61. Professor Robert B. Laughlin, Department Of Physics, Stanford University Truth, Ownership, and Scientific Tradition. RB laughlin Department of Physics, Stanford University, Stanford, CA 94305. Physics Today, 55, No. http://large.stanford.edu/rbl/essays/p01jul02.htm

Truth, Ownership, and Scientific Tradition R. B. Laughlin Department of Physics, Stanford University, Stanford, CA 94305 Physics Today, , No. 12 (December 2002), p. 10. The recent events are nonetheless extremely important because they force us to confront a fundamental flaw in modern beliefs about science: Research linked to property in order to guarantee its relevance to society has a built-in conflict of interest toward the truth. For a research investment to be justified it must produce value equal to or greater than that of the investment. When that value takes the form of intellectual propertyknowledge that one can sellas it commonly does, it must be secret, since no one will buy knowledge that is available for free. The core content of useful industrial research can rarely, if ever, be submitted to public scrutiny. This secrecy increases the opportunity for impropriety and thus makes the knowledge inherently less truthful than comparable knowledge produced in the open. Sadly, the problem is greater than the mere opportunity to deceive. Although outright fabrication of data by scientists is rare, scientific deception is commonplace. The academic who refuses to exaggerate in proposals, for example, will not get grants. The industrial worker who explains the core of his technical niche to someone else will jeopardize his job. Even at Bell Labs in its heyday it was common for the scientists working in the public domain to be ignorant of matters deeply important to the companyeven while being exhorted to be "relevant"because the knowledgeable technical people would not reveal the problems to them. The mandate to generate peoperty forces us to deceive. Members of Congress and managers in the NSF and other federal agencies would do well to reflect on this effect and understand that some fraction of the industrial-style research portfolo of which they are so proud is simply lies.

62. Health And Hospital Corporation Of Marion County Board Of Trustees 1. Matthew R. Gutwein, Chair 2. Marjorie H. O laughlin 3. robert B. Pfeifer 4. Betsy L. Brougher 5. (Vacant, from the public) 6. (Vacant, from the public). http://www.hhcorp.org/brd_committees.htm

Board of Trustees Corporate Information Systems Covering Kids and Families/Outreach DataMart Employment Opportunities External Affairs Grants Health Advantage Program HIPAA Human Resources/Friendly Access Legacy House Legal Marion County Health Department Partners Project S.H.A.P.E. Public Relations Purchasing Wishard Health Services Home 2004 Board Committees AUDIT COMMITTEE 1. Matthew R. Gutwein, Chair 2. Marjorie H. O' Laughlin 3. Robert B. Pfeifer 4. Betsy L. Brougher 5. (Vacant, from the public) 6. (Vacant, from the public) HOSPITAL COMMITTEE 1. James D. Miner, M.D., Chair 2. Jean S. Blackwell 3. Henry C. Bock, M.D. 4. Robert B. Pfeifer NOMINATING COMMITTEE 1. Marjorie H. O' Laughlin 2. Henry C. Bock, M.D. 3. Betsy L. Brougher PLANNING COMMITTEE 1. Henry C. Bock, M.D. 2. James D. Miner, M.D. 3. Jean S. Blackwell PUBLIC HEALTH/HEALTHY BABIES COMMITTEE 1. Marjorie H. O' Laughlin, Chair 2. Henry C. Bock, M.D. 3. Lula M. Journey QUALITY COMMITTEE 1. James D. Miner, M.D. 2. Henry C. Bock, M.D. BOARD OF FINANCE 1. Robert B. Pfeifer, President 2. Lula M. Journey, Vice President

63. TOC, Vol. 43 zur Süsswasserflora von Mitteleuropa , by Horst LangeBertalot, Reviewed by robert B. Mclaughlin, p and Sterns A. Morse, Reviewed by Gary J. laughlin, p. 39. http://www.mcri.org/Toc43.html

CONTENTS OF VOLUME 43, 1995 Number 1 Number 2 Number 3 Number 4 ... Return to McRI Home Page Volume 43, Number 1, 1995 [Return to Top] Editorial, Walter C. McCrone, p. ii "Approximating Monochromatic Illumination for Microscopy" Leo Barish, p. 1 "An Inexpensive Constant Temperature Stage" W.M.D. Bryant, p. 11 100 Years Ago: "Microchemical Analysis", Prof. Behrens, p. 12 "Detection of Forgeries by Carbon-Dating" Thomas G.B. Wheelock and Walter C. McCrone, p. 13 Tricks of the Trade: Thomas J. Hopen, p. 15 102 Years Ago: "Mechanics and Optics at the World's Fair at Chicago, 1893", p. 16 "Variations on the Schaeffer Replication Technique for Snowflakes" James J. Benko, p. 17 "A Preliminary Study of Selected Transition Metal Glycolates" Bill Mikuska, p. 21 Diatoms: "Diatom Microscopy; Diatoms as Unique Particles in Commercial Products", Robert B. McLaughlin, p. 23 Book Reviews: "Scanning Force Microscopy; With Applications to Electric, Magnetic, and Atomic Forces", by Dror Sarid, Reviewed by Gary Valaskovic, p. 31

64. TOC, Vol. 37 Heat on the Microscopical Properties of Asbestos Gary J. laughlin and Walter Ago Carl Zeiss , p. 54 Diatoms Selected Diatom Mounts robert B. Mclaughlin, p http://www.mcri.org/Toc37.html

CONTENTS OF VOLUME 37, 1989 First Quarter Second Quarter Third Quarter Fourth Quarter ... Return to McRI Home Page Volume 37, First Quarter, 1989 [Return to Top] Editorial - Walter C. McCrone, p. iv "Dispersion Equations for Commonly Used Compensator Plate Materials" Mickey Gunter, p. 1 "The Effect of Heat on the Microscopical Properties of Asbestos" Gary J. Laughlin and Walter C. McCrone, p. 9 "A Study of the Surface and Internal Character of Structural Foam Moldings using Light Microscopy and Image Analysis" D. A. Krueger, H. E. Klassen and A. W. Kawczak, p. 17 "A Dedicated Central-Stop Dispersion Staining Objective (Nikon)" Joseph C. Sirovatka, p. 43 "Calculation of Refractive Indices from Dispersion Staining Data" Walter C. McCrone, p. 49 100 Years Ago: "Carl Zeiss", p. 54 Diatoms: "Selected Diatom Mounts" Robert B. McLaughlin, p. 57 "A High Index Fixative for Mounting Microfossils" Victor Porguen, p. 58 "Mono Lake - A Note", p. 63

65. Science News Online (10/17/98): References For Physics Nobel Spotlights Quantum Daniel C. Tsui, Horst L. Störmer, and robert B. laughlin won the 1998 Nobel Prize in Physics for their discovery and explanation of the fractional quantum http://www.sciencenews.org/pages/sn_arc98/10_17_98/fob7ref.htm

October 17 Physics Nobel spotlights quantum effect Daniel C. Tsui, Horst L. Störmer, and Robert B. Laughlin won the 1998 Nobel Prize in Physics for their discovery and explanation of the fractional quantum Hall effect. References: The announcement of the Nobel Prize in Physics can be found at http://www.nobel.se/announcement-98/physics98.html Further Readings: Anderson, P.W. 1997. When the electron falls apart. Physics Today (October):42. Collins, G.P. 1997. Fractionally charged quasiparticles signal their presence with noise. Physics Today (November):17. Daviss, B. 1998. Splitting the electron. New Scientist (Jan. 31):36. Eisenstein, J.P., and H.L. Störmer. 1990. The fractional quantum Hall effect. Science 248(June 22):1510. Kivelson, S., D.-H. Lee, and S.-C. Zhang. 1996. Electrons in Flatland. Scientific American (March):86. Peterson, I. 1996. Superfluidity finding earns physics Nobel. Science News 150(Oct. 19):247. Thomsen, D.E. 1984. Fractional Hall effect by electrons in chorus. Science News 126(Aug. 25):116.

66. Robert Laughlin Translate this page robert laughlin Physicien américain, Prix Nobel de physique 1998, robert B. laughlin est né en 1950 à Visalia (Californie). Après http://www.actufiches.ch/content.php?name=Laughlin&vorname=Robert

67. Press Release: The Nobel Prize In Physics 1998 Professor robert B. laughlin, Stanford University, California, USA, Professor Horst L. Störmer, Columbia University, New York and Bell Labs, New Jersey, USA http://sunsite.iisc.ernet.in/nobel98/physics98.html

Information Further information is available at the Royal Swedish Academy of Sciences, Information Department, Box 50005, SE-104 05 Stockholm, Sweden E-mail: info@kva.se , Website: www.kva.se The Royal Swedish Academy of Sciences has awarded The 1998 Nobel Prize in Physics jointly to Professor Robert B. Laughlin , Stanford University, California, USA, Professor , Columbia University, New York and Bell Labs, New Jersey, USA, and Professor Daniel C. Tsui , Princeton University, Princeton, New Jersey, USA. The three researchers are being awarded the Nobel Prize for discovering that electrons acting together in strong magnetic fields can form new types of "particles", with charges that are fractions of electron charges. Citation: "for their discovery of a new form of quantum fluid with fractionally charged excitations." Electrons in New Guises and Daniel C. Tsui made the discovery in 1982 in an experiment using extremely powerful magnetic fields and low temperatures. Within a year of the discovery Robert B. Laughlin

68. McGill Physics: Physical Society Colloquia 1999 Anna I. McPherson Lectures robert B. laughlin. Nobel Laureate. Physics Department Stanford University. Public Lecture The Theory http://www.physics.mcgill.ca/seminars/99/PSC_laughlin.html

Physical Society Colloquia Talks and Events: Colloquia past ASTRO ... Research Studies Graduate Undergrad Course Info Centres CPM CHEP CIPS MIAM Collections Rutherford McPherson 1999 Anna I. McPherson Lectures Robert B. Laughlin Nobel Laureate Physics Department Stanford University Public Lecture The Theory of Everything Wednesday, October 27th 1999, 20:00 Stephen Leacock Building, room 132 The Theory of Everything is a set of equations that, if found, would describe everything that will happen in the Universe until the End of Time. I shall discuss this idea and argue that the Principle of Emergence known from the study of the humbler kinds of matter makes the Theory of Everything, presuming it exits, unknowable as a matter of principle until new experiments far beyond our present technical capabilities are performed. I shall argue that the Universe as seen by us is for all practical purposes a hierarchy of Theories of Things, each emerging from its parent and evolving into its children as the energy scale is lowered. In this sense Emergence has already replaced Reductionism as the central motivating idea in modern physical science. Science Lecture Fractional Quantization Thursday, October 28th 1999, 16:00

69. IRWIN B. LAUGHLIN PAPERS Public Statements, Addresses Undated speech on laughlin s wartime experiences and his 6/26/1212/30/24 2 B s Unidentified, 6/9 9/24/10-4/l/11 Bacon, robert, 6/27 http://www.ecommcode2.com/hoover/research/historicalmaterials/other/laughlin.htm

IRWIN B. LAUGHLIN PAPERS Biographical Note Born Pittsburgh., Pennsylvania B.A.., Yale University Private secretary to American minister to Japan Second secretary, American Legation at Tokyo Secretary Legation at Bangkok and consul General for Sian Second secretary Legation at Peking Second secretary Embassy at St. Petersburg Secretary legation to Greece and Montenogro Second secretary Embassy at Paris Secretary, Embassy at Berlin Secretary special Embassy to Sultan of Turkey Secretary Embassy at London Counselor of the Embassy. Took leave of absence Secretary to Henry Cabot Lodge at conference for Limitation of Armament Envoy Extraordinary and Minister Plenipotentiary to Greece Ambassador to Spain Representative for U.S. on International Commission for the

70. SENDAI New I always look forward to chances to visit Sendai. (Interview with HIRATA Minoru). robert B. laughlin Professor, Stanford University He was born in 1950. http://www.city.sendai.jp/soumu/kouhou/s-new-e/interview.html

Top Page What's New Information Search The progress of science needs international cooperation among researchers to pursue its studies. This is the reason why I come to Sendai several times year and conduct joint studies with MAEKAWA Sadamichi and other professors at Tohoku University`s Metallic Materials Research Institute. The university`s academic environment is so good that other universities have become envious. Recently, I learned that there was an important discovery in the field of semiconductors and metallurgy. I believe that Sendai`s scientific atmosphere is quite active and wonderful. Sendai`s most popular aspect is its size as a city. Although it is relatively far from Tokyo, the center of Japan`s economy, life here is easy-going and living expenses are moderate. That is why I believe it is an environment suited for creative work. My house in the United States is about 15 minutes away from the university by bike but Sendai does not give me this same commuting stress. Sendai seems very different from large cities like Tokyo and New York and feels more like San Francisco, where Stanford University is located. Both cities are an adequate size for people to enjoy shopping and eating out. (San Francisco and Sendai are both located at 38 North latitude.)

71. ICAM, Insitute For Complex Adaptive Matter of IL at UrbanaChampaign robert B. laughlin* †, Stanford University Jun Liu, Sandia National Laboratories Mike Naughton, Boston College Brian Maple, Univ. http://www.lanl.gov/mst/ICAM/icam_ucop.html

ICAM/UCOP ICAM met the University of California conditions for becoming a UC Multicampus Research Program (MRP), with Los Alamos as the lead campus, and began operating as a UC/MRP on April 19, 2002. Twelve universities (UC Davis, UC Irvine, UC Riverside, UC San Diego, Boston College, Boston University, University of Chicago, Florida State University, University of Illinois at Urbana-Champaign, Iowa State University, Princeton University and Rutgers University), and a consortium of Max Planck Institutes centered in Dresden, joined Los Alamos National Laboratory as founding members. UC Irvine, UCSD, and a Paris-area consortium (ENS, Orsay, Saclay) have signified their intention of becoming ICAM branches, while others are expected to join soon. Board of Governors Bob Albers, Los Alamos National Laboratory Meigan Aronson, University of Michigan Ward Beyermann, Univ. of CA, Riverside Ravin Bhatt, Princeton University

72. UC In The Valley robert B. laughlin, robert M. Anne Bass Professor of Physics at Stanford University who won a Nobel Prize in 1998 for research conducted while at Lawrence http://www.ucinthevalley.org/articles/2002/oct22art1.htm

FOR IMMEDIATE RELEASE Thursday, Oct. 22, 2002 Patti Waid Istas UC Merced patti.istas@ucop.edu GOVERNOR DAVIS TO DELIVER KEYNOTE ADDRESS AT UC MERCED INAUGURATION AND FOUNDING CELEBRATION Nobel Laureate in Physics Robert Laughlin to Deliver Academic Address MERCED - Gov. Gray Davis and Nobel Laureate Robert Laughlin will be among the featured speakers at a ceremony inaugurating the chancellor of UC Merced and celebrating the creation of the 10th campus of the UC system. The event will be held beginning at 11 a.m. on Friday, Oct. 25, at the future site of the Merced campus. In a historic and exciting day for the San Joaquin Valley and the entire state of California, Gov. Davis, who is also President of the Board of Regents of the University, will deliver the keynote address at the inauguration of Merced campus Chancellor Carol Tomlinson-Keasey. The event will be followed by a celebration and barbeque lunch provided to the community by local and regional chambers of commerce and supportive partners.

73. Alumni 1920-1929 Gerald B. West. Chief Harold SF Bates robert H. Craft Vernon E. Duckwall Frank D. Graham Charles R. Hindley Edward Schafer laughlin robert Lane Lingelbach. http://dolphin.upenn.edu/~pharisee/alum1920s.html

Previous Next CLASS OF Top Henry Haines Bonsall Ellwood Baker Cunningham John Vernon Ellson Robert Royer Garnder Marvin Robert Gustafson Earl Grant Harrison Leland Durfee Judd John McCormack Titzell Chief Henry Martin Justi, Jr. Harry Hexamer Keller Sherman George Landers John Valentine Lovitt Hubert Raymond Peck George Francis Scanlon Elmer Cuthbert Slagle Jonathan Cass Stimson George Edward Sweeney Sydney Thayer, Jr. Carl Herbert Thomas Earle Raymond Van Vliet Charles Alexander Wray, Jr. CLASS OF Top Elisha J. Bingham Arthur Milton Binns Samuel Clark Bradly Norman Shreve Chapman George Potter Darrow Earl W. Eby Trojan Moebus Kodding Duncan McGlashen Spencer Chief Albert Lyman Lane Robert Sylvan Maxam Daniel Joseph McNichol George Hughes Pratt Amos Edmond Park William Loose Seidel Frank Wilhelm Schmidt Edward Mullin Shields Roland Hallett Shumway Willian Hill Steeble Gilbert Edward Strickland Charles Impey Thompson Francuis Cantrell Trimble Edwin Hornberger Vare, Jr. Horace Osborne Walton CLASS OF Top Dana Smith Bennett Lawrence Abercromby Brown Charles Gordon Cooke Albert F. Dagit

74. The Distinguished Flying Cross Society Kee, robert W Mc Kee, Vernon S Mc Kee, Raymond Mc Kelvey, Frank W Mc Kinney, Douglas K. Mc Knight, robert Mc Knight, Grover H. Mc laughlin, James B. Mc laughlin http://www.dfcsociety.org/honorroll.asp?offset=0&nav_letter=M

75. Welcome To Adobe GoLive 5 The 2004 Ford Motor Company Distinguished Lecturer, robert B. laughlin, is the robert M. and Anne Bass Professor of Physics at Stanford University. http://www.physics.lsa.umich.edu/nea/special/fordspeaker.asp

Saturday AM Physics Seminars Alumni Outreach ... In the News 2004 Ford Lecture Professor Robert Laughlin The 2004 Ford Motor Company Distinguished Lecturer, Robert B. Laughlin, is the Robert M. and Anne Bass Professor of Physics at Stanford University. Professor Laughlin received his A.B. at the University of California, Berkeley, and his Ph.D. from the Massachusetts Institute of Technology. Following a postdoctoral position at Bell Laboratories, he was a research physicist at the Lawrence Livermore Laboratory. In 1985, Professor Laughlin joined the Physics Department at Stanford University. Professor Laughlin is a Fellow of the American Association for the Advancement of Science, a Fellow of the American Academy of Arts and Sciences, and a Member of the National Academy of Sciences. He is the recipient of the 1985 E.O. Lawrence Award for Physics, the 1986 Oliver Buckley Prize, and shared the 1998 Nobel Prize in Physics with Horst Stormer and Dan Tsui for his theoretical explication of the fractional quantum Hall effect. He is the author or coauthor of more than 80 research papers on theoretical condensed matter physics. Currently, his main research interests include contributions to the theory of high temperature superconductivity, including model studies of doped Mott insulators, the first principles computation of spectroscopic quantities such as optical conductivity, magnetic susceptibility, and photoemission spectra, and the development of new mathematical methods based on the fractional quantum Hall effect. These include the use of condensed matter lattice gauge theories, the use of quasiparticles with fractional quantum numbers, and the application of conventional Feynman rules to systems which contain both.

76. Department Of Physics - University Of Michigan Ford Motor Company Distinguished Lecture in Physics. 2004 Ford Motor Company Lecturer robert B. laughlin. robert B. laughlin, Physics http://www.physics.lsa.umich.edu/nea/special/ford.asp

Saturday AM Physics Seminars Alumni Outreach ... In the News Ford Motor Company Distinguished Lecture in Physics 2004 Ford Motor Company Lecturer - Robert B. Laughlin Robert B. Laughlin, Physics Nobel laureate and the Robert M. and Anne Bass Professor of Physics at Stanford University, will give the 2004 Ford Motor Company Distinguished Lecture in Physics. Wednesday, March 31, 2004 Lecture in 1324 East Hall Auditorium at 4:15 p.m. *Reception preceding at 3:45 p.m., first floor East Hall Atrium (located directly behind the lecture hall facing Church Street) Please note: the reception is in a different location from last year Please see map for approximate location The Emergent Age The natural world is regulated both by fundamental laws and by powerful principles of organization that flow out of them which are also transcendent, in that they would continue to hold even if the fundamentals were changed slightly. This is, of course, an ancient idea, but one that has now been experimentally demonstrated by the stupendously accurate reproducibility of certain measurements - in extreme cases parts in a trillion. This accuracy, which cannot be deduced from underlying microscopics, proves that matter acting collectively can generate physical law spontaneously. Physicists have always argued about which kind of law is more important - fundamental or emergent - but they should stop. The evidence is mounting that ALL physical law is emergent, notably and especially behavior associated with the quantum mechanics of the vacuum. This observation has profound implications for those of us concerned about the future of science. We live not at the end of discovery but at the end of Reductionism, a time in which the false ideology of the human mastery of all things through microscopics is being swept away by events and reason. This is not to say that microscopic law is wrong or has no purpose, but only that it is rendered irrelevant in many circumstances by its children and its children's children, the higher organizational laws of the world.

77. Instituto Nicolás Cabrera/ CICLO DE CONFERENCIAS "LA FISICA EN LOS ALBORES DEL Translate this page Sir Harold W. Kroto (Sussex), Premio Nobel de Química 1996 Jean-Pierre Hansen (Cambridge) robert H. Austin (Princeton) robert B. laughlin (Stanford), Premio http://www.uam.es/otroscentros/inc/physics21/main_e.html

CICLO DE CONFERENCIAS "LA FISICA EN LOS ALBORES DEL SIGLO XXI" Descripción Seis científicos del máximo prestigio se dirigirán a un público amplio para hablar de algunas de las cuestiones más candentes de la Física en los comienzos del nuevo siglo. Conferenciantes Sir Harold W. Kroto (Sussex), Premio Nobel de Química 1996 Jean-Pierre Hansen (Cambridge) Robert H. Austin (Princeton) Robert B. Laughlin (Stanford), Premio Nobel de Física 1998 Carl E. Wieman (Boulder) Gerard 't Hooft (Utrecht), Premio Nobel de Física 1999 Lugar y fecha Salón de Actos de la Fundación Ramón Areces (C/ Vitrubio, 5, 28006 Madrid) 26-27 Marzo 2001, a las 16 h. Entrada libre. Organizadores Fundación Ramón Areces Instituto Universitario de Ciencia de Materiales "Nicolás Cabrera" Universidad Autónoma de Madrid. Programa: Lunes, 26 16,00 h. Sesión inaugural 16,30 h. "Arquitecture of the microcosmos" Sir Harold W. Kroto, Premio Nobel de Química 1996 University of Sussex 17,30 h. "Statistical mechanics of supramolecular aggregates: from complex fluids to biomolecular assemblies" Jean-Pierre Hansen University of Cambridge 18,30 h.

78. NAS/NAE Members Theory of solids Professor * Kraut, Joseph UC San Diego Biochemistry Refinement of protein Professor crystal structures laughlin, robert B. Stanford Physics http://www.sdsc.edu/SDSCwire/v1.5/1016.NAS_NAE_mem_final.html

National Academy Members The following information will be sent to the Hayes committee for inclusion in their final report, but we need your input. Please send your responses to Marni Wahler, mwahler@sdsc.edu or Andrea Alvarado, andrea@sdsc.edu by July 10, 1995. Thank you. The following tables list the members of the National Academy of Sciences and the National Academy of Engineering who have computed at SDSC. Members with an asterisk (*) beside their name are currently computing at SDSC (as of 4/95). National Academy of Sciences The following table lists the Nataional Academy of Sciences members who have computed at SDSC. Professor National Academy of Engineering Members The following table lists the Nataional Academy of Engineering members who have computed at SDSC.

79. WebGED: Family Tree Data Page laughlin, Richard Oliver (1874 1933) b. 20 MAR 1874 d. 1 JAN 1933 in laughlin, robert father laughlin, Ingles(1907 - 1974) mother Thompson, Gladys http://www.geocities.com/heartland/ridge/3251/kyger/wga48.html

previous go to surnames Laughlin, Nathaniel M. b. 15 APR 1879 in Martin County, Indiana d. 20 FEB 1880 in Martin County, Indiana father: Laughlin, Osmyn Alonzo(1854 - 1898) mother: Ledgerwood, Rebecca A.(1856 - ) Laughlin, Nelle Edna b. 13 APR 1888 in Odon, Daviess County, Indiana d. 16 MAR 1918 father: Laughlin, Joseph Dunn(1845 - 1925) mother: Ledgerwood, Lacha Jane(1851 - 1938) spouse: Keagy, David Roy - m. 19 MAY 1915 in Daviess County, Indiana child: Keagy, Joseph Henry Laughlin, Oliver E. b. 24 JAN 1882 in Martin County, Indiana d. 11 OCT 1888 in Martin County, Indiana father: Laughlin, Osmyn Alonzo(1854 - 1898) mother: Ledgerwood, Rebecca A.(1856 - ) Laughlin, Oliver Osmon b. 27 JUN 1882 in Odon, Indiana d. 21 JAN 1947 father: Laughlin, Joseph Dunn(1845 - 1925) mother: Ledgerwood, Lacha Jane(1851 - 1938) spouse: McCord, Clara Ethel (1882 - 1945) - m. 4 SEP 1904 child: Laughlin, Joseph D. (1908 - 1989) child: Laughlin, Ernest E. (1911 - 1947) child: Laughlin, Mary Lou child: Laughlin, Lucille Laughlin, Opal Ethel father: Laughlin, William "Ray"(1881 - 1973) mother: Wesner, Frances Ebbie(~1888 - ~1958)

80. 4th Wisconsin Infantry And Cavalry 130. Laterfield, Louis, B H, Cook. 131. Laube, August, B, Private. 132. laughlin, John, B, Private. 133. Lee, robert, B, Private. 134. Lewis, Alanson H. B, Private. 135. http://www.hughesfamilies.com/fourth/index.cfm?FuseAction=GetCompany&txtCompany=

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