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Do you know the difference between sedimentary, igneous and metamorphic rocks? Are you interested in their geologic origin, chemical composition or how each type affects the landscape? Do you know the differences between limestone, granite and marble as building materials? You will find these and lots of other interesting facts about rocks in this second edition of Rocks and Their Origins published in 1922. The author, Grenville A. J. Cole, was an English geologist, Professor of Geology in the Royal College of Science for Ireland and an avid cyclist. (summary by J. M. Smallheer)...

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Science

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Chapter one is introductory in nature and chapter two uses vector spaces to build quasi set topological vector subspaces. Not only we use vector spaces but we also use S-vector spaces, set vector spaces, semigroup vector spaces and group vector spaces to build set topological vector subspaces. These also give several finite set topological spaces. Such study is carried out in chapters three and four....

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To every quasi set topological vector subspace T relative to the set P  F, we have a lattice associated with it we call this lattice as the Representative Quasi Set Topological Vector subspace lattice (RQTV-lattice) of T relative to P. When T is finite we have a nice representation of them. In case T is infinite we have a lattice which is of infinite order. We can in all cases give the atoms of the lattice which is in fact the basic set of T over P. It is pertinent to keep on record that the T and the basic set (or the atoms of the RQTV-lattice) depends on the set P over which it is defined. We will illustrate this situation by some examples. ...

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Preface 5 Chapter One INTRODUCTION 7 Chapter Two QUASI SET TOPOLOGICAL VECTOR SUBSPACES 9 Chapter Three S-QUASI SET TOPOLOGICAL VECTOR SUBSPACES 59 Chapter Four NEW SET TOPOLOGICAL VECTOR SPACES 89 FURTHER READING 147 INDEX 149 ABOUT THE AUTHORS 152...

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A good tool for introducing in study of halophytes and saline environments.

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In the first chapter of this book we discuss Einstein’s thought experiment with atomic clocks.

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Preface (Many Relativities ) In the first chapter of this book we discuss Einstein’s thought experiment with atomic clocks: A rocket travels at a constant speed v with respect to the earth. In the rocket, a light pulse is emitted by a source from A to a mirror B that reflects it back to A where it is detected. The rocket’s movement and the light pulse’s movement are orthogonal. There is an observer in the rocket (the astronaut) and an observer on the earth. The trajectory of light pulse (and implicitly the distance traveled by the light pulse), the elapsed time it needs to travel this distance, and the speed of the light pulse at which is travels are perceived differently by the two observers {depending on the theories used in this book}....

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C O N T E N T S Preface (Many Relativities): 7 Chapter 1. On Einstein’s Thought Experiment with the Light Clocks: 19 1.1. Einstein’s Thought Experiment with the Light Clocks: 20 1.2. Relativistic Addition of Velocities: 23 1.3. Counter-Intuitive Results of the Relativistic Addition of Velocities: 23 1.4. Contradictory Results of the Relativistic Addition of Velocities: 24 1.5. Relativistic Addition of Superluminal Velocities: 26 1.6. Extension of Relativistic Formula for the Addition of Many Subluminal Velocities: 27 1.7. Generalization of Einstein’s Thought Experiment with the Light Clocks for Arbitrary Ultimate Velocity K: 35 1.8. Generalization of the Relativistic Addition Formula for Arbitrary Ultimate Velocity K: 37 1.9. Generalized Lorentz Factor: 39 1.10. Generalized Minkowski Norm: 39 1.11. Generalized Time Dilation: 39 1.12. Generalized Length Contraction: 40 1.13. Generalized Relativistic Momentum: 40 1.14. Generalized Energy: 40 1.15. The Generalized Total Energy: 40 1.16. Generalized Kinetic Energy: 41 Chapter 2. A Hypothesis: There is No Speed Barrier in the Universe and One Can Construct Arbitrary ...

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Product Description Name Algal Amino Acid Mixture (U-15N, 98%) Cat# CPIL103740 Chemical Formula NA Unlabeled CAS# NA Labeled CAS# NA Molecular Weight NA Chemical Purity 0.99...

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The aim of this current article is to illustrate in detail Armenian relativistic formulas and compare them with Lorentz relativistic formulas so that readers can easily differentiate these two theories and visualize how general and rich our Armenian Theory of Special Relativity really is with a spectacular build in asymmetry. Then we are going behind this comparison and illustrating that build in asymmetry inside Armenian Theory of Special Relativity is reincarnating the aether as a universal reference medium, which is not contrary to relativity theory. We mathematically prove the existence of aether and we show how to extract infinite energy from the time-space or sub-atomic aether medium. Our theory explains all these facts and peacefully brings together followers of absolute aether theory, relativistic aether theory or followers of dark matter theory. We also mention that the absolute aether medium has a very complex geometric character, which has never been seen before. We are explaining why NASA’s earlier "BPP" and DARPA’s "Casimir Effect Enhancement" programs failed. We are also stating that the time is right to reopen NA...

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Abstract 1. Introduction 2. Legend of the Used Symbols 3. Comparison Armenian and Lorentz Relativistic Formulas 4. Conclusions

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This booklet from the National Institutes of Health’s National Institute of General Medical Sciences describes basic chemistry and biochemistry research that spurs a better understanding of human health. It is available in e-pub (http://publications.nigms.nih.gov/epubs/ChemistryofHealth.epub) and PDF (http://publications.nigms.nih.gov/chemhealth/coh.pdf) formats....

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Two clumps of matter pass through each other without sharing space; In some cases the colliding clumps of matter appear to deepen their distance even as they pass through each other. Clumps of a few hundred thousand lithium atoms that are cooled to within one-millionth of a degree above absolute zero a temperature so cold that the atoms march in lockstep and act as a single matter wave. The Interaction of light with matter has long been a field of interest for many quantum physicists, however, depends upon the field of interaction plus the form of interaction. I've found it to be much better to look at not as a phenomenon but as something of a paradox, whether the audience find it tangible or not, this might probably be the best starting point if one wish to have million ways to see quantum theory in its entirety....

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Marie Curie, born in Warsaw in 1867, was a French physicist and chemist famous for her work on radioactivity. She was a pioneer in the field of radioactivity and the first person honored with two Nobel Prizes - in physics (1903) and chemistry (1911). The risks of working with strongly radioactive materials were not known at that time, and she eventually died in 1934 from an illness likely caused by radiation poisoning. Radioactive Substances is the thesis of Marie Curie, presented to the Faculté de Sciences de Paris in 1903, and subsequently published in Chemical News vol 88, 1903. Marie Curie gives a detailed description of her research on radioactive substances carried out at the Sorbonne. She details how she obtained the two new elements radium and polonium from pitchblende, explains her numerous experiments and presents measurements of all kinds. (Summary by Availle)...

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Science

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Slosson reviews the transformation of alchemistry from an obscure and imprecise practice to the science of chemistry. Along the way, he explains how the modern industrial world now relies on fertilizers, explosives, textile materials, polymers and metals. By exploring the properties of a once undervalued element, the high strength of vanadium steel made the Ford car possible. Another element, cerium, appears in butane lighters and was once seen as a threat to the match industry in France. In his chapter on oils, Slosson reviews the development of hydrogenated oils, especially during WWII, in the search for a way to reuse otherwise discarded components of corn and cottonseed. Through the revolutionary reaction of hydrogenation, waste materials became a stable product that wouldn't spoil when packaged or carried without refrigeration. Once thought of as a miracle, shoppers were once willing to pay more for fully hydrogenated oils than their natural, unsaturated forms. Only in recent years has evidence of health risks checked their popularity and given them the image of cheap, unhealthy fillers. (Summary by LivelyHive)...

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Science

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Published in 1911 as part of the Harper's Library of Living Thought, this volume presents an introduction to the chemistry of cells in the context of plant physiology and gives an interesting overview of the field of biochemistry and related sciences at the time. The author, Frederick Czapek, was a Czech botanist and professor of Plant Physiology at the University of Prague. He is perhaps best known for his two-volume work on Plant Physiology, Biochemie der Pflanzen and for Czapek solution agar or Czapek-Dox medium, a culture medium for cultivation of fungus species such as Aspergillus and Penicillium molds . ( Summary by J. M. Smallheer )...

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Science

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The Chemical History of a Candle is a series of 6 lectures on chemistry presented to a juvenile audience in 1848. Taught by Michael Faraday - a chemist and physist, and regarded as the best experimentalist in the history of science - it is probably the most famous of the Christmas Lectures of the Royal Society. Taking the everyday burning of a candle as a starting point, Faraday spans the arc from combustion and its products, via the components of water and air (oxygen, hydrogen, nitrogen, carbon), back to the type of combustion that happens in the human body when we breathe. The final lecture On Platinum describes a then new method to produce large quantities of Platinum. It was delivered before the Royal Institution on February 22, 1861. (Summary by Availle.)...

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Nature, Science

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Gregor Mendel (1822 - 1884) was an Augustinian monk in the St. Thomas monastery in Brno. His seminal paper Experiments on Plant Hybridization presents his results of studying genetic traits in pea plants. It is the ground breaking work on inheritance, being the first to differentiate between dominant and recessive genetic traits. His work was long ignored and deemed controversial, however, at its rediscovery at the turn to the 20th century, it earned Gregor Mendel the title father of modern genetics. (Summary by Availle)...

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Nature, Science

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A light journey through the history of chemistry, from its start in the obscure mysteries of alchemy to what was, for the author, the cutting edge of the development of modern atomic theory ... and whose developing blind ends we can now see with the advantage of hind sight. (Summary by Peter Yearsley)...

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Science, History

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This book has six chapters. First chapter gives a brief description of biotechnology. Second chapter deals will proper proportion of mix of raw materials in cement industries to minimize pollution using fuzzy control theory. Chapter three gives the method of determination of temperature set point for crude oil in oil refineries. Chapter four studies the flow rates in chemical industries using fuzzy neutral networks. Chapter five gives the method of minimization of waste gas flow in chemical industries using fuzzy linear programming. The final chapter suggests when in these studies indeterminancy is an attribute or concept involved, the notion of neutrosophic methods can be adopted. The authors feel that the reader should be well versed with fuzzy models like neural networks, fuzzy relational equations, fuzzy control theory, fuzzy linear programming and neutrosophic fuzzy models like NRE together with a knowledge of the technical functioning of chemical industries....

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2.4 Finding the MIX of raw materials in proper proportion and minimize the waste dust using fuzzy neural network. The study of proper proportions of material mix during the clinkerization process is very difficult due to inconsistency in the chemical and mineralogical composition and the variation of these characteristic affects kiln operation, fuel consumption, clinker quality and above all the amount of CKD vent into the atmosphere. Further the raw mix should maintain a fixed range for a specific quality of cement. The problem of satisfying this range involves lot of randomness and uncertainty, which in turn speaks about the desired quality of the clinker. ...

Table of Contents Details
Preface 5 Chapter One INTRODUCTION 7 Chapter Two BIOTECHNOLOGY IN CHEMICAL INDUSTIRES 11 2.1 Description of waste CKD in cement kiln 13 2.2 Monitoring and control of the system using FCT and improvement of burning zone and combustion 16 2.3 Determination of gas volume setpoint and temperature set point for CKD processing 26 2.4 Finding the MIX of raw materials in proper proportion and minimize the waste dust using fuzzy neural network 35 Chapter Three DETERMINATION OF TEMPERATURE SET POINTS FOR CRUDE OIL 47 3.1 Introduction 47 3.2 Description of Crude Oil Refineries 48 3.3 Determination of Temperature Set-Point of Kerosene Resulting in Better Distillation Using Fuzzy Control Theory 52 3.4 Determination of Temperature Set Point of Naphtha Resulting in Better Distillation using Fuzzy Control Theory 61 3.5 Determination of Temperature Set-Point of Gasoil Resulting in Better Distillation using Fuzzy Control Theory 69 3.6 Conclusions 78 Chapter Four STUDY OF FLOW RATES IN CHEMICAL PLANTS 79 4.1 Use of FRE in Chemical Engineering 79 4.2 Fuzzy neural networks to estimate velocity of flow distribution in a pipe networ...

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This book has five chapters. First chapter is introductory in nature. Here we just study chemical pollution caused by garment industries in chapter two of this book using fuzzy associative memories. In chapter three we give ways to control pollution by improving the system performance using hierarchical genetic fuzzy control algorithm. This study is carried out using the past data reported by Shimada et al (1995). Health hazards suffered by the agriculture labourers; caused by the chemicals used as fertilizers and pesticides is analysed in chapter four using RTD matrices. Chapter five gives a method of minimization of SOx and NOx using fuzzy control theory in cement industries to reduce pollution....

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In this chapter, we have used the fuzzy control method to find the correct measure of pressure and speed of kiln. Using data from Alathur cement industry, we have used mean of maximum method of fuzzy control with the data and we found the pressure and speed of kiln. Here the speed and pressure of kiln are important parameters in the kiln, because the SOx and N0X concentration is dependent on the kiln feed, coal feed and the kiln feed, coal feed are dependent on speed and pressure of kiln. That means if we increase the kiln feed and coal feed we must increase the kiln pressure and speed. By this way the mixing of SOx and NOx with kiln feed is maintained properly or otherwise the SOx and NOx will not mix fully with the kiln feed. The remaining unmixed gases of SOx and NOx are the wastage polluting the environment. For this, we convert all this kiln feed and coal feed level and pressure of kiln and speed of kiln into fuzzy control. By using fuzzy control we identify a correct pressure and speed of the kiln for a given kiln feed and coal feed. When we choose a correct pressure of kiln and speed of kiln through fuzzy control, the SO...

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Preface 5 Chapter One INTRODUCTION 7 Chapter Two USE OF FAM MODELS TO ANALYSE THE POLLUTION CAUSED BY THE GARMENT INDUSTRIES 11 Chapter Three HIERARCHICAL GENETIC ALGORITHM TO IMPROVE THE SYSTEM PERFORMANCE AND REDUCE POLLUTION BY CHEMICAL PLANTS 51 3.1 Introduction 51 3.2 Description of the Problem 53 3.3 Application of Hierarchical Genetic Fuzzy Control Algorithm to Control Process Variables of Decision Tables in Chemical Plants 56 3.4 Use of Hierarchical Genetic Fuzzy Control Algorithm in the Real Data 58 3.5 Conclusions 73 Chapter Four IDENTIFICATION OF THE MAXIMUM AGE GROUP IN WHICH THE AGRICULTURAL LABOURERS SUFFER HEALTH HAZARDS DUE TO CHEMICAL POLLUTION USING RTD MATRIX 75 4.1 Introduction 75 4.2 Estimation of the Maximum Age Group of the Agricultural Labourers having Cardio Vascular Problem due to Chemical Pollution using RTD Matrices 77 4.3 Conclusion 93 Chapter Five MINIMIZATION OF SOX AND NOX USING FUZZY CONTROL THEORY IN CEMENT INDUSTRIES TO REDUCE POLLUTION 95 5.1 Introduction 95 5.2 Description of the Problem 97 5.3 Process Fates of Sulfur in Cement Kiln 98 5.4 Process Fates of Ni...

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A New and Simple Concept for the Analysis of Nonlinear Heat Transfer Phenomena Such as Boiling, British Chemical Engineering, Dec 1965, pp 840-845

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Study the contradictory interpretations of double slit experiment. Reasoning the validity of particle-wave duality, uncertainty, chaos, and multi-verses. Fundamental particle can only react precisely with it's environment, and vice versa. Above all, the rest of the universe is the absolute complement of an object. Even a particle, it is impossible for it to be anywhere else at the same time, since anywhere else is it's absolute complement....

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Particle and wave are fundamentally different. Particle is mass of distinct entity, and wave is the reaction of it's complement, which is wide and complex. The participating entities and their actions can not be fully identified. Nonetheless, particle and wave are separate entities. Isn't it scientifically essential to differentiate particle and wave?...

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1 Introduction 2 Current Contradictory Interpretations 2.1 Particle-Wave Duality 2.2 Observation Alters The Outcome 2.3 Uncertainty 2.4 Particles Can Be In Different Places At A Time 3 Anatomy of Double-Slit Device 3.1 The Deficiency of Double-Slit Device 4 A Look at Current Experiment 4.1 Test with Additional Detectors 4.2 Summary 5 Anatomy of Particle and Wave 5.1 Three States of Particle 5.1.1 Particle at Rest 5.1.2 Particle Spin 5.1.3 Particle Translation 5.2 Shape of Wave 5.3 Detection of Particle In Motion 26 6 Restudy the Double-Slit Experiment 6.1 Design 6.1.1 Definitions of the Components 6.1.2 Data Collected 6.1.3 Assumptions Experiment I - Reliability Test Experiment II - Normal Open Slit Test Experiment III - Additional Detectors Experiment IV - Wave Only Test Experiment V - Single Slit Test7 Summary 8 Appendix - Jeopardy of Atomic Experiments 8.1 Submerged Chemical Laboratory 8.2 Electron Cloud and Entanglement 9 Appendix - Fundamental Principles References...

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Study the contradictory interpretations of double slit experiment. Reasoning the validity of particle-wave duality, uncertainty, chaos, and multi-verses. Fundamental particle can only react precisely with it's environment, and vice versa. Above all, the rest of the universe is the absolute complement of an object. Even a particle, it is impossible for it to be anywhere else at the same time, since anywhere else is it's absolute complement. ...

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Double-slit device is but a wave detector than a bullet hole counter. Particle and wave are fundamentally different. Particle is mass of distinct entity, and wave is the reaction of it's complement, which is wide and complex. The participating entities and their actions can not be fully identified. Nonetheless, particle and wave are separate entities. Isn't it scientifically essential to differentiate particle and wave? ...

Table of Contents Details
1 Introduction 2 Current Contradictory Interpretations 2.1 Particle-Wave Duality 2.2 Observation Alters The Outcome 2.3 Uncertainty 2.4 Particles Can Be In Different Places At A Time 3 Anatomy of Double-Slit Device 3.1 The Deficiency of Double-Slit Device 4 A Look at Current Experiment 4.1 Test with Additional Detectors 4.2 Summary 5 Anatomy of Particle and Wave 5.1 Three States of Particle 5.1.1 Particle at Rest 5.1.2 Particle Spin 5.1.3 Particle Translation 5.2 Shape of Wave 5.3 Detection of Particle In Motion 26 6 Restudy the Double-Slit Experiment 6.1 Design 6.1.1 Definitions of the Components 6.1.2 Data Collected 6.1.3 Assumptions Experiment I - Reliability Test Experiment II - Normal Open Slit Test Experiment III - Additional Detectors Experiment IV - Wave Only Test Experiment V - Single Slit Test7 Summary 8 Appendix - Jeopardy of Atomic Experiments 8.1 Submerged Chemical Laboratory 8.2 Electron Cloud and Entanglement 9 Appendix - Fundamental Principles References...

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Thomas H. Huxley, an English biologist and essayist, was an advocate of the theory of evolution and a self-proclaimed agnostic. A talented writer, his essays helped to popularize science in the 19th century, and he is credited with the quote, Try to learn something about everything and everything about something. In The Advance of Science in the Last Half Century , he presents a summary of the major developments in Physics, Chemistry and Biology during the period 1839-1889 and their impact on society, within the historical context of philosophical thought and scientific inquiry going back to Aristotle. Huxley’s clear and readable prose makes this subject equally enjoyable for both the student of scientific history and the casual listener alike. (Summary by the reader.)...

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Science

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“The Letters contained in this little Volume embrace some of the most important points of the science of Chemistry, in their application to Natural Philosophy, Physiology, Agriculture, and Commerce. Some of them treat of subjects which have already been, or will hereafter be, more fully discussed in my larger works. They were intended to be mere sketches, and were written for the especial purpose of exciting the attention of governments, and an enlightened public, to the necessity of establishing Schools of Chemistry, and of promoting by every means, the study of a science so intimately connected with the arts, pursuits, and social well-being of modern civilised nations.” –Justus Liebig, August 1843...

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Science

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Joseph Priestley, FRS (13 March 1733 (O.S.) – 6 February 1804) was an 18th-century English theologian, Dissenting clergyman, natural philosopher, chemist, educator, and political theorist who published over 150 works. In “Experiments and Observations on Different Kinds of Air,” he reviews experiments with gases. A common theme in this work is measuring the volumes of gases held in glass tubes, and their increase or decrease when exposed to other substances. He also tests the effects of gases on mice, plants and insects. Priestley demonstrated that fixed air (now known as CO2) can be produced from several reactions including alcoholic fermentation, combustion and a mixture of oil of vitriol and chalk (sulfuric acid and calcium oxide). He also showed that it is soluble in water, and that its toxic effects can be reduced when agitated in water. In other experiments, he showed that combinations of gases can mix to form a smaller volume than the sum of both separate gases, as when he combined common air (atmospheric air) with nitrous air (nitric oxide, NO). For some experiments, Priestley tests whether the properties of gases change when...

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Science

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This book, a reprint of a successful English publication, has been so enlarged as to be to all intents and purposes new. It has been carefully revised by a Reverend gentleman, who for some time filled the chair of Physics and Chemistry in one of our colleges. Recent inventions and improvements are described in a simple, popular style, so as to be easily understood by all, and short notices are given of prominent inventors and scientists. The paragraphs relating to doctrinal matters conform in every respect to the teachings of the Church. A feature which will commend the book to every teacher is the definitions of difficult words and terms, following the paragraphs in which such words occur. (from the Preface)...

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Science

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A fascinating look back at the state of the art of chemistry 100 years ago, this book by James C. Philip, PhD, an assistant professor of chemistry at The Imperial College of Science and Technology, Kensington, provides a description in non-technical language of the diverse and wonderful way which chemical forces are at work, and their manifold application in modern life in 1910. Professor Philip relates many of the key chemical discoveries of early academic researchers in the context of the practical uses to which these discoveries were applied in the early 20th century. (summary by J. M. Smallheer)...

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Science

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This is the official report, published nearly 11 months after the first and only atomic bombings in history (to date), of a group of military physicians and engineers who accompanied the initial contingent of U.S. soldiers into the destroyed cities of Hiroshima and Nagasaki. The report presents a clinical description of the devastation, loss of life and continued suffering of the survivors that resulted from the world's first and only atomic bombings, to date. The appendix is an eyewitness account, contrasting vividly with the dispassionate sang-froid of the report itself, written by a German Jesuit priest who survived the blast at Hiroshima, and whose order assisted in rescue efforts following the catastrophic attack. This recording was completed on the 63rd anniversary of the events. (Summary by Dennis Sayers)....

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History, Science

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In The Outline of Science, Thomson gives us a window into scientific thinking as it stood in 1922 on the big, the little, and the biological. With straightforward language intended for a general audience, this book covers astronomy from the Solar System to the Milky Way, the submicroscopic makeup of matter from protons and electrons, and the evolution of simple living beings into the varied fauna of the world today. Thomson cites many examples that would have been familiar to his readers of the day and notes where scientific understanding leaves off and conjecture begins. He clearly shows how the accumulation of observation and experiment stacked up to form the body of knowledge reported in the book. For even the scientifically well-versed, there will be interesting nuggets, for investigation into how the world came to be as it was, was both wide and deep. To a modern listener, what was not known may be as interesting as what was. With the 100-inch Mt. Wilson reflector the largest telescope in the world, the existence of galaxies outside the Milky Way was suspected but not confirmed. Neutrons, soon to become important in the field o...

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Nature, Science

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Progress and development in our knowledge of the structure, form and function of the Universe, in the true sense of the word, its beauty and power, and its timeless presence and mystery, before which even the greatest intellect is awed and humbled, can spring forth only from an unshackled mind combined with a willingness to imagine beyond the boundaries imposed by that ossified authority by which science inevitably becomes, as history teaches us, barren and decrepit. Revealing the secrets of Nature, so that we truly see ‘the sunlit plains extended, and at night the wondrous glory of the everlasting stars’*, requires far more than mere technical ability and mechanical dexterity learnt from books and consensus. The dustbin of scientific history is replete with discredited consensus and the grand reputations of erudite reactionaries. Only by boldly asking questions, fearlessly, despite opposition, and searching for answers where most have not looked for want of courage and independence of thought, can one hope to discover for one’s self. From nothing else can creativity blossom and grow, and without which the garden of science can o...

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After the experiments were completed, the life span of such “atoms” was calculated theoretically in Chapiro’s works [61,62,63]. His main idea was that nuclear forces, acting between nucleon and anti-nucleon, can keep them far away from each other, hindering their annihilation. For instance, a proton and anti-proton are located at the opposite side of the same orbit and move around the orbit’s centre. If the diameter of their orbit is much larger than the diameter of the “annihilation area”, they can be kept from annihilation (see fig. 3). But because the orbit, according to Quantum Mechanics, is an actual cloud spreading far around the average radius, at any radius between the proton and the anti-proton there is a probability that they can meet one another at the annihilation distance. Therefore the nucleon---anti-nucleon system annihilates in any case, as this system is unstable by definition having a life span no more than 10-20 sec....

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Contents Preface 5 Foreword 6 1 Unsolved Problems in Theoretical Physics 8 1.1. Problems related to elementary particles 8 1.2. Problems related to Unmatter 11 1.3 Some unresolved problems, questions and applications of the Brightsen nucleon cluster model 21 2 Unsolved Problems in Mathematics 24 2.1. Maximum number of circles 25 2.2. Consecutive sequence 25 2.3. Diophantine equation 25 2.4. Van Der Waerden Theorem 26 2.5. Differential equation with fractional power 26 2.6. Representation of odd number with prime 26 2.7. Magic square problem 27 2.8. Palindromic number and iteration 27 2.9. Non-Euclidean geometry by giving up its fifth postulate 28 2.10. Smarandache Geometry and Degree of Negation in Geometries 28 2.11. Non-Archimedean triangle theorem 33 2.12. The cubic Diophantine equation 33 2.13. Multispaces and applications in physics 34 3 Unsolved Problems in Astrophysics 35 3.1. Unsolved problems in Celestial Mechanics 35 3.2. Unsolved problems in Astrophysics 37 4 Unsolved Problems in Geophysics 45 4.1. Introduction 45 4.2. Some new questions 45 5 Unsolved Problems in Sorites Quantum Paradox and Sm...

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The concept of science and the sciences. Fundamental and historical development in the sciences. Great ideas that revolutionize our scientific world. The story of the cell and Biology. The birth of modern Biology. The rise of the modern University and experimental stations. The cell as the basic building block of life. The origin of life. The development of microbiology and microscopy. The germ theory of diseases, vaccines, and antibiotics. The vector insects and infectious diseases. The virus, viral diseases, and vaccines. The principle of vegetation and the basic requirements of plants. William Harvey, the heart and the circulatory system. Carl Linneaus and the development of modern taxonomy in biology. Charles Darwin and the development of evolution in biology. Gregor Mendel and the development of genetics and the laws of heredity....

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THE GREATEST FUNDAMENTAL INVENTIONS CREATED BY MOTHER NATURE THE ATOM AND ITS CAPACITY TO STORE AND RELEASE UNIVERSAL ENERGY BY MEANS OF PHYSICAL AND CHEMICAL PROCESSES THE CELL AND ITS CAPACITY TO SUSTAIN INDEPENDENT LIFE BY MEANS OF UNIQUE BIOLOGICAL PROCESSES THE PROCESS OF PHOTOSYNTHESIS AND ITS CAPACITY TO TRANSFORM SOLAR (LIGHT) ENERGY INTO CHEMICAL AND FOOD ENERGY BY MEANS OF BIOCHEMICAL PROCESSES LIGHT AND ITS CAPACITY TO TRANSPORT ENERGY AND CHANGE OUR UNIVERSE BY TRANSFORMING DARKNESS INTO LIGHTNESS BY THE MIRACLE OF ILLUMINATION THE PHENOMENON OF ELECTROMAGNETISM AND ITS CAPACITY TO PRODUCE THE DYNAMIC ELECTRIC CURRENT THAT ENERGIZES AND POWERS OUR UNIVERSE AND THE MOST FUNDAMENTAL OF ALL OF NATURE’S INTUITIVE CREATIONS IS THE PROCESS OF UNIVERSAL TRANSFORMATION, WHERE PHYSICAL, CHEMICAL AND BIOLOGICAL EVOLUTION TRANSFORM MATTER, ENERGY, SPACE, TIME AND LIFE ITSELF ...

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INTRODUCTION 1 ABSTRACT ON THE CONCEPT OF PERSPECTIVE AND SENSE OF DUTY 4 THE CONCEPT OF SCIENCE 5 FUNDAMENTAL AND HISTORIC DEVELOPMENTS IN THE SCIENCES 7 ABSTRACT ON THE ATOM AND ITS ENERGY 11 GREAT IDEAS THAT REVOLUTIONIZED OUR SCIENTIFIC WORLD 16 DEMOCRITUS (470 - 380 BC) Greek Philosopher 16 NICHOLAS COPERNICUS (1473 - 1543) Polish Astronomer 17 GALILEO GALILEI (1564 - 1642) Italian Mathematician and Astronomer 18 RENE DESCARTES (1596 - 1650) French Mathematician and Philosopher. 19 ISAAC NEWTON (1642 - 1727) English Scientist and Mathematician 20 ANTOINE LAVOISIER (1743 - 1794) French Chemist 23 JOHN DALTON (1766 - 1844) English Chemist 24 JONS J. BERZELIUS (1779 - 1848) Swedish Chemist 25 HUMPHRY DAVY (1778 - 1829) English Chemist 25 AMEDEO AVOGADRO (1776 - 1856) Italian Physicist 26 DMITRI MENDELEEV (1834 - 1907) Russian Chemist 26 FRIEDRICH A. KEKULE (1829 - 1896) German Organic Chemist 27 JACOBUS VAN’T HOFF (1852 - 1911) Dutch Physical Chemist 28 WILLIAM H. WOLLASTON (1766 - 1828) English Chemist and Physicist 28 EDWARD FRANKLAND (1825 - 1899) English Chemist 29 SVANTE A. ARRHENIUS (1859 -...

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The 2000 year history of the atom and chemistry, from the Classic Greek Era to the present, is described in 800 pages, depicted with some 300 pictures and illustrations. This history of the atom and chemistry discusses the lives of about 180 chemists and physicists, through the evolution of several stages of development, representing the most important scientific accomplishments. The most significant discoveries in chemistry and physics are presented chronologically to illustrate their contributions to the creation of the chemical sciences during the last 21 centuries....

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INTRODUCTION It is a genuine pleasure and challenge for me to try to express the full extent of my emotions and reasons for writing this book on the STORY OF THE ATOM AND THE SCIENCES, with special reference to the CHEMICAL SCIENCES. In one sentence, I can distill the essence of the purpose for this study by simply stating that it has been a labor of love that transcended the written word because sentiments and ideas belong in the realm of the ethereal and the philosophical as well as in the domain of LITERATURE and SCIENCE. Ever since a young and impressionable student attending a country school in a community of a few hundred people, began to be introduced to the world of knowledge over 65 years ago, the sciences became to me what water is to fish, air is to birds and earth is to humanity. The introduction to the mathematical, physical, chemical and biological sciences felt like reading a beautiful poem or listening to a romantic melody. In essence, it was truly a joyful experience, full of the enigmatic, the mysterious and the fantastic, beyond my wildest imagination. The words used in the title of this book, were car...

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TABLE OF CONTENTS INTRODUCTION 1 THE STORY OF THE ATOM AND CHEMISTRY 7 THE CAVE MAN 7 ABSTRACT ON THE CONCEPT OF PERSPECTIVE AND SENSE OF DUTY 8 THE MIGRATORY AND THE SEDENTARY MAN 9 ABSTRACT ON THE ATOM AND ITS ENERGY 11 THE CLASSIC GREEK AND ROMAN PHILOSOPHERS 17 EMPEDOCLES (492-432 BC) Greek Philosopher 20 Proposed the four basic elements: earth, water, air and fire. DEMOCRITUS (470-380 BC) Greek Philosopher 22 The founder of the atomic theory of antiquity. CLAUDIUS PTOLEMY (100-170) Greek Astronomer 24 Proponent of the geocentric theory of our solar system with the Earth and not the Sun at its center. ABSTRACT ON THE GENESIS OF AN ORDERLY AND SYSTEMATIC UNIVERSE 25 THE ALCHEMY OF ANTIQUITY AND THE MIDDLE AGES 32 THE METAL INDUSTRY OF ANTIQUITY 33 Mercury, Copper, Bronze, Iron and Steel. GEBER (721-815) Arabian Alchemist 38 One of the first scholars and alchemists of the Islamic world. OMAR KHAYYAM (12th Century). Persian Scientist and Astronomer 38 Brilliant astronomer and alchemist of the 12th Century. BERNARDO TREVISAN (1406 -1490) Italian Alchemist 39 One of the most famous alchemists of th...

Description Details
The fourth volume, in my book series of “Collected Papers”, includes 100 published and unpublished articles, notes, (preliminary) drafts containing just ideas to be further investigated, scientific souvenirs, scientific blogs, project proposals, small experiments, solved and unsolved problems and conjectures, updated or alternative versions of previous papers, short or long humanistic essays, letters to the editors...

Excerpt Details
This short technical paper advocates a bootstrapping algorithm from which we can form a statistically reliable opinion based on limited clinically observed data, regarding whether an osteo-hyperplasia could actually be a case of Ewing’s osteosarcoma. The basic premise underlying our methodology is that a primary bone tumour, if it is indeed Ewing’s osteosarcoma, cannot increase in volume beyond some critical limit without showing metastasis. We propose a statistical method to extrapolate such critical limit to primary tumour volume. Our model does not involve any physiological variables but rather is entirely based on time series observations of increase in primary tumour volume from the point of initial detection to the actual detection of metastases....

Table of Contents Details
Collected Eclectic Ideas - preface by the author.............................3 Contents....................................................6 ASTRONOMY..................................14 1. First Lunar Space Base, project proposal, by V. Christianto, Florentin Smarandache..15 2. On Recent Discovery of New Planetoids in the Solar System and Quantization of Celestial System, by V. Christianto, F. Smarandache..................28 3. Open and Solved Elementary Questions in Astronomy, by Florentin Smarandache.. 36 BIOLOGY......................................40 4. Statistical Modeling of Primary Ewing Tumors of the Bone, by Sreepurna Malakar, Florentin Smarandache, Sukanto Bhattacharya, in in , Vol. 3, No. JJ05, 81-88, 2005................41 CALCULUS....................................53 5. A Triple Inequality with Series and Improper Integrals, by Florentin Smarandache, in Bulletin of Pure and Applied Sciences, Vol. 25E, No. 1, 215-217, 2006.........54 6. Immediate Calculation of Some Poisson Type Integrals Using SuperMathematics Circular Ex-Centric Functions, by Florentin Smarandache & Mircea Eugen................................

Description Details
The fourth volume, in my book series of “Collected Papers”, includes 100 published and unpublished articles, notes, (preliminary) drafts containing just ideas to be further investigated, scientific souvenirs, scientific blogs, project proposals, small experiments, solved and unsolved problems and conjectures, updated or alternative versions of previous papers, short or long humanistic essays, letters to the editors...

Excerpt Details
This short technical paper advocates a bootstrapping algorithm from which we can form a statistically reliable opinion based on limited clinically observed data, regarding whether an osteo-hyperplasia could actually be a case of Ewing’s osteosarcoma. The basic premise underlying our methodology is that a primary bone tumour, if it is indeed Ewing’s osteosarcoma, cannot increase in volume beyond some critical limit without showing metastasis. We propose a statistical method to extrapolate such critical limit to primary tumour volume. Our model does not involve any physiological variables but rather is entirely based on time series observations of increase in primary tumour volume from the point of initial detection to the actual detection of metastases....

Table of Contents Details
Collected Eclectic Ideas - preface by the author.............................3 Contents....................................................6 ASTRONOMY..................................14 1. First Lunar Space Base, project proposal, by V. Christianto, Florentin Smarandache..15 2. On Recent Discovery of New Planetoids in the Solar System and Quantization of Celestial System, by V. Christianto, F. Smarandache..................28 3. Open and Solved Elementary Questions in Astronomy, by Florentin Smarandache.. 36 BIOLOGY......................................40 4. Statistical Modeling of Primary Ewing Tumors of the Bone, by Sreepurna Malakar, Florentin Smarandache, Sukanto Bhattacharya, in in , Vol. 3, No. JJ05, 81-88, 2005................41 CALCULUS....................................53 5. A Triple Inequality with Series and Improper Integrals, by Florentin Smarandache, in Bulletin of Pure and Applied Sciences, Vol. 25E, No. 1, 215-217, 2006.........54 6. Immediate Calculation of Some Poisson Type Integrals Using SuperMathematics Circular Ex-Centric Functions, by Florentin Smarandache & Mircea Eugen................................