1548 the Role of the A-Bomb in The

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#1548 The role of the A-bomb in the Abomination of Desolation – Pig Abominations, part 13, The Third Temples of Pig Abominations: Niels Bohr was the product of a Christian- Jewish marriage for the purpose of prophetically reflecting the Third Temple marriage of the Christian New Israel (the Body of Americans) with the Jewish new Israel (the Body of Israelis) Niels Bohr had a Christian father and a Jewish mother. Niels Bohr was born in Copenhagen, Denmark, on October 7, 1885. His father, Christian Bohr, was a devout Lutheran and was a professor of physiology at the University of Copenhagen. His mother, Ellen Adler Bohr, came from a wealthy Jewish family prominent in Danish banking and parliamentary circles. His brother was Harald Bohr, a mathematician and Olympic soccer player who played on the Danish national team. Key Understanding: Niels Bohr and the Christian-Jewish Christian Bohr marriage. Niels Bohr was the product of a Christian-Jewish marriage for the purpose of prophetically reflecting the Third Temple marriage of the Christian New Israel (the Body of Americans) with the Jewish new Israel (the Body of Israelis), a marriage that Niels Bohr prophetically was tied thoroughly to atomic bombs/nuclear weapons. Matthew 24:15 (KJV) When ye therefore shall see THE ABOMINATION OF DESOLATION [in conjunction with the Third Temple being constructed through the joining together of the Man o’ War ‘Living Stones’ Christian New Israel (the Body of Americans as the Third Temple) and (with) the Man o’ War ‘Living Stones’ Jewish new Israel (the Body of Israelis as the Third Temple)], spoken of by Daniel the prophet, stand in the holy place, (whoso readeth, let him understand:) << Previous Main Page and List of Unsealing Summaries Next >> #1548 The role of the A-bomb in the Abomination of Desolation – Pig Abominations, part 13, The Third Page 1 of 1 Temples of Pig Abominations: Niels Bohr was the product of a Christian-Jewish marriage for the purpose of prophetically reflecting the Third Temple marriage of the Christian New Israel (the Body of Americans) with the Jewish new Israel (the Body of Israelis) .

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Niels Bohr 1885 - 1962 Awarded the Nobel Prize for Physics In1922
Niels Bohr 1885 - 1962 Awarded the Nobel Prize for Physics in1922 Niels Bohr was one of the most famous physicists of the 20th century, a founder of quantum mechanics. He received the 1922 Nobel Prize for Physics, 'for his study of the structure of atoms and of the radiation emanating from them'. He was born on October 7th, 1885 in Copenhagen in the very intelligent and happy family of Christian Bohr and his wife, Ellen Adler. Niels' father was Professor of Physiology at the He was University of Copenhagen and later the Vice Chancellor of the University. Niels had an older against sister, Jenny, who later taught history and a younger brother, Harald, who was to become a prominent mathematician. the atomic During the years of their childhood, and also in later life, Niels and Harald were almost bomb inseparable. At the University, they both played the modern soccer. Harald even played for the national team and became famous as one of Denmark's best soccer players. Niels chose for his first research in physics a precision measurement of the surface tension of water. He completed it in 1906, when he was still a student at Copenhagen University, and it won him a Gold Medal from the Academy of Sciences. After finishing his studies in Copenhagen in Bohr returned to Copenhagen in 1916 as a Professor, and in 1920 he became the Founder and 1911, Bohr went to Cambridge and then to Manchester, where the physicist Ernest Rutherford Director of the newly established Institute of Theoretical Physics. In 1936 he proposed a model had established a flourishing laboratory.
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Professor Dr Med. Louis Sigurd Fridericia
Downloaded from https://www.cambridge.org/core Obituary PROFESSOR DR MED. LOUIS SIGURD FRIDERICIA The death in his 67th year of Prof. L. S. Fridericia robbed The Nutrition Society of another distinguished member, Denmark of one of her outstanding scientists and nutritional research of an inspired worker. IP address: Though his claim to fame rests on a much broader foundation, Fridericia was probably best known outside his country for his work on refection. The spectacular discovery in 1925 of this condition in which rats can grow and thrive without ‘vitamin 170.106.35.76 B’ in their food was followed by an exhaustive study of the phenomenon by Fridericia and his pupils. These beautifully executed experiments showed that refection enabled rats to make use of the vitamins synthesized in the caecum by microbial agency but , on normally little available to ordinary rats. The great importance of these findings is 29 Sep 2021 at 16:12:08 now becoming increasingly evident with the growing realization of the contribution of the microbial population of the gut to the nutritive needs of animals and of man. Fridericia was born in Copenhagen in February 1881. The family had come to Denmark in the 1750’s and had settled in the Jutland town of Fredericia from which it took the name. Graduating in medicine in 1906 Fridericia became assistant to , subject to the Cambridge Core terms of use, available at Christian Bohr in the Physiological Laboratory of Copenhagen University, transferring two years later to the Institute of General Pathology under Carl Julius Salomonsen. From 1913 to 1918he held a series of appointments in the medical wards of Copen- hagen hospitals, specializing in diseases of the heart.
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A Tribute to Niels Bohr >>> DOI 10.1051/ Epn :2008505
s e r u t a e f A trIButE tO NIElS BOhr >>> DOI 10.1051/ epn :2008505 Henk kubbinga , University of Groningen, The Netherlands t is hard to imagine, in 2008, the attraction exerted in the not that far; assuming a steady velocity he had calculated in I1920’s and 1930’s by the Institute of Theoretical Physics, at 1908, roughly, the velocity of those electrons: about 100 Blegdamsvej 17, Copenhagen, an institute conceived and cre - km.sec -1 . A metal was conceived of as a rigid structure of ated by Niels Bohr, the young professor in the newly created metallic atoms enclosing, as a porous container, the ‘gas’ of chair of theoretical physics of Copenhagen University. Even electrons moving hither and thither. The encounter with before it opened its doors, the inventor of the new atomic Thomson was much of a disaster. Bohr himself later acknowl - model, in which J. J. Thomson’s electrons, Rutherford’s nu - edged his awkwardness: it had perhaps not been really the best cleus and Planck’s quanta had been merged together to ex - first move to try to convince his host of errors in the latter’s plain the line spectra, was a celebrity who attracted young publications. The youthful Bohr, renowned for his frankness, physicists anxious to make the physics of the future. Hans had to acquire some diplomatic skills, and so he did. At Cam - Kramers from Leiden was the first to come to see Bohr and to bridge he made the acquaintance of Ernest Rutherford, who join forces in the exploration of the atomic structure; many had come over from Manchester for a talk.
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The Mind That Created the Bohr Atom∗
Bohr, 1913-2013, SéminairePoincaréXVII (2013) 19 { 58 SéminairePoincaré The Mind that Created the Bohr Atom∗ John L. Heilbron Berkeley and Oxford April House, Shilton Burford OX18 4AB, England \Philosophari volo, sed paucis, siger den nordiske natur." (I want to philosophize, but in a few words, says the Nordic temperament.) Møller, Skrifter (1930), 2, 364. \Invention is an Heroic thing, and plac'd above the reach of a low, and vulgar Genius. It requires an active, a bold, a nimble, a restless mind." Spratt, History (1667), 392. Historians usually present their results as narrative and invoke ordinary motives, even if only a passion to solve a problem, to move the action along. Whatever physicists might think, historians still believe that particular outcomes have distinct causes. This wholesome doctrine is hard to follow, however, where the subject is creation. How can the historian or biographer hope to display a coherent narrative of a scientist's or artist's progress from one idea to another, from confusion to clarity, from knowing no more than anyone else to inventing something new to everyone? The historical actors themselves who try to fathom their course report unhelpfully that their insight or invention came suddenly, unconsciously, while they were thinking about something else. The recent release of a portion of the correspondence between Niels Bohr and his family, especially his fiancée,during his postdoctoral stay in England in 1911/12, invites an attempt at a causal account of his path to the three-part paper of 1913 that created the quantum atom (the \trilogy").
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August Krogh's Publications
Notes and References Reference material includes a large collection of Krogh family letters as well as August and Marie Krogh's letters from friends and colleagues. AK's letters to his mother and father were saved by them and are included in the collection. AK had the habit of saving the handwritten drafts of many of his letters. Most of this material is now in the Danish Royal Library in Copenhagen. Letters from AK to Adam BlWing and Hohwii Christensen have been given to me, and my sister Ellen Krogh has lent me her letters from her parents. Direct quotations included in the text are from material written in English, Danish, and other languages. Those written in languages other than English have been translated into English by me. Such references are marked by an asterisk. References to AK's own publications refer to the list of AK's publica tions starting on page 261. Introduction 1. From contemporary newspaper articles and from a talk given by P. Brandt Rehberg, Symposium in honor of August Krogh's one-hundredth birth day, 1974, sponsored by the August Krogh Institute in Copenhagen. It is avail able on tape in the institute. 2. From Eugene Landis in commemorative words on August Krogh pre sented to the American Physiological Society in 1950. Chapter 1. Ancestry 1. Alex Krogh: En Nordslesvisk bondesla::gts historie. Sla::gten Krogh 1653- 1933. J. Thomsen, Viborg, 1933. 2. Palle Lauring: A short history of Denmark. H0st & Son, Copenhagen, 1973. 3. Mimi Krogh's memoirs. Mimi Krogh, AK's mother wrote her memoirs (in Danish) in the years after she and Viggo moved to Copenhagen.
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Historical Sites of Physical Science in Copenhagen
The Physical Tourist. A Science Guide for the Traveler edited by John S. Rigden and Roger H. Stuewer © 2009 Birkhäuser Verlag Basel, Switzerland Historical Sites of Physical Science in Copenhagen Felicity Pors and Finn Aaserud* Copenhagen Each section below describes a particular place in the Danish capital. A map of Copen- hagen can be found at the web site <www.nbi.dk/how-to-get-here.html>. The map is divided into four sections, I–IV, each of which consists of particular horizontal coordi- nates A…, and particular vertical coordinates 1…, as follows: I (A–C, 1–4); II (D–F, 1–4); III (A–C, 5–8); and IV (D–F, 5–8). The coordinates of the sites described in the sections below are given in parentheses at the end of each section heading.A map with a street index can be obtained free of charge at the main railway station, the airport information desk, and tourist offices. The web site <www.aok.dk> provides useful gen- eral information about Copenhagen. Bredgade 62 (F4) Our physical tour of Copenhagen starts at Bredgade 62, the building of the former Kirurgisk Akademi (Academy of Surgery), which was established in 1785 and com- pleted in 1787. It became the residence of Christian Bohr (1855–1911), when he moved into Bredgade 62 (figure 1) in 1886 as senior lecturer at the University of Copenhagen; he was appointed professor of physiology in 1890. Since 1948 Bredgade 62 has been the home of the Museum of Medical History (recently renamed Medical Museion; see web site <www.museion.ku.dk> for open- ing hours and other information), which is part of the University of Copenhagen’s Institute of Public Health.
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Vol.1 Alfven, Bohr
THE EPS Click on a button below EUROPEAN How to use this disk PHYSICIST About the project BIOGRAPHY View the posters POSTERS Copyright information About the EPS Hannes Olaf Gösta Alfvén (1908 – 1995) Awarded the Nobel Prize for Physics in 1970 annes Olaf Gösta Alfvén was the first space scientist In 1940 he moved to the Royal Institute of Technology, In addition to his scientific papers, he wrote Hto receive the Nobel Prize. He was noted for his pioneering Stockholm, becoming professor of electronics in 1945 popular science books, sometimes with his theoretical research in the field of magnetohydrodynamics and professor of plasma physics in 1963. After a wife. Under the name Olaf Johannesson, (MHD) – the study of electrically conducting ﬂuids and their disagreement with the Swedish government he he wrote a science fiction novel, The interactions with magnetic fields. MHD mainly concerns accepted a professorship at the University of Great Computer: A Vision (1968), plasmas, i.e. ionised gases existing at very high temperatures California, San Diego. Later he divided his which describes how increasingly and containing both free positive ions and free electrons. time between the Institute of Technology and sophisticated computers gain Many of Alfvén’s ideas came from his consideration of the University of California. He was a strong control firstly over governments sunspots. In 1942 he proposed the existence of MHD waves in supporter of research on controlled and then over the Earth. plasmas (Alfvén waves) and these were later conﬁrmed. His thermonuclear reactions. Although he started as a ideas have been applied to plasmas in stars and in nuclear In 1935, he married Kerstin Erikson, supporter of the development of fusion reactors.
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The Bohr Atom Popularised
1 Spreading the gospel: The Bohr atom popularised Helge Kragh and Kristian Hvidtfelt Nielsen* Centre for Science Studies, Aarhus University, Aarhus, Denmark Summary The emergence of quantum theory in the early decades of the twentieth century was accompanied by a wide range of popular science books, all of which presented in words and in images new scientific ideas about the structure of the atom. The work of physicists such as Ernest Rutherford and Niels Bohr, among others, was pivotal to the so‐called planetary model of the atom, which, still today, is used in popular accounts and in science textbooks. In an attempt to add to our knowledge about the popular trajectory of the new atomic physics, this paper examines one book in particular, coauthored by Danish science writer Helge Holst and Dutch physicist and close collaborator of Niels Bohr, Hendrik A. Kramers. Translated from Danish into four European languages, the book not only presented contemporary ideas about the quantum atom, but also went into rather lengthy discussions about unresolved problems. Moreover, the book was quite explicit in identifying the quantum atom with the atom as described by Bohr’s theory. We argue that Kramers and Holst’s book, along with other atomic books, was a useful tool for physicists and science popularisers as they grappled with the new quantum physics. Contents 1. Introduction 2. The Bohr atom and its reception 3. Popular expositions of atomic theory 4. The Copenhagen context: Bohr, Kramers, Holst, Klein 5. The Atom and the Bohr Theory of Its Structure 6. Pictorial atoms 7. Reception and dissemination 8.
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Niels Henrik David Bohr
Niels Henrik David Bohr Born: October 7, 1885 Died: November 18, 1962 Niels Bohr was born in Copenhagen, Denmark to Christian Bohr and Ellen Adler. His father, Christian Bohr, was a physiology teacher at the University of Copenhagen and his mother, Ellen Adler, was the daughter of a prominent Jewish politician and banker. The Bohr family was well to do and enjoyed and a comfortable lifestyle. Bohr’s parents were both intellects who enjoyed the pursuit of knowledge and lively discussion of such. The Bohr home was often a meeting place for discussion groups and as such the Bohr children were exposed to a stimulating environment from an early age. Niels was the middle child, having an older sister (Jenny) and a younger brother (Harald). Niels and his brother were best friends throughout their entire lives. They attended university together, and played on the university soccer team together. Harald went on to become a successful mathematician and even finished his doctorate before his older brother Niels did. In later years, Niels frequently wrote letters to Harald, confiding his new theories and research in him. In 1903 Niels began his undergraduate degree at the University of Copenhagen where he majored in physics. He obtained his masters and doctorate from the University of Copenhagen, earning his doctorate in 1911. Both his masters and doctorate thesis were concerned with the electron theory of metals, the latter being entitled “ Studies on the elcectron theory of metals”. He dedicated this thesis to his father who had passed away earlier in the year. Niels met Margethe Norlund in 1909 and they were married on August 1, 1912.
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Guide to the Niels Bohr Collection 1909-1963
University of Chicago Library Guide to the Niels Bohr Collection 1909-1963 © 2006 University of Chicago Library Table of Contents Descriptive Summary 3 Information on Use 3 Access 3 Citation 3 Biographical Note 3 Scope Note 5 Related Resources 6 Subject Headings 6 INVENTORY 6 Series I: Writings by Bohr 6 Series II: About Bohr 7 Series III: Offprints 8 Subseries 1: Presentation Copies 8 Subseries 2: Chronological List 8 Descriptive Summary Identifier ICU.SPCL.BOHR Title Bohr, Niels. Collection Date 1909-1963 Size 1.5 linear feet (3 boxes) Repository Special Collections Research Center University of Chicago Library 1100 East 57th Street Chicago, Illinois 60637 U.S.A. Abstract Niels Bohr, Physicist. This collection contains documents pertaining to Niels Bohr, the Dutch physicist who made major contributions to understandings of atomic structure, nuclear fission, and nuclear policy. The materials include offprints of published writings by and about Bohr and his work. Some of Bohr's writings are coauthored with other physicists. The writings about Bohr both predate and postdate his death. The collection also includes mimeographed copies of letters and the transcripts of lectures. There are also photographs of Bohr and his laboratory staff and several printed brochures pertaining to Bohr, his laboratory, and related events. Information on Use Access No restrictions. Citation When quoting material from this collection, the preferred citation is: Bohr, Niels. Collection, [Box #, Folder #], Special Collections Research Center, University of Chicago Library Biographical Note Niels Bohr was a Danish physicist who made tremendous contributions to his field, transforming accepted notions of atomic structure, helping to develop nuclear fission, and advocating for international cooperation in crafting responsible nuclear policy.
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Interpreting the Krogh Principle Sara Green1, Michael R
To appear in History and Philosophy of the Life Sciences ‘Extreme’ Organisms and the Problem of Generalization: Interpreting the Krogh Principle Sara Green1, Michael R. Dietrich2, Sabina Leonelli3, and Rachel A. Ankeny4 Keywords: August Krogh Principle; experimental organisms; comparative physiology; adaptation; generalization; model organisms Abstract Many biologists appeal to the so-called Krogh principle when justifying their choice of experimental organisms. The principle states that “for a large number of problems there will be some animal of choice, or a few such animals, on which it can be most conveniently studied”. Despite its popularity, the principle is often critiqued for implying unwarranted generalizations from optimal models. We argue that the Krogh principle should be interpreted in relation to the historical and scientific contexts in which it has been developed and used. We interpret the Krogh Principle as a heuristic, i.e., as a recommendation to approach biological problems through organisms where a specific trait or physiological mechanism is expected to be most distinctively displayed or most experimentally accessible. We designate these organisms “Krogh organisms.” We clarify the differences between uses of model organisms and non-standard Krogh organisms. Among these is the use of Krogh organisms as “negative models” in biomedical research, where organisms are chosen for their dissimilarity to human physiology. Importantly, the representational scope of Krogh organisms and the generalizability of their characteristics are not fixed or assumed but explored through experimental studies. Research on Krogh organisms is steeped in the comparative method characteristic of zoology and comparative physiology, in which studies of biological variation produce insights into general physiological constraints.
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THE NIELS BOHR ARCHIVE Annual Report 2012 the Niels Bohr Archive Is an Independent Institution Under the University of Copenhagen
THE NIELS BOHR ARCHIVE Annual Report 2012 The Niels Bohr Archive is an independent institution under the University of Copenhagen Staff: Director Finn Aaserud Academic Assistant Felicity Pors Librarian/Secretary Anne Lis Rasmussen Board of directors: For the Vice-Chancellor of the University of Copenhagen Karin Tybjerg For the Niels Bohr Institute (NBI) Andrew D. Jackson, chair For the Royal Danish Academy of Sciences and Letters Jørgen Christensen-Dalsgaard For the State Archives, Asbjørn Hellum ( Rigsarkivet ) For the family of Niels Bohr Vilhelm Bohr General remarks The Niels Bohr Archive (NBA) - website here - is a repository of primary material for the history of modern physics, pertaining in particular to the early development of quantum mechanics and the life and career of Niels Bohr. Although the NBA has existed since shortly after Bohr's death in 1962, its future was only secured at the centennial of Bohr's birth in 1985, after a deed of gift from Bohr's wife, Margrethe, provided the opportunity to establish the NBA as an independent not-for- profit institution. Since 1985, the NBA has had its own board of directors and has received a fixed annual sum, covering part of the running expenses, from the Danish Ministry of Education (1985- 1998 and 2000-2001), the Ministry of Research (1998-2000) and the Ministry of Science, Technology and Innovation (from 2001); it has supplemented its income by using of its privilege to apply for project support from private sources. In 1985 the NBA had only a couple of offices, its archival collections were scattered in various rooms and the unique book collection was stored in boxes.
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