Vladimir Komarov
I belong to a generation of scientists who studied and developed with such outstanding personalities as N.N. Semenov (Nobel laureate - chain chemical reactions), Ya.B. Zel'dovich (Theory of Combustion and Detonation), P.L. Kapitza (Nobel laureate - the phenomenon of superfluidity of liquid helium, L.D. Landau (Nobel laureate - the theory of condensed matter), A.N. Terenin (explanation of triplet nature of the phosphorescent state of organic compounds, spectral study of photochemical reactions of chlorophyll and its analogs, triplet- triplet energy transfer between organic molecules, photonics of dye molecules and related organic compounds), V.A. Fock (works related to quantum mechanics, quantum electrodynamics, quantum field theory, the theory of many-electron systems, statistical physics, the theory of relativity, the theory of gravitation, radiophysics, mathematical physics, applied physics, philosophical problems of physics).
These are my teachers and scientific leaders. I hope that I inherited something from them
I graduated from the Leningrad State University . I am interested in everything that can lead to organizational changes in science and education. Not less important for me are the political transformations in modern Russia. It frightens me that often the decisions of the editors of magazines are influenced by "secretaries, guards and wipers".
I'm accustomed to the reasoned answers of reviewers and editors of magazines. I do not like the robotic responses of editors - they hide behind the reluctance to work or lack of knowledge of the topic of scientific work. I do not like when personally addressed letters are not answered to me (see: Vladimir Komarov vs American Association for the Advancement of Science
& American Chemical Society - Mr. Holt and Prof. Dorhout). We are engaged in science, not politics!
Phone: +7 964 325 71 81;+7 953 174 97 41
These are my teachers and scientific leaders. I hope that I inherited something from them
I graduated from the Leningrad State University . I am interested in everything that can lead to organizational changes in science and education. Not less important for me are the political transformations in modern Russia. It frightens me that often the decisions of the editors of magazines are influenced by "secretaries, guards and wipers".
I'm accustomed to the reasoned answers of reviewers and editors of magazines. I do not like the robotic responses of editors - they hide behind the reluctance to work or lack of knowledge of the topic of scientific work. I do not like when personally addressed letters are not answered to me (see: Vladimir Komarov vs American Association for the Advancement of Science
& American Chemical Society - Mr. Holt and Prof. Dorhout). We are engaged in science, not politics!
Phone: +7 964 325 71 81;+7 953 174 97 41
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Papers by Vladimir Komarov
Indeed, at the end of the past and at the beginning of this century, there was an information and technological explosion.
True, there are bewilderment about the need for human presence in space, the need for man to fly to Mars, the need to create an anthropoid robot .... And in general, sometimes it is unclear - why scratch the right ear with the left hand (I'm hinting at quantum chemistry, combinatorial chemistry ...)
We are still using the primitive NIST database. School programs are primitive and the information is so overloaded that it turns out that to enter the university it is necessary to resort to the help of tutors. Ninety percent of scientific work is generally not needed by anyone.
It is necessary to bring at least some order. In the information plan, it is necessary to recall the classics (Claude Adrien Helvétius, said: "Knowing some principles of easily compensating ignorance of some facts". Rutherford, said: "All science is on either physics or stamp collecting").
Let's put things in order. There is nothing more fundamental in Natural History than symmetry.
Symmetry is the Constitution of Nature.
Absolute symmetry is extremely rare in nature. But its violations and their analysis lead to a huge number of new scientific trends. There is a well-known symmetry of objects in geometric space and there is little known symmetry of objects in the space of their physical properties.
That's about it and will be discussed below.
Dear Prof. Peter Dorhout. Dear Prof. George C. Schatz!
I sent my manuscript "Unitary symmetry of atoms, molecules, codons, mixtures and its applications" to the Journal of Physical Chemistry (George C. Schatz, Editor-in-Chief; g-schatz@northwestern.edu)
I sent my manuscript to the Journal of Physical Chemistry Letters (George C. Schatz, Editor-in-Chief; g-schatz@northwestern.edu), "Unitary symmetry of chemical objects and its applications to hormone mixtures".
vs
Peter Dorhout (ACS) & Norbert Pienta,
Editor in Chief
Journal of Chemical Education, ACS
What questions are required to answer Editor-in-Chief of the Journal of Chemical Education,
NOT FROM ONE I HAVE NOT RECEIVED AN ANSWER.
FROM ONE SIDE, IT MAKES ME HAPPY - I'M THE FIRST,
WITH THE OTHER - THEY CAN THINK ME A WORLD-CRAZY.
Dear Mr. Holt!
Let's get acquainted.
I belong to a generation of scientists who studied and developed with such outstanding personalities as N.N. Semenov (Nobel laureate - chain chemical reactions), Ya.B. Zel'dovich (Theory of Combustion and Detonation), P.L. Kapitza (Nobel laureate - the phenomenon of superfluidity of liquid helium, LD Landau (Nobel laureate - the theory of condensed matter), A.N. Terenin (explanation of triplet nature of the phosphorescent state of organic compounds, spectral study of photochemical reactions of chlorophyll and its analogs, triplet- triplet energy transfer between organic molecules, photonics of dye molecules and related organic compounds), V.A. Fock (works related to quantum mechanics, quantum electrodynamics, quantum field theory, the theory of many-electron systems, statistical physics, the theory of relativity, the theory of gravitation, radiophysics, mathematical physics, applied physics, philosophical problems of physics).
These are my teachers and scientific leaders. I hope that I inherited something from them
Now, in essence.
1. Why do not you have a direct Email address, and I have to contact you through somebody Andrew Black, ablack@aaas.org, who did not even deign to inform me that he received my letter and will soon transfer it to you? I am telling you in confidence that the same thing happens when sending a letter through "contact us" on the AAAS portal.
Your mission is:
The American Association for the Advancement of Science is an international non-profit organization dedicated to advancing science for the benefit of all people.
What does "international" mean? I am a Russian scientist who spent most of his life behind the Iron Curtain and was deprived of the opportunity to establish scientific ties in the US and the countries of the European Commonwealth. Therefore, I can not, for example, for Science magazine, provide 5 independent reviewers for recommending my manuscript for publication.
In "Aims and scope" I read:
Publish cross-disciplinary research and collaborations, to encourage innovative approaches to complex scientific and social problems, and support open discourse among readers in diverse areas of interest and expertise.
My first article was called: "Unitary symmetry of codons." The keystone laws of mutagenesis and evolution. ".
We have received your submission entitled "Unitary symmetry of codons. The keystone laws of mutagenesis and evolution.". However, we are returning it to you at this time because of the reasons listed below:
===========================================
1. Please state that the submission is intended for Science Advances in the cover letter.
2. Please add subject headers for a 'Materials and Methods', 'Discussion', and 'Results' section in the relevant areas of text.
Rachel Walther
Editorial Coordinator
First, my discovery "Unitarian symmetry of atoms, molecules, codons and mixtures" lies at the intersection of such works as:
1. M. Gell-Mann, A Schematic of Baryons and Mesons. Physics Letters 8 (3): 214–215. 1964
2. Sylvie Braibant; Giorgio Giacomelli; Maurizio Spurio (2012). Particles and Fundamental Interactions: An Introduction to Particle Physics (2nd ed.). Springer. p. 384.
and the scientific material that underlies the systematics of atoms, the physics of atoms and molecules, the homology, physical properties of molecules and databases, genetics, heredity, mixture chemistry, hormone chemistry, pharmacology and early diagnosis of pathologies, including instantaneous pre-aggression.
As you understand, it is most likely impossible to find scientists who could fully understand my work. If chemists do not know what "combinatorics" is, then biologists and geneticists generally shudder at the words "symmetry" and "strong and weak interactions."
Secondly, the requirement to follow the graduation: "'Materials and Methods',' Discussion ', and' Results" in relation to my research in general is meaningless.
My research - a NEW PARADIGM OF NATURE: a combination of original objects, the selection of these objects within the existing Homeostasis, the combination of the selected objects to a new level of material development, etc. with a regular arrangement of objects in the space of their physical, chemical and biological properties, called Unitarian symmetry.
The answer so far I have not received.
The identification of a potential terrorist can be carried out in three ways.
The first method is aimed at the creation of explosive detectors and the corresponding sophisticated hardware, technical and personal support. Its main drawback is demonstrativeness. It remains only to hang a sign: "Terrorists with explosives are held here."
The second way is to analyze the communicative activity of a potential terrorist. The main drawback of this method is easily overcome - the methods of information encryption have already been invented. These methods do not allow you to open and decrypt information. And anyway, an early transition to new types of information transfer will make communicative activity sterile.
The main drawback of the first two methods is that the explosives ceased to be necessary for the commission of the terrorist act. A characteristic example of the last time is the driving of a car on pedestrians.
The third way is to identify the physical parameters of certain physiological substances of a potential terrorist and to create such non-invasive methods for scanning the values of these physical parameters, which in a very short period of time would reliably signal the preaggressive state of a person.
This method can be realized by analyzing the composition of human hormones in four physiological environments in NORM and in PREPOTOLOGY.
His description is devoted to my research of recent years [1,2,3,4,5] and the article presented.
Keyword: terrorism, hormone mixtures, hormonal passport, hormone bank, combinatorics, homology, unitary symmetry, conservation laws, chipping
Two days later I received a letter:
Before deciding to send your manuscript for review, I have read it and in my opinion, your submission is outside the scope of Journal of Chemical Education. Our Journal focuses on content related to teaching and learning chemistry.
I answered:
Would you be so kind as to tell me which of the paragraphs of my manuscript do not correspond to the scope of JCE:
1. Introduction. Science basics
Practically in any set of combinatorial objects can be distinguished homologous series. There are two ways of formation of homologous series of discrete combinatorial objects.
Combinatorial structures of homological series for different levels of development of matter.
Evolution of the Material World on the basis of Combinatorial processes
Similarity and difference of Homologues and Analogues
Combinatorial Periodic System of nuclei, atoms and ions.
The binding energy of the nucleons in the mirror nuclei.
2. Introduction. Psychological basics
3. New terminology. What does it mean "zipping educational information" - zipedu?
Combinatorial way of development of the material world and ways of its study.
Science Tree
Tree of Chemistry
4. New terminology. What does it mean "Spiralization of Educational information".
"Educational spiral"
Educational tools and design of a children's room
Educational models on gaming and sports playgrounds
Decoration of the main "entrance" school premises
7. Schedule system. A curriculum
8. The most fair assessment of knowledge. What and How to do to avoid injustice?
Thank you.
Do you really think that the symmetry ideas about the Periodic Law and the creation of the New Education Paradigm are not included in the
• ... many topics relevant to teaching and learning chemistry at all levels, including pedagogical methods and related chemical education research.
• ... ideas valuable to the chemical education community.
together with educational sports playgrounds for children?
HELP ME WITH THE ANSWER TO THE QUESTION: WHY DOES THE EDITOR Norbert Pienta, PhD, Editor in Chief CONFUSE (cheat?)
The answer to this request is from Dr. Pienta never received it.
Two days later, I received a letter:
The large number of manuscripts that we receive and the increased demands placed on our reviewers necessitate that all submitted manuscripts are first examined in the editorial office for urgency, scientific merit, and scope. Manuscripts are usually evaluated by two editors within hours of submission.
We have examined your paper and determined that there is insufficient urgency for communicating this work as a Letter.
The work appears to have been carried out with care but, unfortunately, we are unable to accept all of the sound work submitted to us. We are therefore returning your paper based on our editorial review.
We have examined your paper and determined that there is insufficient urgency for communicating this work as a Letter and that the focus of this research is beyond the scope of The Journal of Physical Chemistry Letters.
The work appears to have been carried out with care but, unfortunately, we are unable to accept all of the sound work submitted to us. We are therefore returning your paper based on our editorial review.
I answered:
Would you be so kind as to tell me which of the paragraphs of my manuscript do not correspond to the scope?
Discreteness. Combinatoriality. Homology
Unitary (parametric) symmetry of mixtures
Unitary (parametric) symmetry of mixtures. Mathematical model of the human condition in NORM and PATHOLOGY.
Can you think that my paragraphs do not correspond to the theme of your journal?:
• Spectroscopy and Photochemistry; General Theory
• Biophysical Chemistry, Biomolecules, and Biomaterials; Surfactants and Membranes
Is the study of mixtures of hormones, like any mixture of chemical objects for pharmacology, for the early prediction of diseases and the detection of terrorists can not claim for the early publication of an article in your journal?
HELP ME WITH THE ANSWER TO THE QUESTION: WHY DOES THE EDITOR George C. Schatz, Editor-in-Chief CONFUSE (cheat?)
There are two options for studying mixtures. The first and most widely used is the option of disassembling the mixture into components, examining each of the components separately, and then applying the data to create more efficient model representations in certain vital conditions. First, this way often requires long complex manipulations with the use of complex scientific equipment. Secondly, along this way, synergism of the activity of the components of the mixture in different vital environments is often lost.
The second way involves finding some fundamental physical representations that lie in the hierarchy of interactions between molecular elements, both the ingredients themselves, and between the molecular elements of the components themselves.
In this case, each component of the mixture is represented by a set of discrete parts. The number of breakdowns into fractions is determined by the hardware capabilities of reliable determination of the composition of the mixture. To the parts of the components of the mixtures, combinatorial rules are applied: we find all possible combinations of the fractions of all components with repetitions. We find all the homology of the replacement of the fraction of one component of the mixture by another fraction of the same component, and the same fraction of the other component. We break up these replacement homologies into two-tiered parts. We find pairs of two-link homologies for which the differences in their physical parameter are mutually compensated.
This way lies at the basis of the notions of special symmetry of mixtures. I called it the Unitarian symmetry of mixtures. The main property of such a representation is the possibility of predicting (calculating) the entire array of values of the physical parameter of all compositions of the components under consideration by a very small number of experimental data.
The possibilities of representations of unitary symmetry are demonstrated by analyzing mixtures of hormones in four media: venous blood, arterial blood, lymph and urine. The possibility of applying the Unidar Symmetry Paradigm for the early diagnosis of both metabolic and psychological deviations from NORM is shown.
Keywords. unitary symmetry of molecules; unitary symmetry of mixtures; combinatorics; hormones; early diagnosis of diseases.
Two days later I received a letter:
Dear Dr. Komarov:
I am rejecting your paper after editorial review. Unfortunately, your paper does not fall within the scope of JPC.
I answered:
Would you be so kind as to tell me which of the paragraphs of my manuscript do not correspond to the scope of JPC:
1. Introduction. Concept of homology and combinatorial objects.
2. Unitary symmetry of atoms and molecules. Theoretical basis
3. Combinatorial periodic table of chemical elements and the fundamental laws
4. Combinatorial system of codons. Fundamental patterns of mutagenesis and evolution.
5. Combinatorial heredity system, homology of genotypes and unitary symmetry of genotypes and phenotypes
6. Unitary (parametric) symmetry of mixtures
7. Unitary (parametric) symmetry of mixtures. Mathematical model of the human condition in NORM and PATHOLOGY.
HELP ME WITH THE ANSWER TO THE QUESTION: WHY DOES THE EDITOR George C. Schatz, Editor-in-Chief CONFUSE (cheat?)
In nuclear physics and in the theory of elementary particles, the concept of symmetry and the concepts associated with it about the hierarchy of interactions play a fundamental role. Thus, the relative smallness of electromagnetic and weak interactions in comparison with the strong interaction of nucleons in the nucleus makes it possible to consider the nuclear model in the limit of the exact symmetry of strong interactions. In such a model, protons and neutrons become physically indistinguishable states of the nucleon, and the properties of the nucleus become invariant under isotopic transformations.
In the case of atoms and molecules, we can also talk about the hierarchy of interactions involved in their formation.
As an example of "strong" interaction, one can point out here the energy of chemical bonds, which is 1-2 orders of magnitude greater than the energy of non-valence interactions.
Another example relates to the case when the energy of the valence interactions is much higher than the energy of intermolecular bonds in a condensed medium.
Typically, account of weak interactions in chemistry is carried out by introducing into the physical models of various disturbances. These disturbances, as a rule, are immeasurable parameters that; in fact, are adjustable values.
However, in a selected class of molecules, one can try to find such relations of the values of the parameter under consideration in which the contributions of the "weak" interactions are compensated.
The search for these relations is the main goal of this work.
These ratios were found for atoms, simple molecules, complex molecules, codons (combinatorial genetic code), genotypes (combinatorial law of the relationship between genotype and phenotype) and mixtures of hormones in blood, lymph and urine.
The obtained relations allow using a very small number of measured physical parameters to calculate the values of a physical parameter for a particular set of mixtures using a system of invariants. Including in time.
All this has serious prospects, for example, for the creation of a "Human Hormonal Passport in NORM and PATHOLOGY and early diagnostics of diseases and even prediction of the pre-aggressive behavior of the individual.
Keywords. unitary symmetry of molecules; unitary symmetry of mixtures; combinatorics; hormones; genetic code; genotype.
Поэтому мои заметки не надо рассматривать как злую акцию. Роль Ксении в Президентской компании отчётливо просматривается - притащить (за что удастся ухватить) к "мусорным избирательным урнам" её симпатизантов. Путин панически боится низкой явки и, соответственно, фактической нелигитимности.
Положительным для значительной части молодёжи является обнародование острых вопросов сегодняшнего положения России
Положительным для самой Ксении является лишь повышение публичного статуса с возможностью выхода на голубые помоечные экраны с повышенной суммой гонораров.
НЕ БОЛЕЕ ТОГО.
В бизнесе, как и политике, существуют периоды, когда возникает необходимость в Кризисном Управляющем. Этот Кризисный Управляющий, как Капитан на Титанике должен решительно расстреливать паникёров, мародёров и захватчиков шлюпок.
Женщина не способна быть таким капитаном. И Ксения в том числе. Женщина может подержаться за рулевое колесо яхты. В штиль.
he next cycle uses the resulting combinations as the starting elements. Combines them. And so on.
This well-known chain of complications can be considered a "qualitative picture" and it looks like this:
• elementary particles - protons and neutrons,
• protons and neutrons - nuclei of atoms,
• atomic nucleus and electron - atoms and ions,
• atoms - simple molecules ,
• simple molecules - complex molecules (including crystalline structures and solids)
• complex molecules - organic molecules
• organic molecules - peptides, hormones, codons, etc.
• codons - genes
• genes - DNA and RNA, etc.
But there is another chain. At each "combinatorial link" it is possible to find homological series, which represent a serious claim for a "quantitative picture" of the Evolution.
The most striking thing is that the physical and chemical properties of these Combinatorial formations only seem at first sight to be a chaotic set, slightly legitimized notions of homology or analogy
In fact, this chaos is an ordered set of discrete objects. But this ordering manifests itself only with a special consideration of each of the above objects in the space of their physical, chemical and biological properties.
And this orderliness is called "Symmetry".
Educational sites are necessary for parents and future teachers and children.
• Not all parents are sufficiently educated to give their children a brief, clear and fascinating introduction to the educational disciplines that their children will have to learn at school.
Educational models and next-door displays will help parents clarify certain aspects of educational disciplines for children.
• Each teacher dreams that when presenting the new educational sections, their listeners are at least slightly familiar with the basic concepts. These basic ideas the child can and should receive at the educational site. The information obtained will allow the teacher to focus on a deeper, more modern presentation of the educational section.
• Children of preschool age perceive and identify images, mock-ups and other reified concepts and definitions best. Therefore, the creation of toys is paid great attention to many commercial organizations. But it is unlikely that you will find toys that illustrate the "Energy Conservation Law", "Normal Distribution Law" or "Combinatorics Rules". But in the modern world without knowledge of these laws and rules can not do. And they are very difficult to assimilate in school.
• Educational sites are necessary for children to unconsciously form images of their future knowledge.
• Educational platform needed for parents - for more meaningful understanding of what their children will find out by asking questions. For this, on the platforms, next to the mock-ups, displays are needed with a brief explanation of the essence of the layout.
• Educational sites are necessary for teachers. Because it is much more interesting to tell those in whose consciousness the seed of future knowledge has been planted, than to train domestic animals.
What for?
• The amount of information is so great, and the time to enter the competition is so small that it is not reasonable to not use the sports and playing space for the formation and development of intelligence (for children and for parents).
• Motorics superimposed on informative blocks significantly increases the quality and quantity of information necessary for assimilation. You can not understand how a bicycle works without climbing it.
• The game is always a joy from reaching the goal. To form and be formed in childhood without pleasure is impossible. Only in school years should one resort to the formula: education is the compulsion of consciousness to form. Therefore, the inclusion of the element of the game situation in the Educational site is mandatory. "Game element" in childhood will reduce the "element of coercion" in school years.
National Recreation and Park Association (NRPA) is the leading non-profit organization dedicated to the advancement of public parks, recreation and conservation (Ashburn, VA, U.S.).
1. Введение.
Кому нужны Образовательные площадки? Зачем нужны именно Образовательные площадки? Почему нужны Образовательные и одновременно Спортивные площадки? Почему нужны Образовательные и именно Игровые площадки?
Образовательные площадки необходимы и родителям, будущим учителям и детям.
• Далеко не все родители достаточно глубоко образованы для того, чтобы на современном уровне дать своим детям краткое, ясное и увлекательное введение в те образовательные дисциплины, которые предстоит изучать в школе их детям.
Образовательные макеты и рядом стоящие дисплеи помогут родителям прояснить для детей некоторые аспекты образовательных дисциплин.
• Каждый учитель мечтает о том, чтобы при изложении новых образовательных разделов их слушатели были хотя бы немного знакомы с базисными представлениями. Эти базисные представления ребёнок может и должен получить на образовательной площадке. Полученная информация позволит учителю сосредоточиться на более глубоком, современном изложении образовательного раздела.
• Дети дошкольного возраста лучше всего воспринимают и идентифицируют иллюстрации, макеты и другие овеществлённые понятия и определения. Поэтому созданию игрушек уделяется огромное внимание многими коммерческими организациями. Но вряд ли вы найдёте игрушки, иллюстрирующие "Закон сохранения энергии", "Закон Нормального распределения" или "Правила комбинаторики". А ведь в современном мире без знания этих законов и правил уже не обойтись. И они очень трудно усваиваются в школе.
• Образовательные площадки необходимы детям для бессознательного формирования образов своих будущих знаний. .
• Образовательные площадки необходимы родителям для более осмысленного понимания того, что будет выяснять их дети, задавая вопросы. Для этого на площадках, рядом с макетами необходимы дисплеи с кратким пояснением сути макета.
• Образовательные площадки необходимы учителям. Потому что рассказывать тем, в сознание которых уже посажено зернышко будущего знания, гораздо интереснее, чем обучать домашних животных.
• Зачем? Объём информации настолько велик, а время до вступления в конкурентную борьбу так мало, что не использовать спортивно-игровое пространство для становления и развития интеллекта (и детей и родителей) не разумно.
• Моторика наложенная на информативные блоки существенно увеличивает качество и количество информации, необходимой для усвоения. Нельзя понять как работает велосипед не взобравшись на него.
• Игра - это всегда радость от достижения цели. Образовывать и образовываться в детские годы без получения удовольствия невозможно. Только в школьные годы следует прибегать к формуле: образование - это принуждение сознания к формообразованию. Поэтому включение элемента игровой ситуации в Образовательные площадки обязательно. "Игровой элемент" в детстве снизит "элемент принуждения" в школьные годы.
The next cycle uses the resulting combinations as the starting elements. Combines them and so on.
This well-known chain looks like this:
• elementary particles - protons and neutrons,
• protons and neutrons - nuclei of atoms,
• atomic nucleus and electron - atoms and ions,
• atoms - simple molecules ,
• simple molecules - complex molecules (including crystalline structures and solids)
• complex molecules - organic molecules
• organic molecules - peptides, hormones, codons, etc.
• codons - genes
• genes - DNA and RNA, etc.
But the most striking thing is that the physical and chemical properties of these formations only seem at first sight to be a chaotic set, slightly legalized by the notions of homology or analogy.
In fact, this chaos is an ordered set of discrete objects. But this ordering manifests itself only with a special consideration of each of the above objects in the space of their physical, chemical and biological properties.
And this orderliness is called "Symmetry".
Keyword: combinatorics, homeostasis, homology, unitary symmetry, conservation laws, mixtures,
Hormones are transported by the circulatory system to target distant organs to regulate physiology and behavior, including sexual orientation.
Of particular interest, it seems to me, is the problem of finding a relationship "composition of the mixture of hormones - a pathology". In this case it is necessary to consider as mixtures the blood, lymph and urine.
Почему нужно изучать именно смеси гормонов?
Потому что синергетический эффект смеси гормонов оказывает более сильное влияние на метаболизм, а значит и метаболизм, в свою очередь, окажет более сильное влияние на состав гормонов, а значит и более заметное изменение сигнала при измерении физического параметра смеси
За регулирования физиологии и поведения ответственны не столько специфические гормоны, сколько их комбинация (состав). Кроме того, в случаях «быстрого ответа» можно более быстро измерять физический параметр смеси и часто более точно, чем измерять изменение в концентрации каждого из гормонов, контролирующих психическое состояние человека. Это особенно важно для предотвращения последствий агрессивного поведения - здесь и сейчас.
В проблеме "физический параметр (сигнал) для идентификации агрессора" - это прямая задача исследования «ГОРМОНЫ - ПОВЕДЕНИЕ». Обратная задача той же проблемы состоит в определении состава смеси гормонов, которая вызывает (стимулирует) «сверхпрочность, сверхстойкость, сверхагрессивность».
With respect to our body the blood plays the role of "materials supplier" to all tissues (arterial) and "waste transporter" to waste outputting organs, which may be collected all over the body (venous).
Lymph acts as a waste collector from all nooks of our body. Function of the lymph - returning proteins, water, salts, metabolites and toxins from the tissues into the blood. Urine is a liquid, by which all water-soluble metabolites derive out of the body.
Решение проблемы "composition of the mixture of hormones - a pathology (CMHP)" может быть осуществлено двумя путями:
• отбором проб крови, лимфы и мочи и получением количественной информации о концентрации каждого из гормонов и соответствующей диагностики заболевания. Этот путь требует много времени и не позволяет в течение нескольких минут техническим средствам среагировать на готовящееся , например, агрессивное поведение человека.
В настоящей статье показан иной путь решения проблемы CMHP
• измерение практически мгновенного сигнала измерительных средств на как на сам состав гормонов, так и изменение состава "психических" гормонов во всех четырёх средах, что исключает ложное предупреждение.
Keyword: combinatorics, homology, unitary symmetry, conservation laws, mixtures, hormones.
Hormones are transported by the circulatory system to target distant organs to regulate physiology and behavior, including sexual orientation.
Of particular interest, it seems to me, is the problem of finding a relationship "composition of the mixture of hormones - a pathology". In this case it is necessary to consider as mixtures the blood, lymph and urine.
Why mixtures of hormones?
Because the synergistic effect has a stronger impact.
For the regulation of physiology and behavior, not so much specific hormones as their combination (combination) are responsible. In addition, in "fast response" cases, it is possible to measure the physical parameter of a mixture more quickly, and often more accurately than to measure the change in each of the hormones controlling a person's mental state. This is especially important for preventing the consequences of aggressive behavior - here and now.
Purpose "By measuring the physical parameter (signal) to identify the aggressor - this is the direct problem of the research " HORMONES - BEHAVIOR. "Purpose "By introducing a certain mixture of hormones into the human body, stimulate" super-strength and super-endurance. "This is the inverse problem of the research " HORMONES-BEHAVIOR ".
With respect to our body the blood plays the role of "materials supplier" to all tissues (arterial) and "waste transporter" to waste outputting organs, which may be collected all over the body (venous).
Lymph acts as a waste collector from all nooks of our body. Function of the lymph - returning proteins, water, salts, metabolites and toxins from the tissues into the blood.
Urine is a liquid, by which all water-soluble metabolites derive out of the body.
The solution of the "composition of the mixture of hormones - a pathology (CMHP)" problem can be accomplished in two ways:
• sampling of blood, lymph and urine and obtaining quantitative information on the concentration of each of the hormones and the corresponding diagnosis of the disease. This path requires a lot of time and does not allow for a few minutes by technical means to react to the impending, for example, aggressive behavior of a person.
This article shows a different way to solve the problem CMHP
• the measurement of the almost instantaneous signal of the measuring means both on the composition of the hormones themselves and the change in the composition of the "psychic and psychiatric" hormones in all four media, which excludes a false warning.
Keyword: combinatorics, homology, unitary symmetry, conservation laws, mixtures, hormones.
Indeed, at the end of the past and at the beginning of this century, there was an information and technological explosion.
True, there are bewilderment about the need for human presence in space, the need for man to fly to Mars, the need to create an anthropoid robot .... And in general, sometimes it is unclear - why scratch the right ear with the left hand (I'm hinting at quantum chemistry, combinatorial chemistry ...)
We are still using the primitive NIST database. School programs are primitive and the information is so overloaded that it turns out that to enter the university it is necessary to resort to the help of tutors. Ninety percent of scientific work is generally not needed by anyone.
It is necessary to bring at least some order. In the information plan, it is necessary to recall the classics (Claude Adrien Helvétius, said: "Knowing some principles of easily compensating ignorance of some facts". Rutherford, said: "All science is on either physics or stamp collecting").
Let's put things in order. There is nothing more fundamental in Natural History than symmetry.
Symmetry is the Constitution of Nature.
Absolute symmetry is extremely rare in nature. But its violations and their analysis lead to a huge number of new scientific trends. There is a well-known symmetry of objects in geometric space and there is little known symmetry of objects in the space of their physical properties.
That's about it and will be discussed below.
Dear Prof. Peter Dorhout. Dear Prof. George C. Schatz!
I sent my manuscript "Unitary symmetry of atoms, molecules, codons, mixtures and its applications" to the Journal of Physical Chemistry (George C. Schatz, Editor-in-Chief; g-schatz@northwestern.edu)
I sent my manuscript to the Journal of Physical Chemistry Letters (George C. Schatz, Editor-in-Chief; g-schatz@northwestern.edu), "Unitary symmetry of chemical objects and its applications to hormone mixtures".
vs
Peter Dorhout (ACS) & Norbert Pienta,
Editor in Chief
Journal of Chemical Education, ACS
What questions are required to answer Editor-in-Chief of the Journal of Chemical Education,
NOT FROM ONE I HAVE NOT RECEIVED AN ANSWER.
FROM ONE SIDE, IT MAKES ME HAPPY - I'M THE FIRST,
WITH THE OTHER - THEY CAN THINK ME A WORLD-CRAZY.
Dear Mr. Holt!
Let's get acquainted.
I belong to a generation of scientists who studied and developed with such outstanding personalities as N.N. Semenov (Nobel laureate - chain chemical reactions), Ya.B. Zel'dovich (Theory of Combustion and Detonation), P.L. Kapitza (Nobel laureate - the phenomenon of superfluidity of liquid helium, LD Landau (Nobel laureate - the theory of condensed matter), A.N. Terenin (explanation of triplet nature of the phosphorescent state of organic compounds, spectral study of photochemical reactions of chlorophyll and its analogs, triplet- triplet energy transfer between organic molecules, photonics of dye molecules and related organic compounds), V.A. Fock (works related to quantum mechanics, quantum electrodynamics, quantum field theory, the theory of many-electron systems, statistical physics, the theory of relativity, the theory of gravitation, radiophysics, mathematical physics, applied physics, philosophical problems of physics).
These are my teachers and scientific leaders. I hope that I inherited something from them
Now, in essence.
1. Why do not you have a direct Email address, and I have to contact you through somebody Andrew Black, ablack@aaas.org, who did not even deign to inform me that he received my letter and will soon transfer it to you? I am telling you in confidence that the same thing happens when sending a letter through "contact us" on the AAAS portal.
Your mission is:
The American Association for the Advancement of Science is an international non-profit organization dedicated to advancing science for the benefit of all people.
What does "international" mean? I am a Russian scientist who spent most of his life behind the Iron Curtain and was deprived of the opportunity to establish scientific ties in the US and the countries of the European Commonwealth. Therefore, I can not, for example, for Science magazine, provide 5 independent reviewers for recommending my manuscript for publication.
In "Aims and scope" I read:
Publish cross-disciplinary research and collaborations, to encourage innovative approaches to complex scientific and social problems, and support open discourse among readers in diverse areas of interest and expertise.
My first article was called: "Unitary symmetry of codons." The keystone laws of mutagenesis and evolution. ".
We have received your submission entitled "Unitary symmetry of codons. The keystone laws of mutagenesis and evolution.". However, we are returning it to you at this time because of the reasons listed below:
===========================================
1. Please state that the submission is intended for Science Advances in the cover letter.
2. Please add subject headers for a 'Materials and Methods', 'Discussion', and 'Results' section in the relevant areas of text.
Rachel Walther
Editorial Coordinator
First, my discovery "Unitarian symmetry of atoms, molecules, codons and mixtures" lies at the intersection of such works as:
1. M. Gell-Mann, A Schematic of Baryons and Mesons. Physics Letters 8 (3): 214–215. 1964
2. Sylvie Braibant; Giorgio Giacomelli; Maurizio Spurio (2012). Particles and Fundamental Interactions: An Introduction to Particle Physics (2nd ed.). Springer. p. 384.
and the scientific material that underlies the systematics of atoms, the physics of atoms and molecules, the homology, physical properties of molecules and databases, genetics, heredity, mixture chemistry, hormone chemistry, pharmacology and early diagnosis of pathologies, including instantaneous pre-aggression.
As you understand, it is most likely impossible to find scientists who could fully understand my work. If chemists do not know what "combinatorics" is, then biologists and geneticists generally shudder at the words "symmetry" and "strong and weak interactions."
Secondly, the requirement to follow the graduation: "'Materials and Methods',' Discussion ', and' Results" in relation to my research in general is meaningless.
My research - a NEW PARADIGM OF NATURE: a combination of original objects, the selection of these objects within the existing Homeostasis, the combination of the selected objects to a new level of material development, etc. with a regular arrangement of objects in the space of their physical, chemical and biological properties, called Unitarian symmetry.
The answer so far I have not received.
The identification of a potential terrorist can be carried out in three ways.
The first method is aimed at the creation of explosive detectors and the corresponding sophisticated hardware, technical and personal support. Its main drawback is demonstrativeness. It remains only to hang a sign: "Terrorists with explosives are held here."
The second way is to analyze the communicative activity of a potential terrorist. The main drawback of this method is easily overcome - the methods of information encryption have already been invented. These methods do not allow you to open and decrypt information. And anyway, an early transition to new types of information transfer will make communicative activity sterile.
The main drawback of the first two methods is that the explosives ceased to be necessary for the commission of the terrorist act. A characteristic example of the last time is the driving of a car on pedestrians.
The third way is to identify the physical parameters of certain physiological substances of a potential terrorist and to create such non-invasive methods for scanning the values of these physical parameters, which in a very short period of time would reliably signal the preaggressive state of a person.
This method can be realized by analyzing the composition of human hormones in four physiological environments in NORM and in PREPOTOLOGY.
His description is devoted to my research of recent years [1,2,3,4,5] and the article presented.
Keyword: terrorism, hormone mixtures, hormonal passport, hormone bank, combinatorics, homology, unitary symmetry, conservation laws, chipping
Two days later I received a letter:
Before deciding to send your manuscript for review, I have read it and in my opinion, your submission is outside the scope of Journal of Chemical Education. Our Journal focuses on content related to teaching and learning chemistry.
I answered:
Would you be so kind as to tell me which of the paragraphs of my manuscript do not correspond to the scope of JCE:
1. Introduction. Science basics
Practically in any set of combinatorial objects can be distinguished homologous series. There are two ways of formation of homologous series of discrete combinatorial objects.
Combinatorial structures of homological series for different levels of development of matter.
Evolution of the Material World on the basis of Combinatorial processes
Similarity and difference of Homologues and Analogues
Combinatorial Periodic System of nuclei, atoms and ions.
The binding energy of the nucleons in the mirror nuclei.
2. Introduction. Psychological basics
3. New terminology. What does it mean "zipping educational information" - zipedu?
Combinatorial way of development of the material world and ways of its study.
Science Tree
Tree of Chemistry
4. New terminology. What does it mean "Spiralization of Educational information".
"Educational spiral"
Educational tools and design of a children's room
Educational models on gaming and sports playgrounds
Decoration of the main "entrance" school premises
7. Schedule system. A curriculum
8. The most fair assessment of knowledge. What and How to do to avoid injustice?
Thank you.
Do you really think that the symmetry ideas about the Periodic Law and the creation of the New Education Paradigm are not included in the
• ... many topics relevant to teaching and learning chemistry at all levels, including pedagogical methods and related chemical education research.
• ... ideas valuable to the chemical education community.
together with educational sports playgrounds for children?
HELP ME WITH THE ANSWER TO THE QUESTION: WHY DOES THE EDITOR Norbert Pienta, PhD, Editor in Chief CONFUSE (cheat?)
The answer to this request is from Dr. Pienta never received it.
Two days later, I received a letter:
The large number of manuscripts that we receive and the increased demands placed on our reviewers necessitate that all submitted manuscripts are first examined in the editorial office for urgency, scientific merit, and scope. Manuscripts are usually evaluated by two editors within hours of submission.
We have examined your paper and determined that there is insufficient urgency for communicating this work as a Letter.
The work appears to have been carried out with care but, unfortunately, we are unable to accept all of the sound work submitted to us. We are therefore returning your paper based on our editorial review.
We have examined your paper and determined that there is insufficient urgency for communicating this work as a Letter and that the focus of this research is beyond the scope of The Journal of Physical Chemistry Letters.
The work appears to have been carried out with care but, unfortunately, we are unable to accept all of the sound work submitted to us. We are therefore returning your paper based on our editorial review.
I answered:
Would you be so kind as to tell me which of the paragraphs of my manuscript do not correspond to the scope?
Discreteness. Combinatoriality. Homology
Unitary (parametric) symmetry of mixtures
Unitary (parametric) symmetry of mixtures. Mathematical model of the human condition in NORM and PATHOLOGY.
Can you think that my paragraphs do not correspond to the theme of your journal?:
• Spectroscopy and Photochemistry; General Theory
• Biophysical Chemistry, Biomolecules, and Biomaterials; Surfactants and Membranes
Is the study of mixtures of hormones, like any mixture of chemical objects for pharmacology, for the early prediction of diseases and the detection of terrorists can not claim for the early publication of an article in your journal?
HELP ME WITH THE ANSWER TO THE QUESTION: WHY DOES THE EDITOR George C. Schatz, Editor-in-Chief CONFUSE (cheat?)
There are two options for studying mixtures. The first and most widely used is the option of disassembling the mixture into components, examining each of the components separately, and then applying the data to create more efficient model representations in certain vital conditions. First, this way often requires long complex manipulations with the use of complex scientific equipment. Secondly, along this way, synergism of the activity of the components of the mixture in different vital environments is often lost.
The second way involves finding some fundamental physical representations that lie in the hierarchy of interactions between molecular elements, both the ingredients themselves, and between the molecular elements of the components themselves.
In this case, each component of the mixture is represented by a set of discrete parts. The number of breakdowns into fractions is determined by the hardware capabilities of reliable determination of the composition of the mixture. To the parts of the components of the mixtures, combinatorial rules are applied: we find all possible combinations of the fractions of all components with repetitions. We find all the homology of the replacement of the fraction of one component of the mixture by another fraction of the same component, and the same fraction of the other component. We break up these replacement homologies into two-tiered parts. We find pairs of two-link homologies for which the differences in their physical parameter are mutually compensated.
This way lies at the basis of the notions of special symmetry of mixtures. I called it the Unitarian symmetry of mixtures. The main property of such a representation is the possibility of predicting (calculating) the entire array of values of the physical parameter of all compositions of the components under consideration by a very small number of experimental data.
The possibilities of representations of unitary symmetry are demonstrated by analyzing mixtures of hormones in four media: venous blood, arterial blood, lymph and urine. The possibility of applying the Unidar Symmetry Paradigm for the early diagnosis of both metabolic and psychological deviations from NORM is shown.
Keywords. unitary symmetry of molecules; unitary symmetry of mixtures; combinatorics; hormones; early diagnosis of diseases.
Two days later I received a letter:
Dear Dr. Komarov:
I am rejecting your paper after editorial review. Unfortunately, your paper does not fall within the scope of JPC.
I answered:
Would you be so kind as to tell me which of the paragraphs of my manuscript do not correspond to the scope of JPC:
1. Introduction. Concept of homology and combinatorial objects.
2. Unitary symmetry of atoms and molecules. Theoretical basis
3. Combinatorial periodic table of chemical elements and the fundamental laws
4. Combinatorial system of codons. Fundamental patterns of mutagenesis and evolution.
5. Combinatorial heredity system, homology of genotypes and unitary symmetry of genotypes and phenotypes
6. Unitary (parametric) symmetry of mixtures
7. Unitary (parametric) symmetry of mixtures. Mathematical model of the human condition in NORM and PATHOLOGY.
HELP ME WITH THE ANSWER TO THE QUESTION: WHY DOES THE EDITOR George C. Schatz, Editor-in-Chief CONFUSE (cheat?)
In nuclear physics and in the theory of elementary particles, the concept of symmetry and the concepts associated with it about the hierarchy of interactions play a fundamental role. Thus, the relative smallness of electromagnetic and weak interactions in comparison with the strong interaction of nucleons in the nucleus makes it possible to consider the nuclear model in the limit of the exact symmetry of strong interactions. In such a model, protons and neutrons become physically indistinguishable states of the nucleon, and the properties of the nucleus become invariant under isotopic transformations.
In the case of atoms and molecules, we can also talk about the hierarchy of interactions involved in their formation.
As an example of "strong" interaction, one can point out here the energy of chemical bonds, which is 1-2 orders of magnitude greater than the energy of non-valence interactions.
Another example relates to the case when the energy of the valence interactions is much higher than the energy of intermolecular bonds in a condensed medium.
Typically, account of weak interactions in chemistry is carried out by introducing into the physical models of various disturbances. These disturbances, as a rule, are immeasurable parameters that; in fact, are adjustable values.
However, in a selected class of molecules, one can try to find such relations of the values of the parameter under consideration in which the contributions of the "weak" interactions are compensated.
The search for these relations is the main goal of this work.
These ratios were found for atoms, simple molecules, complex molecules, codons (combinatorial genetic code), genotypes (combinatorial law of the relationship between genotype and phenotype) and mixtures of hormones in blood, lymph and urine.
The obtained relations allow using a very small number of measured physical parameters to calculate the values of a physical parameter for a particular set of mixtures using a system of invariants. Including in time.
All this has serious prospects, for example, for the creation of a "Human Hormonal Passport in NORM and PATHOLOGY and early diagnostics of diseases and even prediction of the pre-aggressive behavior of the individual.
Keywords. unitary symmetry of molecules; unitary symmetry of mixtures; combinatorics; hormones; genetic code; genotype.
Поэтому мои заметки не надо рассматривать как злую акцию. Роль Ксении в Президентской компании отчётливо просматривается - притащить (за что удастся ухватить) к "мусорным избирательным урнам" её симпатизантов. Путин панически боится низкой явки и, соответственно, фактической нелигитимности.
Положительным для значительной части молодёжи является обнародование острых вопросов сегодняшнего положения России
Положительным для самой Ксении является лишь повышение публичного статуса с возможностью выхода на голубые помоечные экраны с повышенной суммой гонораров.
НЕ БОЛЕЕ ТОГО.
В бизнесе, как и политике, существуют периоды, когда возникает необходимость в Кризисном Управляющем. Этот Кризисный Управляющий, как Капитан на Титанике должен решительно расстреливать паникёров, мародёров и захватчиков шлюпок.
Женщина не способна быть таким капитаном. И Ксения в том числе. Женщина может подержаться за рулевое колесо яхты. В штиль.
he next cycle uses the resulting combinations as the starting elements. Combines them. And so on.
This well-known chain of complications can be considered a "qualitative picture" and it looks like this:
• elementary particles - protons and neutrons,
• protons and neutrons - nuclei of atoms,
• atomic nucleus and electron - atoms and ions,
• atoms - simple molecules ,
• simple molecules - complex molecules (including crystalline structures and solids)
• complex molecules - organic molecules
• organic molecules - peptides, hormones, codons, etc.
• codons - genes
• genes - DNA and RNA, etc.
But there is another chain. At each "combinatorial link" it is possible to find homological series, which represent a serious claim for a "quantitative picture" of the Evolution.
The most striking thing is that the physical and chemical properties of these Combinatorial formations only seem at first sight to be a chaotic set, slightly legitimized notions of homology or analogy
In fact, this chaos is an ordered set of discrete objects. But this ordering manifests itself only with a special consideration of each of the above objects in the space of their physical, chemical and biological properties.
And this orderliness is called "Symmetry".
Educational sites are necessary for parents and future teachers and children.
• Not all parents are sufficiently educated to give their children a brief, clear and fascinating introduction to the educational disciplines that their children will have to learn at school.
Educational models and next-door displays will help parents clarify certain aspects of educational disciplines for children.
• Each teacher dreams that when presenting the new educational sections, their listeners are at least slightly familiar with the basic concepts. These basic ideas the child can and should receive at the educational site. The information obtained will allow the teacher to focus on a deeper, more modern presentation of the educational section.
• Children of preschool age perceive and identify images, mock-ups and other reified concepts and definitions best. Therefore, the creation of toys is paid great attention to many commercial organizations. But it is unlikely that you will find toys that illustrate the "Energy Conservation Law", "Normal Distribution Law" or "Combinatorics Rules". But in the modern world without knowledge of these laws and rules can not do. And they are very difficult to assimilate in school.
• Educational sites are necessary for children to unconsciously form images of their future knowledge.
• Educational platform needed for parents - for more meaningful understanding of what their children will find out by asking questions. For this, on the platforms, next to the mock-ups, displays are needed with a brief explanation of the essence of the layout.
• Educational sites are necessary for teachers. Because it is much more interesting to tell those in whose consciousness the seed of future knowledge has been planted, than to train domestic animals.
What for?
• The amount of information is so great, and the time to enter the competition is so small that it is not reasonable to not use the sports and playing space for the formation and development of intelligence (for children and for parents).
• Motorics superimposed on informative blocks significantly increases the quality and quantity of information necessary for assimilation. You can not understand how a bicycle works without climbing it.
• The game is always a joy from reaching the goal. To form and be formed in childhood without pleasure is impossible. Only in school years should one resort to the formula: education is the compulsion of consciousness to form. Therefore, the inclusion of the element of the game situation in the Educational site is mandatory. "Game element" in childhood will reduce the "element of coercion" in school years.
National Recreation and Park Association (NRPA) is the leading non-profit organization dedicated to the advancement of public parks, recreation and conservation (Ashburn, VA, U.S.).
1. Введение.
Кому нужны Образовательные площадки? Зачем нужны именно Образовательные площадки? Почему нужны Образовательные и одновременно Спортивные площадки? Почему нужны Образовательные и именно Игровые площадки?
Образовательные площадки необходимы и родителям, будущим учителям и детям.
• Далеко не все родители достаточно глубоко образованы для того, чтобы на современном уровне дать своим детям краткое, ясное и увлекательное введение в те образовательные дисциплины, которые предстоит изучать в школе их детям.
Образовательные макеты и рядом стоящие дисплеи помогут родителям прояснить для детей некоторые аспекты образовательных дисциплин.
• Каждый учитель мечтает о том, чтобы при изложении новых образовательных разделов их слушатели были хотя бы немного знакомы с базисными представлениями. Эти базисные представления ребёнок может и должен получить на образовательной площадке. Полученная информация позволит учителю сосредоточиться на более глубоком, современном изложении образовательного раздела.
• Дети дошкольного возраста лучше всего воспринимают и идентифицируют иллюстрации, макеты и другие овеществлённые понятия и определения. Поэтому созданию игрушек уделяется огромное внимание многими коммерческими организациями. Но вряд ли вы найдёте игрушки, иллюстрирующие "Закон сохранения энергии", "Закон Нормального распределения" или "Правила комбинаторики". А ведь в современном мире без знания этих законов и правил уже не обойтись. И они очень трудно усваиваются в школе.
• Образовательные площадки необходимы детям для бессознательного формирования образов своих будущих знаний. .
• Образовательные площадки необходимы родителям для более осмысленного понимания того, что будет выяснять их дети, задавая вопросы. Для этого на площадках, рядом с макетами необходимы дисплеи с кратким пояснением сути макета.
• Образовательные площадки необходимы учителям. Потому что рассказывать тем, в сознание которых уже посажено зернышко будущего знания, гораздо интереснее, чем обучать домашних животных.
• Зачем? Объём информации настолько велик, а время до вступления в конкурентную борьбу так мало, что не использовать спортивно-игровое пространство для становления и развития интеллекта (и детей и родителей) не разумно.
• Моторика наложенная на информативные блоки существенно увеличивает качество и количество информации, необходимой для усвоения. Нельзя понять как работает велосипед не взобравшись на него.
• Игра - это всегда радость от достижения цели. Образовывать и образовываться в детские годы без получения удовольствия невозможно. Только в школьные годы следует прибегать к формуле: образование - это принуждение сознания к формообразованию. Поэтому включение элемента игровой ситуации в Образовательные площадки обязательно. "Игровой элемент" в детстве снизит "элемент принуждения" в школьные годы.
The next cycle uses the resulting combinations as the starting elements. Combines them and so on.
This well-known chain looks like this:
• elementary particles - protons and neutrons,
• protons and neutrons - nuclei of atoms,
• atomic nucleus and electron - atoms and ions,
• atoms - simple molecules ,
• simple molecules - complex molecules (including crystalline structures and solids)
• complex molecules - organic molecules
• organic molecules - peptides, hormones, codons, etc.
• codons - genes
• genes - DNA and RNA, etc.
But the most striking thing is that the physical and chemical properties of these formations only seem at first sight to be a chaotic set, slightly legalized by the notions of homology or analogy.
In fact, this chaos is an ordered set of discrete objects. But this ordering manifests itself only with a special consideration of each of the above objects in the space of their physical, chemical and biological properties.
And this orderliness is called "Symmetry".
Keyword: combinatorics, homeostasis, homology, unitary symmetry, conservation laws, mixtures,
Hormones are transported by the circulatory system to target distant organs to regulate physiology and behavior, including sexual orientation.
Of particular interest, it seems to me, is the problem of finding a relationship "composition of the mixture of hormones - a pathology". In this case it is necessary to consider as mixtures the blood, lymph and urine.
Почему нужно изучать именно смеси гормонов?
Потому что синергетический эффект смеси гормонов оказывает более сильное влияние на метаболизм, а значит и метаболизм, в свою очередь, окажет более сильное влияние на состав гормонов, а значит и более заметное изменение сигнала при измерении физического параметра смеси
За регулирования физиологии и поведения ответственны не столько специфические гормоны, сколько их комбинация (состав). Кроме того, в случаях «быстрого ответа» можно более быстро измерять физический параметр смеси и часто более точно, чем измерять изменение в концентрации каждого из гормонов, контролирующих психическое состояние человека. Это особенно важно для предотвращения последствий агрессивного поведения - здесь и сейчас.
В проблеме "физический параметр (сигнал) для идентификации агрессора" - это прямая задача исследования «ГОРМОНЫ - ПОВЕДЕНИЕ». Обратная задача той же проблемы состоит в определении состава смеси гормонов, которая вызывает (стимулирует) «сверхпрочность, сверхстойкость, сверхагрессивность».
With respect to our body the blood plays the role of "materials supplier" to all tissues (arterial) and "waste transporter" to waste outputting organs, which may be collected all over the body (venous).
Lymph acts as a waste collector from all nooks of our body. Function of the lymph - returning proteins, water, salts, metabolites and toxins from the tissues into the blood. Urine is a liquid, by which all water-soluble metabolites derive out of the body.
Решение проблемы "composition of the mixture of hormones - a pathology (CMHP)" может быть осуществлено двумя путями:
• отбором проб крови, лимфы и мочи и получением количественной информации о концентрации каждого из гормонов и соответствующей диагностики заболевания. Этот путь требует много времени и не позволяет в течение нескольких минут техническим средствам среагировать на готовящееся , например, агрессивное поведение человека.
В настоящей статье показан иной путь решения проблемы CMHP
• измерение практически мгновенного сигнала измерительных средств на как на сам состав гормонов, так и изменение состава "психических" гормонов во всех четырёх средах, что исключает ложное предупреждение.
Keyword: combinatorics, homology, unitary symmetry, conservation laws, mixtures, hormones.
Hormones are transported by the circulatory system to target distant organs to regulate physiology and behavior, including sexual orientation.
Of particular interest, it seems to me, is the problem of finding a relationship "composition of the mixture of hormones - a pathology". In this case it is necessary to consider as mixtures the blood, lymph and urine.
Why mixtures of hormones?
Because the synergistic effect has a stronger impact.
For the regulation of physiology and behavior, not so much specific hormones as their combination (combination) are responsible. In addition, in "fast response" cases, it is possible to measure the physical parameter of a mixture more quickly, and often more accurately than to measure the change in each of the hormones controlling a person's mental state. This is especially important for preventing the consequences of aggressive behavior - here and now.
Purpose "By measuring the physical parameter (signal) to identify the aggressor - this is the direct problem of the research " HORMONES - BEHAVIOR. "Purpose "By introducing a certain mixture of hormones into the human body, stimulate" super-strength and super-endurance. "This is the inverse problem of the research " HORMONES-BEHAVIOR ".
With respect to our body the blood plays the role of "materials supplier" to all tissues (arterial) and "waste transporter" to waste outputting organs, which may be collected all over the body (venous).
Lymph acts as a waste collector from all nooks of our body. Function of the lymph - returning proteins, water, salts, metabolites and toxins from the tissues into the blood.
Urine is a liquid, by which all water-soluble metabolites derive out of the body.
The solution of the "composition of the mixture of hormones - a pathology (CMHP)" problem can be accomplished in two ways:
• sampling of blood, lymph and urine and obtaining quantitative information on the concentration of each of the hormones and the corresponding diagnosis of the disease. This path requires a lot of time and does not allow for a few minutes by technical means to react to the impending, for example, aggressive behavior of a person.
This article shows a different way to solve the problem CMHP
• the measurement of the almost instantaneous signal of the measuring means both on the composition of the hormones themselves and the change in the composition of the "psychic and psychiatric" hormones in all four media, which excludes a false warning.
Keyword: combinatorics, homology, unitary symmetry, conservation laws, mixtures, hormones.