Hidden Nature, the Startling Insights of Viktor Schauberger
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5 the Da Vinci Code Dan Brown
The Da Vinci Code By: Dan Brown ISBN: 0767905342 See detail of this book on Amazon.com Book served by AMAZON NOIR (www.amazon-noir.com) project by: PAOLO CIRIO paolocirio.net UBERMORGEN.COM ubermorgen.com ALESSANDRO LUDOVICO neural.it Page 1 CONTENTS Preface to the Paperback Edition vii Introduction xi PART I THE GREAT WAVES OF AMERICAN WEALTH ONE The Eighteenth and Nineteenth Centuries: From Privateersmen to Robber Barons TWO Serious Money: The Three Twentieth-Century Wealth Explosions THREE Millennial Plutographics: American Fortunes 3 47 and Misfortunes at the Turn of the Century zoART II THE ORIGINS, EVOLUTIONS, AND ENGINES OF WEALTH: Government, Global Leadership, and Technology FOUR The World Is Our Oyster: The Transformation of Leading World Economic Powers 171 FIVE Friends in High Places: Government, Political Influence, and Wealth 201 six Technology and the Uncertain Foundations of Anglo-American Wealth 249 0 ix Page 2 Page 3 CHAPTER ONE THE EIGHTEENTH AND NINETEENTH CENTURIES: FROM PRIVATEERSMEN TO ROBBER BARONS The people who own the country ought to govern it. John Jay, first chief justice of the United States, 1787 Many of our rich men have not been content with equal protection and equal benefits , but have besought us to make them richer by act of Congress. -Andrew Jackson, veto of Second Bank charter extension, 1832 Corruption dominates the ballot-box, the Legislatures, the Congress and touches even the ermine of the bench. The fruits of the toil of millions are boldly stolen to build up colossal fortunes for a few, unprecedented in the history of mankind; and the possessors of these, in turn, despise the Republic and endanger liberty. -
Annual Report 1995
19 9 5 ANNUAL REPORT 1995 Annual Report Copyright © 1996, Board of Trustees, Photographic credits: Details illustrated at section openings: National Gallery of Art. All rights p. 16: photo courtesy of PaceWildenstein p. 5: Alexander Archipenko, Woman Combing Her reserved. Works of art in the National Gallery of Art's collec- Hair, 1915, Ailsa Mellon Bruce Fund, 1971.66.10 tions have been photographed by the department p. 7: Giovanni Domenico Tiepolo, Punchinello's This publication was produced by the of imaging and visual services. Other photographs Farewell to Venice, 1797/1804, Gift of Robert H. and Editors Office, National Gallery of Art, are by: Robert Shelley (pp. 12, 26, 27, 34, 37), Clarice Smith, 1979.76.4 Editor-in-chief, Frances P. Smyth Philip Charles (p. 30), Andrew Krieger (pp. 33, 59, p. 9: Jacques-Louis David, Napoleon in His Study, Editors, Tarn L. Curry, Julie Warnement 107), and William D. Wilson (p. 64). 1812, Samuel H. Kress Collection, 1961.9.15 Editorial assistance, Mariah Seagle Cover: Paul Cezanne, Boy in a Red Waistcoat (detail), p. 13: Giovanni Paolo Pannini, The Interior of the 1888-1890, Collection of Mr. and Mrs. Paul Mellon Pantheon, c. 1740, Samuel H. Kress Collection, Designed by Susan Lehmann, in Honor of the 50th Anniversary of the National 1939.1.24 Washington, DC Gallery of Art, 1995.47.5 p. 53: Jacob Jordaens, Design for a Wall Decoration (recto), 1640-1645, Ailsa Mellon Bruce Fund, Printed by Schneidereith & Sons, Title page: Jean Dubuffet, Le temps presse (Time Is 1875.13.1.a Baltimore, Maryland Running Out), 1950, The Stephen Hahn Family p. -
History and Organization Table of Contents
History and Organization Table of Contents History and Organization Carnegie Mellon University History Carnegie Mellon Colleges, Branch Campuses, and Institute Carnegie Mellon University in Qatar Carnegie Mellon Silicon Valley Software Engineering Institute Research Centers and Institutes Accreditations by College and Department Carnegie Mellon University History Introduction The story of Carnegie Mellon University is unique and remarkable. After its founding in 1900 as the Carnegie Technical Schools, serving workers and young men and women of the Pittsburgh area, it became the degree-granting Carnegie Institute of Technology in 1912. “Carnegie Tech,” as it was known, merged with the Mellon Institute to become Carnegie Mellon University in 1967. Carnegie Mellon has since soared to national and international leadership in higher education—and it continues to be known for solving real-world problems, interdisciplinary collaboration, and innovation. The story of the university’s famous founder—Andrew Carnegie—is also remarkable. A self-described “working-boy” with an “intense longing” for books, Andrew Carnegie emigrated from Scotland with his family in 1848 and settled in Pittsburgh, Pennsylvania. He became a self-educated entrepreneur, whose Carnegie Steel Company grew to be the world’s largest producer of steel by the end of the nineteenth century. On November 15, 1900, Andrew Carnegie formally announced: “For many years I have nursed the pleasing thought that I might be the fortunate giver of a Technical Institute to our City, fashioned upon the best models, for I know of no institution which Pittsburgh, as an industrial centre, so much needs.” He concluded with the words “My heart is in the work,” which would become the university’s official motto. -
Deep Lights Lesson Plan
Bioluminescence 2009: ocean Living Light on the Deep Sea Floor Expedition Deep Lights www.oceanexplorer.noaa.gov Focus Light-producing processes and organisms in deep-sea environments Grade Level 7-8 (Life Science/Physical Science) Focus Question Image credit: NOAA. How do deep-sea organisms produce light in deep ocean environments? Learning Objectives ] Students will be able to compare and contrast chemiluminescence, bioluminescence, fluorescence, phosphorescence, and triboluminescence. ] Given observations on materials that emit light under certain Image credit: NOAA. conditions, students will be able to infer whether the light- producing process is chemiluminescence, fluorescence, phosphorescence, or triboluminescence. ] Students will be able to explain three ways in which the ability to produce light may be useful to deep-sea organisms. Materials @ Ultraviolet lamp (see Extensions) Image credit: NOAA. @ Materials for demonstrating fluorescence, phosphorescence, chemiluminescence, and triboluminescence; see “Learning Procedure” Step 1b and “Extensions” for a partial list of suppliers @ Watch glasses, petri dishes, bottle caps, or similar containers to hold small samples of solid materials @ Clear glass 50 ml beakers, graduated cylinders, or similar containers for liquid materials @ Plastic sandwich bags, two for each student group @ Pliers; one for each student group, or groups may share Image credit: NOAA. @ One or more large cardboard cartons to provide a darkened space for viewing materials under ultraviolet light, if the classroom -
Triboluminescence and Triboelectrification by the Motion of Mercury Over Glass Coated with Scintillator Dyes
1726 J. Electrochem. Soc.: SOLID-STATE SCIENCE AND TECHNOLOGY December 1973 Acknowledgment 2. J. R. Brown and J. H. O'Donnell, Macromolecules, 5, 109 (1972). The authors would like to recognize R. D. Heiden- 3. M. J. Bowden and L. F. Thompson, J. Appl. Poly- reich and E. D. Feit for helpful discussions and C. M. mer Sci., In press. Melliar-Smith for supplying the tungsten substrate. 4. R. Glang and L. V. Gregor, in "Handbook of Thin Film Technology," L. I. Maissel and R. Glang, Manuscript submitted March 8, 1973; revised manu- Editors, Chap. 7, McGraw-Hill, Book Company, script received July 25, 1973. New York (1970). 5. M. Hatzakis, This Journal, 116, 1033 (1971). Any discussion of this paper will appear in a Discus- 6. J. M. Shaw and J. A. Amick, RCA Rev., 31, 306 sion Section to be published in the June 1974 JOURNAL. (1970). 7. L. F. Thompson, E. D. Feit, C. M. Melliar-Smith, REFERENCES and R. D. Heidenreich, J. Appl. Phys., In press. 1. S. Magdo, M. Hatzakis, and Ch. Ting, IBM J. Res. 8. R. D. Heidenreich, E. D. Felt, L. F. Thompson, and Develop., 15, 446 (1970). C. M. Melliar-Smith, ibid., In press. Triboluminescence and Triboelectrification by the Motion of Mercury Over Glass Coated with Scintillator Dyes Csaba P. Keszthelyi* and Allen J. Bard** Department of Chemistry, The University o] Texas at Austin, Austin, Texas 78712 ABSTRACT The conversion of mechanical energy into electrical energy and light (triboelectrification and triboluminescence) by the movement of mercury over glass surfaces coated with scintillator compounds was investigated. -
Structured Water Effects on Living Cells and Inanimate Matter
Structured water effects on living cells and inanimate matter Introduction The purpose of this paper is to describe the nature of energy fields from living cells and inanimate matter, and summarise knowledge about the effects of structured water on cells and inanimate matter. The idea and evidence that cells and inanimate matter emit an energy field has been in the literature since the 19th Century. German scientist, Baron Carl von Reichenbach, came up with this idea of a pervasive life-force energy in the mid 1880’s. He called this energy field Od after Odin (a mythical Viking ruler and relentless seeker of justice and wisdom). Baron Carl von Reichenbach was investigating the manner in which the human nervous system could be affected by various substances, he conceived the existence of a new force allied to electricity, magnetism, and heat; a force which he thought was radiated by most substances, and to the influence of which different persons are variously sensitive. He named this Vitalist concept Odic force. Proponents say that Odic force permeates all matter and the cells of plants, animal and humans. A fundamental hypothesis in this field of science is that all living entities show evidence of their life force as subtle energy emissions. These energy fields resonate with their surroundings and external energies resonate with the living entity. The evidence of these subtle fields of energy has been measured by numerous people who pioneered experimentation with electrical inventions since the nineteenth century. There are numerous technologies to measure this life- force energy and many of them have been pioneered by Dr Albert Abrams (father of radionics), Nikola Tesla, Cleve Backster (polygraph), Dr Wilhelm Rife, Dr George Lakhovsky, Dr Rudolf Steiner and many others. -
Mouth-Lighting.Pdf
Chemistry Mouth Lightning Primary Audience: All Ages Description: Participants will make observations about triboluminescence using Wintergreen Lifesavers. Keywords: Triboluminescence, Bioluminescence, Cold Light Concepts: • Light can be produced without heat. • Light produced without heat is called "cold light" • Cold light can be produced by crushing certain materials. • Some materials can absorb ultraviolet light, which we cannot see, and reemit it as light waves we can see. Materials: • Wintergreen Lifesavers • Pliers (optional) • Sugar Cubes (optional) Instructions: For this experiment, I'm going to give you some candy. Since the candy is part of the experiment, I want you to promise me that you won't eat the candy until I explain how to do the experiment. Okay?? Great! Each of you will get two pieces of candy. One to use in while you are in this workshop and one to take home, so you can do this experiment again after you get home! Be certain you give this bit of information before you hand out the candy! Does everyone have two pieces of candy now? Then you need to put one in your carrying bag, and carefully hold on to the other one for just a little while longer. Don't put it in your mouth just yet, because if it gets wet, the experiment won't work. If you hands are sweaty, hold the candy between your thumb and forefinger, like this. When we get ready to do this experiment, you are going to put the candy in your mouth just a little to the side, with the widest part of the candy between your teeth, like this. -
Spin-Mediated Consciousness Theory and Its Experimental Support by Evidence of Biological, Chemical and Physical Non-Local Effects
Spin-Mediated Consciousness Theory and Its Experimental Support by Evidence of Biological, Chemical and Physical Non-local Effects Huping Hu ∗∗∗& Maoxin Wu (Dated: November 16, 2006) Biophysics Consulting Group, 25 Lubber Street, Stony Brook, New York 11790, USA ABSTRACT A novel theory of consciousness is proposed in this paper. We postulate that consciousness is intrinsically connected to quantum spin since the latter is the origin of quantum effects in both Bohm and Hestenes quantum formulism and a fundamental quantum process associated with the structure of space-time. That is, spin is the “mind- pixel.” The unity of mind is presumably achieved by entanglement of the mind-pixels. Applying these ideas to the particular structures and dynamics of the brain, we have developed a detailed model of quantum consciousness. Experimentally, we have contemplated from the perspective of our theory on the possibility of entangling the quantum entities inside the brain with those in an external anaesthetic sample and carried out experiments toward that end. We found that applying magnetic pulses to the brain when a general anaesthetic sample was placed in between caused the brain to feel the effect of said anaesthetic for several hours after the treatment as if the test subject had actually inhaled the same. The said effect is consistently reproducible on all subjects tested. We further found that drinking water exposed to magnetic pulses, laser light, microwave or even flashlight when an anaesthetic sample was placed in between also causes consistently reproducible brain effects in various degrees. Further, through additional experiments we have verified that the said brain effect is the consequence of quantum entanglement between quantum entities inside the brain and those of the chemical substance under study induced by the photons of the magnetic pulses or applied lights. -
America's National Gallery Of
The First Fifty Years bb_RoomsAtTop_10-1_FINAL.indd_RoomsAtTop_10-1_FINAL.indd 1 006/10/166/10/16 116:546:54 2 ANDREW W. MELLON: FOUNDER AND BENEFACTOR c_1_Mellon_7-19_BLUEPRINTS_2107.indd 2 06/10/16 16:55 Andrew W. Mellon: Founder and Benefactor PRINCE OF Andrew W. Mellon’s life spanned the abolition of slavery and PITTSBURGH invention of television, the building of the fi rst bridge across the Mississippi and construction of Frank Lloyd Wright’s Fallingwater, Walt Whitman’s Leaves of Grass and Walt Disney’s Snow White, the Dred Scott decision and the New Deal. Mellon was born the year the Paris Exposition exalted Delacroix and died the year Picasso painted Guernica. The man was as faceted as his era: an industrialist, a fi nancial genius, and a philanthropist of gar- gantuan generosity. Born into prosperous circumstances, he launched several of America’s most profi table corporations. A venture capitalist before the term entered the lexicon, he became one of the country’s richest men. Yet his name was barely known outside his hometown of Pittsburgh until he became secretary of the treasury at an age when many men retire. A man of myriad accomplishments, he is remem- bered best for one: Mellon founded an art museum by making what was thought at the time to be the single largest gift by any individual to any nation. Few philan- thropic acts of such generosity have been performed with his combination of vision, patriotism, and modesty. Fewer still bear anything but their donor’s name. But Mellon stipulated that his museum be called the National Gallery of Art. -
Cold Fusion, Renewable Energy
The Magazine of New Energy Technology TABLE OF CONTENTS - ISSUE 33, SEPTEMBER/OCTOBER 2000 FEATURES 10 Earth-Generated Water: A Potential Solution for the Middle East Morad Eghbal 19 The Hydro Quebec Controversy: A Firsthand Report Ken Rauen TECHNICAL ARTICLES 29 "Water Buckyballs"—Chemical, Catalytic, and Cosmic Implications Keith Johnson 33 Solar-Energy Liberation from Water by Electric Arcs George Hathaway, Peter Graneau, and Neal Graneau 62 Deep Sea Reverse Osmosis: The Final Quantum Jump Donald C, Bullock and William T. Andrews COMMENTARY 26 Water and Health Robert Yukes Earth-Generated Water 43 Tidal Power Jeane Manning p. 10 53 Heavy Water 61 Free Energy, More Fish, and Weather Control J. Gridelin 65 Review of the Lafree Electric Bicycle Jed Rothwell DEPARTMENTS 4 Breaking Through - Editorial Eugene Mallove 7 Letters to the Editor 38 Renewable and Conventional Energy Zinc: Precious Metal? Bennett Davis? Energy focus Should Fall on Russia Jed Rothwell View from the Green Isle Soo Seddon Volkswagen in Midst of Record-Setting Drive Around the World Renewables in the News Christy Frazier Fust Add Water Bennett Daviss "Water Buckyballs" 44 A Piece of History: A Look Back at Harnessing Tidal Power p. 29 Barbara DelloRusso 48 Calendar 49 Briefs Sheihk Yamani Predicts End of Age of Oi1 and an Oil Price Gash • President Clinton on New Energy • Water: To Blame for Earth's Wobble • Dr. Randell Mills Responds to Attacks, Outlines BlackLight Progress 52 NERL Device And Process Testing Update 55 Book Reviews The Memory of Water: Homeopathy and the Battle of Ideas in the New Science (Michel Schiff) Eugene Mallove Living Water: Viktor Schauberger and the Secrets of Natural Energy (Olof Alexandersson) Soo Seddon Book Review The Memory of Water Polywater (Felix Franks) Jed Rothwell p. -
Water Is an Active Matrix of Life for Cell and Molecular Biology SPECIAL FEATURE: PERSPECTIVE Philip Balla,1
SPECIAL FEATURE: PERSPECTIVE Water is an active matrix of life for cell and molecular biology SPECIAL FEATURE: PERSPECTIVE Philip Balla,1 Edited by Pablo G. Debenedetti, Princeton University, Princeton, NJ, and approved May 1, 2017 (received for review March 7, 2017) Szent-Gyorgi} called water the “matrix of life” and claimed that there was no life without it. This statement is true, as far as we know, on our planet, but it is not clear whether it must hold throughout the cosmos. To evaluate that question requires a close consideration of the many varied and subtle roles that water plays in living cells—a consideration that must be free of both an assumed essentialism that gives water an almost mystical life-giving agency and a traditional tendency to see it as a merely passive solvent. Water is a participant in the “life of the cell,” and here I describe some of the features of that active agency. Water’s value for molecular biology comes from both the structural and dynamic characteristics of its status as a complex, structured liquid as well as its nature as a polar, protic, and amphoteric reagent. Any discussion of water as life’s matrix must, however, begin with an acknowledgment that our understanding of it as both a liquid and a solvent is still incomplete. water | hydration | hydrophobic effect | protein chemistry | solvation chemistry Liquid water is so central to life on Earth that it adaptation to a complex milieu might be expected conditions the search for the possibility of life elsewhere. to generate much the same kind of enmeshing and The mistaken identification of “canals” on Mars in the interplay of the biological and environmental at the late 19th century fueled speculations about life on that molecular scale that we find at higher levels of life’s planet, including H. -
Surface Distribution and X-Ray Emission from Scotch Tape
Surface Distribution and X-Ray Emission From Scotch Tape by Kelly McGuire A senior thesis submitted to the Department of Physics in partial fulfillment of the requirements for the degree of Bachelor of Science Department of Physics Brigham Young University – Idaho July – 2012 BRIGHAM YOUNG UNIVERSITY – IDAHO DEPARTMENT APPROVAL of a senior thesis submitted by Kelly McGuire This thesis has been reviewed by the research committee and senior thesis coordinator/advisor and has been found to be satisfactory. Date David Oliphant, Senior Thesis Coordinator/Advisor Date Kevin Kelley, Committee Member Date Ryan Nielson, Committee Member Date Stephen Turcotte, Department Chair 1 ABSTRACT SURFACE DISTRIBUTION AND X-RAY EMISSION FROM SCOTCH TAPE Kelly McGuire Department of Physics Bachelor of Physics Triboluminescence is an optical phenomenon in which light is generated when certain materials are pulled apart, ripped or rubbed, and through the breaking of chemical bonds. This observable effect is not fully understood; however, a few strongly supported hypotheses are being developed to model the triboluminescent event. It is believed that the separation and ionization of electrical charges is the foundation for the creation of the observed light and x-rays (figure1). FIG. 1 Triboluminescent Light Time dependence of x-ray production and physical surface distribution was the primary focus of my research. This research will help in the development and support of current hypotheses, and may become the foundation for other theories in the future. Other research teams such as Putterman’s UCLA group believe that finding a definite mechanism for the x-ray emission of this type will allow them to harness the energy more efficiently, which in turn will be used in applications such as medical devices 2 to destroy tumors with bursts of x-rays.