Three Music-Theory Lessons
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2014-2015 Undergraduate Catalog
2014/2015 Undergraduate Catalog 2014/2015 UNDERGRADUATE CATALOG CHADRON STATE COLLEGE Chadron, Nebraska A member of the Nebraska State College System All qualified applicants for admission or employment will receive consideration without regard to age, race, marital status, gender, religion, national origin, or disability. No person attending Chadron State College shall on grounds of age, race, marital status, gender, religion, national origin, or disability be excluded from participation in, be denied the benefits of, or be subject to discrimination under any program or activity. The college is an affirmative action/equal opportunity employer. This catalog is an official publication of Chadron State College and is intended to provide general information. Although the policies, procedures, and descriptions are current and accurate at the time of publication, the college and the Nebraska State College System Board of Trustees reserve the right to make changes at any time to facilitate the delivery of high-quality educational services. The information in this catalog, therefore, is subject to change and does not constitute a contract between the college and any other party. Students are responsible for adhering to regulations and completing requirements for their program of study. 1 2014/2015 Undergraduate Catalog TABLE OF CONTENTS DIRECTORY ....................................................................................................................................................................... 7 STUDENT INFORMATION CALENDAR -
On an Experimentum Crucis for Optics
Research Report: On an Experimentum Crucis for Optics Ionel DINU, M.Sc. Teacher of Physics E-mail: [email protected] (Dated: November 17, 2010) Abstract Formulated almost 150 years ago, Thomas Young’s hypothesis that light might be a transverse wave has never been seriously questioned, much less subjected to experiment. In this article I report on an attempt to prove experimentally that Young’s hypothesis is untenable. Although it has certain limitations, the experiment seems to show that sound in air, a longitudinal wave, can be “polarized” by reflection just like light, and this can be used as evidence against Young’s hypothesis. Further refinements of the experimental setup may yield clearer results, making this report useful to those interested in the important issue of whether light is a transverse or a longitudinal wave. Introduction In the course of development of science, there has always been a close connection between sound and light [1]. Acoustics stimulated research and discovery in optics and vice-versa. Reflection and refraction being the first common points observed between the two, the analogy between optical and acoustical phenomena has been proven also in the case of interference, diffraction, Doppler effect, and even in their mode of production: sounds are produced by the vibration of macroscopic objects, while light is produced by vibrating molecules and atoms. The wave nature of sound implies that light is also a wave and, if matter must be present for sound to be propagated, then aether must exist in order to account for the propagation of light through spaces void of all the matter known to chemistry. -
Thomas Young the Man Who Knew Everything
Thomas Young The man Who Knew Everything Andrew Robinson marvels at the brain power and breadth of knowledge of the 18th-century polymath Thomas Young. He examines his relationship with his contemporaries, particularly with the French Egyptologist Champollion, and how he has been viewed subsequently by historians. ORTUNATE NEWTON, happy professor of natural philosophy at childhood of science!’ Albert the newly founded Royal Institution, F Einstein wrote in 1931 in his where in 1802-03 he delivered what foreword to the fourth edition of is generally regarded as the most far- Newton’s influential treatise Opticks, reaching series of lectures ever given originally published in 1704. by a scientist; a physician at a major London hospital, St George’s, for a Nature to him was an open book, quarter of a century; the secretary of whose letters he could read without the Admiralty’s Board of Longitude effort. ... Reflection, refraction, the and superintendent of its vital Nauti- formation of images by lenses, the cal Almanac from 1818 until his mode of operation of the eye, the death; and ‘inspector of calculations’ spectral decomposition and recom- for a leading life insurance company position of the different kinds of in the 1820s. In 1794, he was elected light, the invention of the reflecting a fellow of the Royal Society at the telescope, the first foundations of age of barely twenty-one, became its colour theory, the elementary theory foreign secretary at the age of thirty, of the rainbow pass by us in and turned down its presidency in procession, and finally come his his fifties. -
Quantum Weirdness: a Beginner's Guide
Quantum Weirdness: A Beginner’s Guide Dr. Andrew Robinson Part 1 Introduction The Quantum Jump 9:38 AM About Me • From Bakewell • PhD in Physical Chemistry • Worked in Berlin, Liverpool, Birmingham • In Canada since 2000 • Worked at University of Saskatchewan • Moved to Ottawa in 2010 • Teach Physics at Carleton 9:38 AM In This Lecture Series • We will talk about • What does Quantum Mean? • Quantum Effects • What are the ramifications of Quantum Theory • How Quantum Theory impacts our everyday lives • I will show a few equations, but you don’t need to know any mathematics • Please ask questions at any time 9:38 AM Books “How to Teach Quantum Physics to your Dog” by Chad Orzel “30-Second Quantum Theory” By Brian Clegg (ed.) 9:38 AM Definition of “Quantum” Physics • A discrete quantity of energy proportional in magnitude to the frequency of the radiation it represents. Legal • A required or allowed amount, especially an amount of money legally payable in damages. 9:38 AM • Quantum Satis “as much as is sufficient“ – pharmacology and medicine • Quantum Salis “the amount which is enough” • Quantum comes from the Latin word quantus, meaning "how great". Used by the German Physicist Hermann von Helmholtz ( who was also a physician) in the context of the electron (quanta of electricity) Use by Einstein in 1905 "Lichtquanta” – particle of light 9:38 AM “Quantum Jump” & “Quantum Leap” • Colloquially “A sudden large increase or advance”. • In physics “A jump between two discrete energy levels in a quantum system” (Actually a rather small leap in terms of energy!) 9:38 AM Quantum Properties in Physics • Properties which can only take certain values When you are on the ladder, you must be on one of the steps: 4 1 3 2 Quantum 2 3 Numbers 1 4 9:38 AM • Not every quantity in physics is quantized • Your height from the ground when on the slide varies continuously Maximum height Minimum9:38 AM height • Whether you can treat the system as continuous, or quantum depends on the scale. -
Thomas Young's Research on Fluid Transients: 200 Years On
Thomas Young's research on fluid transients: 200 years on Arris S Tijsseling Alexander Anderson Department of Mathematics School of Mechanical and Computer Science and Systems Engineering Eindhoven University of Technology Newcastle University P.O. Box 513, 5600 MB Eindhoven Newcastle upon Tyne NE1 7RU The Netherlands United Kingdom ABSTRACT Thomas Young published in 1808 his famous paper (1) in which he derived the pressure wave speed in an incompressible liquid contained in an elastic tube. Unfortunately, Young's analysis was obscure and the wave speed was not explicitly formulated, so his achievement passed unnoticed until it was rediscovered nearly half a century later by the German brothers Weber. This paper briefly reviews Young's life and work, and concentrates on his achievements in the area of hydraulics and waterhammer. Young's 1808 paper is “translated” into modern terminology. Young's discoveries, though difficult for modern readers to identify, appear to include most if not all of the key elements which would subsequently be combined into the pressure rise equation of Joukowsky. Keywords waterhammer, fluid transients, solid transients, wave speed, history, Thomas Young NOTATION c sonic wave speed, m/s p fluid pressure, Pa D internal tube diameter, m R internal tube radius, m E Young’s modulus, Pa t time, s e tube wall thickness, m v velocity, m/s f elastic limit, Pa x length, m g gravitational acceleration, m/s 2 δ change, jump h height, pressure head, m ε longitudinal strain K fluid bulk modulus, Pa ρ mass density, kg/m -
Blackbody” Radiation
Applications of Photonics Technologies 2019 Introduction: what is light and basic properties Cristina Masoller [email protected] www.fisica.edu.uy/~cris MÀSTER UNIVERSITARI EN ENGINYERIA DE SISTEMES AUTOMÀTICS I ELECTRÒNICA INDUSTRIAL MÀSTER UNIVERSITARI EN ENGINYERIA AERONÀUTICA MÀSTER UNIVERSITARI EN ENGINYERIA INDUSTRIAL Introducing myself • Originally from Montevideo, Uruguay • PhD in physics (lasers, Bryn Mawr College, USA 1999) • Since 2004 @ Universitat Politecnica de Catalunya • Profesora Catedratica, Physics Department, research group on Dynamics, Nonlinear Optics and Lasers • Web page: http://www.fisica.edu.uy/~cris/ Introducing our research group Dynamics, Nonlinear Optics and Lasers Senior researchers / PhD students: 11/8 Introducing our research group . Research topics: Nonlinear phenomena (photonics, biophysics, complex systems) . Lab facilities in Gaia Building, UPC Terrassa: . Website: https://donll.upc.edu 4 Learning objectives and references . To understand the basic properties of light, which will allow us to understand photonic techniques and applications. There is no required text. The slides are based on previous courses by Prof. Ramon Vilaseca (UPC Prof. Emerito), the slides of Prof. Rick Trebino (Georgia Tech, USA) and freely available material in the Optical Society (OSA) web page. 5 what is light? Particles and waves Particles are localized in space and time (classical physics). Particles have well-defined trajectories. Waves are extended in space and time. Waves have poorly defined trajectories. waves bend around corners (diffraction) Two ways in which energy is transported Point-mass interaction, which transfers energy and momentum: particles. Extended regions wherein energy is transferred by vibrations and rotations (collective motions of particles): waves. Poll Is light constituted by particles or by waves? 9 The nature of light: Huygens Huygens promoted the wave theory. -
Thomas Young and Eighteenth-Century Tempi Peter Pesic St
Performance Practice Review Volume 18 | Number 1 Article 2 Thomas Young and Eighteenth-Century Tempi Peter Pesic St. John's College, Santa Fe, New Mexico Follow this and additional works at: http://scholarship.claremont.edu/ppr Pesic, Peter (2013) "Thomas Young and Eighteenth-Century Tempi," Performance Practice Review: Vol. 18: No. 1, Article 2. DOI: 10.5642/perfpr.201318.01.02 Available at: http://scholarship.claremont.edu/ppr/vol18/iss1/2 This Article is brought to you for free and open access by the Journals at Claremont at Scholarship @ Claremont. It has been accepted for inclusion in Performance Practice Review by an authorized administrator of Scholarship @ Claremont. For more information, please contact [email protected]. Thomas Young and Eighteenth-Century Tempi Dedicated to the memory of Ralph Berkowitz (1910–2011), a great pianist, teacher, and master of tempo. The uthora would like to thank the John Simon Guggenheim Memorial Foundation for its support as well as Alexei Pesic for kindly photographing a rare copy of Crotch’s Specimens of Various Styles of Music. This article is available in Performance Practice Review: http://scholarship.claremont.edu/ppr/vol18/iss1/2 Thomas Young and Eighteenth-Century Tempi Peter Pesic In trying to determine musical tempi, we often lack exact and authoritative sources, especially from the eighteenth century, before composers began to indicate metronome markings. Accordingly, any independent accounts are of great value, such as were collected in Ralph Kirkpatrick’s pioneering article (1938) and most recently sur- veyed in this journal by Beverly Jerold (2012).1 This paper brings forward a new source in the writings of the English polymath Thomas Young (1773–1829), which has been overlooked by musicologists because its author’s best-known work was in other fields. -
MUSIC and the ECLIPSE of MODERNISM By
SIGNAL TO NOISE: MUSIC AND THE ECLIPSE OF MODERNISM By MATTHEW FRIEDMAN A Dissertation submitted to the Graduate School-New Brunswick Rutgers, The State University of New Jersey in partial fulfillment of the requirements for the degree of Doctor of Philosophy Graduate Program in History written under the direction of T.J. Jackson Lears and approved by ________________________ ________________________ ________________________ ________________________ New Brunswick, New Jersey May 2013 ABSTRACT OF THE DISSERTATION Signal to Noise: Music and the Eclipse of Modernism By MATTHEW FRIEDMAN Dissertation Director: T.J. Jackson Lears There was danger in the modern American soundscape; the danger of interruption and disorder. The rhetoric of postwar aural culture was preoccupied with containing sounds and keeping them in their appropriate places. The management and domestication of noise was a critical political and social issue in the quarter century following the Second World War. It was also an aesthetic issue. Although technological noise was celebrated in modern American literature, music and popular culture as a signal of technological sublime and the promise of modern rationality in the US, after 1945 noise that had been exceptional and sublime became mundane. Technological noise was resignified as "pollution" and narrated as the aural detritus of modernity. Modern music reinforced this project through the production of hegemonic fields of representation that legitimized the discursive boundaries of modernity and delegitimized that which lay outside of them. Postwar American modernist composers, reconfigured as technical specialists, developed a hyper-rational idiom of "total control" which sought to discipline aural disorder and police the boundaries between aesthetically- acceptable music and sound and disruptive noise. -
Thomas Young and the Wave Theory of Light
Thomas Young and the wave theory of light by Riad Haidar Researcher at Onera,1 lecturer at the École polytechnique Thomas Young is considered as a genius and polymath, a man who was equally gifted at languages and science. The founder of physiological optics and father of the wave theory of light, he was also the first person to decipher a number of Egyptian hieroglyphics. Figure 1: Thomas Young, 1773–1829 (portrait by Sir Thomas Lawrence, 1769–1830) He was born on 13 June 1773 in Milverton in Somerset, the son of Sarah David and Thomas Young, a cloth merchant and prosperous banker. Shortly after his birth he was entrusted to his maternal grandfather, Robert Davis, who would raise him in Minehead, a village a few miles from the family home. The young Thomas was an extraordinarily gifted pupil. He was self-taught and an avid reader, consuming books in half the time it took his tutors to read them. In 1782 he was sent to a school in Crompton where pupils were free to learn at their own pace, and which seemed better suited to his intellectual precociousness. Yet, even there, Thomas was a prodigy. He left in 1786 with a 1. [Translator’s note] Office national d’études et de recherches aérospatiales (National Office for Aerospatial Study and Research). 1 solid grounding in Newtonian physics and in optics. He spoke more than twelve European, Oriental, extinct and modern languages. MEDICAL SCHOOL In 1792 he moved to London to study medicine at the Hunterian School, and was accepted as an intern at the Saint Barthelemy Hospital. -
Transmission Electron Microscopy I. Introduction
Transmission Electron Microscopy I. Introduction EMA 6518 EMA 6518: Transmission Electron Microscopy C. Wang • Instructors: Dr. Chunlei (peggy) Wang EC 3463 Tel: 305-348-1217, Email: [email protected] http://web.eng.fiu.edu/~wangc/ Dr. Yanqing Liu Advanced Materials Engineering Research Institute (AMERI) Tel: 305-348-1371 • Time: Mon 2:00-4:00pm • Location: MME conference room • Office hours: by appointment • Prerequisite: EMA 5507 EMA 6518: Transmission Electron Microscopy C. Wang • Reference: Transmission Electron Microscopy I: Basics II: Diffraction III: Imaging IV: Spectrometry by D.B.Williams and C.B.Carter Plenum Press, New York and London, 1996 • Grading: V 1 Written exam: 20% V Lab: 30% V Homework: 20% V Report & presentation: 30% EMA 6518: Transmission Electron Microscopy C. Wang Extremely expensive equipment! • A typical commercial TEM costs about $2 (up to $4-5) for each electron volt of energy in the beam. • Beam energy of a TEM: 100,000-40,000 eV ? • Why use electrons? • Why you need TEM to characterize materials? • Advantages and Drawbacks? EMA 6518: Transmission Electron Microscopy C. Wang Brief History • In 1801, Thomas Young passed a beam of light through two parallel slits in an opaque screen, forming a pattern of alternating light and dark bands on a white surface beyond. This led Young to reason that light was composed of waves. wave theory of light Thomas Young (1773-1829) EMA 6518: Transmission Electron Microscopy C. Wang Brief History • In 1897, J.J.Thomson discovered “corpuscles”, small particles with a charge/mass ratio more than 1000 times greater than that of protons, swarming in a see of positive charge (“plum pudding model”). -
Young and Fresnel
YOUNG AND FRESNEL: A CASE-STUDY INVESTIGATING THE PROGRESS OF THE WAVE THEORY IN THE BEGINNING OF THE NINETEENTH CENTURY IN THE LIGHT OF ITS IMPLICATIONS TO THE HISTORY AND METHODOLOGY OF SCIENCE A THESIS SUBMITTED TO THE GRADUATE SCHOOL OF SOCIAL SCIENCES OF MIDDLE EAST TECHNICAL UNIVERSITY BY YEVGENIYA KULANDINA IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF ARTS IN THE DEPARTMENT OF PHILOSOPHY SEPTEMBER 2013 Approval of the Graduate School of Social Sciences Prof. Dr. Meliha Altunışık Director I certify that this thesis satisfies all the requirements as a thesis for the degree of Master of Arts. Prof. Dr. Ahmet İnam Head of Department This is to certify that we have read this thesis and that in our opinion it is fully adequate, in scope and quality, as a thesis for the degree of Master of Arts. Doç. Dr. Samet Bağçe Supervisor Examining Committee Members Prof. Dr. Ahmet İnam (METU, PHIL) Doç. Dr. Samet Bağçe (METU, PHIL) Doç. Dr. Burak Yedierler (METU, PHYS) I hereby declare that all information in this document has been obtained and presented in accordance with academic rules and ethical conduct. I also declare that, as required by these rules and conduct, I have fully cited and referenced all material and results that are not original to this work. Name, Last name : Yevgeniya Kulandina Signature : iii ABSTRACT YOUNG AND FRESNEL: A CASE-STUDY INVESTIGATING THE PROGRESS OF THE WAVE THEORY IN THE BEGINNING OF THE NINETEENTH CENTURY IN THE LIGHT OF ITS IMPLICATIONS TO THE HISTORY AND METHODOLOGY OF SCIENCE Kulandina, Yevgeniya MA, Department of Philosophy Supervisor: Doç. -
Henry Burnett & Roy Nitzberg, Composition, Chromaticism and The
Henry Burnett & Roy Nitzberg, Composition, Chromaticism and the Developmental Process HENRY BURNETT AND ROY NITZBERG, COMPOSITION, CHROMATICISM AND THE DEVELOP- MENTAL PROCESS: A NEW THEORY OF TONALITY (Aldershot: Ashgate, 2007), ISBN 978-0- 7546-5162-8, xxvii + 402 pp, £55/$99.95 In attempting to talk about historical repertoires, we seem to be presented with two contradictory paths: we can formulate more general, descriptive categories, and perhaps head towards more interesting diachronic connections between pieces and repertoires, or we can direct our theorizing towards more limited, nearly synchronic repertoires. This second path, not surprisingly, can give rise to theories of greater specificity, complexity and explanatory power—but often at a loss of the diachronic connections. American Music Theory since the Second World War has concentrated on this latter path. Perhaps the best-known (and the last) American work of music theory and analysis that took the first path was Felix Salzer’s Structural Hearing, which attempted to draw together all of Western Music from organum to selected works from the twentieth century. The negative critical reaction to Salzer is one important cause of the great growth in ‘special’ theories thereafter.1 It turns out, however, that Salzer’s dream of demonstrating historical continuity through theory and analysis is not dead after all, for one of his students, Henry Burnett, is attempting to revive it with a new general theory, while at the same time not rejecting the special theories (a wise course of action). Indeed, Burnett views his work not as replacing other analytical approaches, but as capable of coexistence with them, especially with Schenkerian analysis, which both he and his co-author have studied (xx).