address: jragan.com/amateur.htm#10.70.00


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Forget it.

You are on your own. Funding goes to people with letters after their names and to people who work for universities or business. Variables such as yourself are considered dangerous unknowns. (Nature, vol. 492, p. 34, 6 Dec 2012)

( Interestingly, although it does not prove it, that same study does strongly indicate that science's most influential research publishers do not receive government funding.)

But you will always be your own boss. Poor, yes, but productive and free.

Besides, your ideas will be too dumb to get funding. For example, who would pay to see if colors have different temperatures? That particularly dumb idea became a foundational element of much of Man's civilization. You are on your own with your dumb ideas.

The technique that worked for me was to alternate between having a paying job for a few years and then working for a few years. But poverty is not pleasant, and maybe you will think of a better way.

"If it was easy, everybody would do it."

But do not take these comments as law. Many physicists have been financially supported for decades in pursuits so nonsensical that they seemed to be publicly laughing at their benefactors. The last half of the twentieth century gave rise to well funded modern alchemists whose hypotheses were downright embarrassing to read. So perhaps I am wrong.


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Invitation To Amateur Scientists

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Project Magnitude

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Big and noisy are impressive. Small and quiet are not. That is basic human psychology that we must accept. The Hoover vacuum cleaner company noticed in the early part of the twentieth century that its sales depended upon the noise of its product because women seem to equate noise with power. Big and noisy are needed by those professional scientists who treat science as a corporate ladder, but are they necessary for your creativity ?

The crowning glory of the Large Hadron Collider in Switzerland was the discovery of the Higgs boson particle, so we applaud them. Many governments invested billions of dollars in building and running it. Thousands have worked to build and run it. Hundreds of scientists around the world worked together on it for years to find the Higgs boson. It was certainly a great accomplishment that was announced with much publicity around the world.

Of more significance to some of us was the almost unnoticed detection, decades before, of the Higgs particle in cheap table-top experiments. (Nature, 28 March 2013, pp. 422-423)

Neutrino detectors weigh thousands of tons. Until 2017 when a small table-top detector was unveiled. (Discover, Jan 2018, p.28.)

In computer science, Google's organization and research money created a notable high speed database manager. At the same time, research conducted by one man on scrapped desktop computers created AxleBase that was thousands of times faster. (See Performance Comparisons.)

We are told that modern science can be done only by massive and expensive organizations. That is nonsense. The AxleBase research by one man while others required millions of dollars for computers and organizations provided many chuckles through the years. (I hope you enjoyed the humor when you started reading about it.)

Just do it.

( This segment added September 2013. )


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Invitation To Amateur Scientists

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Final Call

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Amateur scientist is one of Man's highest accolades. If you do science alone and without pay, then you are in the company of Einstein, Galileo, Newton, Gregor Mendel, etc.; a distinguished line of quiet and dedicated men upon whom stands this civilization.

Any science that is characterized by demonstrable results, a need for intelligence, low monetary investment, and inability to exclude people, is open to the amateur. Amateurs still advance astronomy. To the horror of the authorities and to the cheers and laughter of amateurs, the nuclear reactor of a man in Sweden melted down in his kitchen around the turn of the century. (American Scientist, Jan 2012, p. 81) (Astronomy, Jan 2012, p. 52) (Sky & Telescope, Mar 2012, p. 18 )

Einstein's most significant work was done while he was still an amateur. But the value to society of the serious amateur scientist is very high even for small achievements. Discovery by amateurs gives society a greater return on investment than can be obtained from massive and expensive professional projects. You can take pride in your work, regardless of results.

The truly independent have little interest in publishing. But if you maintain well-documented rigor in experiment and observation, a failure to verify your thesis may be valuable. Publication of failure without apology is respected and valued by the general scientific community because a valid negative is an addition to the body of knowledge.

By definition, you will be working out on an undefined frontier where you are alone and your activities can be defined only by God and yourself, so perhaps you should ignore ridicule. Using only Newtonian mechanics because he was so far ahead of his time, John Michell hypothesized black holes in 1783 and even calculated the size of the event horizon.

The ease of accomplishment of the objectives in the AxleBase project suggests vast unexplored computer science fields. Also, most of the manhours in the project went into building the vast structure that was required; it took years to build one test. Most questions will not require such a massive software project, making them more accessible to the unfunded researcher working alone.

If you are drawn to computer science, then do not let the money, power, and open source hordes in the field intimidate you. If you accomplish nothing, then your least reward will be countless hours of fun. If you succeed in exploring new areas, you will also have the fun of watching the others follow while they pretend to ignore you, and somebody might accidentally give you recognition.

Great advances in science are usually done by an individual. Month after month, the research that is published in the science journals consists of large committees reporting a plodding progress of tiny steps. That kind of plodding progress is valuable in all fields of science, and if you do that in computer science, you will have our respect and gratitude, but major advances await the man of vision and courage who works alone. If you are strong enough to work alone, then do so.

Will you accomplish anything of note? You can be sure of this and only this:   Your time will not be wasted.

Our God intentionally gave us a vast and wonder-filled playground in this universe for you to enjoy.


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Updates

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To The Amateur :

By the time that you read this document, you will find many, and maybe all, of these ideas that were intended for you have been addressed by monied and degreed professionals. Do not be disheartened. That merely indicates the validity of this invitation to you.

I will not attempt the pointless task of keeping this document new and updated. Instead, let us just put our heads down and work. Dwell not on specific research ideas, but consider my techniques, philosophy, and the way that this amateur thinks. Remember the great amateurs whom you and I emulate, and God willing, you may likewise be remembered.

John            
August 2012


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Referencing This Document



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Document Copyright   2012-2023   John Ragan

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When referencing it, please use the copyright date shown above.

Like all of the internet, the author expands, updates, and corrects now and then. The original publication date was 3 June 2012.

Its internet address is

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You can click here to obtain contact information.


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