Astronomie

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Noti, SeverinBiblio.com

Land und Volk des Königlichen Astronomen Dschaisingh II Maharadscha von Dschaipur. Limited edition

Newcomb, Simon (Editor And Author), John Meier, Albert A Michelson, George W HillBiblio.com

Astronomical Papers Prepared For The Use Of The American Ephemeris Vol I 1882. Containing:"On The Recurrence Of Solar Eclipses With Tables Of Eclipses From B. C. 700 To A. D. 2300 By Newcomb "A Transformation Of Hansen's Lunar Theory Compared With The Theory Of Delaunay" By Newcomb And Meier "Experimental Determination Of The Velocity Of Light Made At The United States Naval Academy Annapolis" By Michelson "Catalogue Of 1098 Standard Clock And Zodiacal Stars" By Newcomb "On Gauss's Method Of Computing Solar Perturbations With An Application To The Action Of Venus On Mercury" By George W. Hill "Discussion Of Observed Transits Of Mercury 1677-1881" By Newcomb

1882039051Washington: Bureau Of Navigation Navy Department. 1882. 1st Edition 1st Printing. Hardcover. Near Fine. Xiv 487 Pp. Clean Pages Slightly Aged In A Modern Sturdy Blue Cloth Binding Spine Gilt By Tassinari Bros. Of Indian Orchard Ma. Light Wear. Two New Hampshire Institutional Stamps. Simon Newcomb 1835 -1909 Was A Canadian-American Astronomer Applied Mathematician And Autodidactic Polymath. Newcomb Visited Paris France In 1870 Already Aware That The Table Of Lunar Positions Calculated By Peter Andreas Hansen Was In Error. While In Paris He Realized That In Addition To The Data From 1750 To 1838 That Hansen Had Used There Was Further Data Stretching As Far Back As 1672 And Newcomb Used The "New" Data To Revise Hansen's Tables. In 1878 Newcomb Started Planning For A New And Precise Measurement Of The Speed Of Light Using A Refinement Of The Method Of Léon Foucault. A Letter From Albert Abraham Michelson Began A Long Collaboration And Friendship. In 1880 Michelson Assisted At Newcomb's Initial Measurement But Michelson Left To Start His Own Project. Miichelson Published His First Measurement In 1880 Reprinted Here But Newcomb's Measurement Was Substantially Different And In 1883 Michelson Revised His Measurement To A Value Closer To Newcomb's. In 1881 Newcomb Discovered The Statistical Principle Now Known As Benford's Law Formulating The Principle That In Any List Of Numbers Taken From An Arbitrary Set Of Data More Numbers Will Tend To Begin With "1" Than With Any Other Digit. In 1891 Within Months Of Seth Carlo Chandler's Discovery Of The 14-Month Variation Of Latitude Now Referred To As The Chandler Wobble Newcomb Explained The Apparent Conflict Between The Observed Motion And Predicted Period Of The Wobble As Due To Elasticiity; He Used The Variation Of Latitude Observations To Estimate The Elasticity Of Earth Finding It To Be Slightly More Rigid Than Steel. He Wrote On Economics And His Principles Of Political Economy 1885 Was Described By John Maynard Keynes As "One Of Those Original Works Which A Fresh Scientific Mind Not Perverted By Having Read Too Much Of The Orthodox Stuff Is Able To Produce From Time To Time In A Half-Formed Subject Like Economics." He Was Credited By Irving Fisher With The First-Known Enunciation Of The Equation Of Exchange Between Money And Goods Used In The Quantity Theory Of Money. His Reputation Suffers From His Hostility To C. S. Pierce And Also From Newcomb's Disbelief In The Possibility Of Manned Flight. Source: Wikipedia. Albert A. Michelson 1852-1931 Performed Early Measurements Of The Velocity Of Light With Amazing Delicacy And In 1881 He Invented His Interferometer For The Purpose Of Discovering The Effect Of The Earth's Motion On The Observed Velocity. In Cooperation With Professor E.W. Morley And Using The Interferometer It Was Shown That Light Travels At A Constant Speed In All Inertial Systems Of Reference. The Instrument Also Enabled Distances To Be Measured With Greater Accuracy By Means Of The Length Of Light-Waves. At The Request Of The International Committee Of Weights And Measures Michelson Measured The Standard Metre In Terms Of Wavelength Of Cadmium Light. He Invented The Echelon Spectroscope And During His Wartime Service In The Navy He Performed Research Work On Devices For Naval Use - He Developed A Rangefinder Which Was Adapted As Part Of U.S. Navy Equipment. On His Return To Civilian Life Michelson Became More Interested In Astronomy And In 1920 Using Light Interference And A Highly Developed Version Of His Earlier Instrument He Measured The Diameter Of The Star Betelgeuse: This Was The First Determination Of The Size Of A Star That Could Be Regarded As Accurate. He Was The First American To Receive The Nobel Priize For Physics. Nobel Lectures Physics 1901-1921 Elsevier Publishing Company Amsterdam 1967. With 1985 Purchase Receipt Of Space Scientist Richard E. Bateman From Astronomy Book Dealer Paul Luther. Bureau Of Navigation, Navy Department. hardcover

Arroyo Seco Books · États-Unis1 225,00 $US≈ 1 036,47 €

Newcomb, SimonBiblio.com

On The Secular Variations And Mutual Relations Of The Orbits Of The Asteroids

1867039052Cambridge / Washington: Welch Bigelow And Company 1860 / Washington Observations For 1865 1867 1867. 1st Edition 1st Printing. Hardcover. Very Good . Pp 123-1520; 29Pp. The First Paper Is An Offprint Of An Article In The Memoirs Of The American Academy New Series Vol V 1860 Preserving The Prited Cover With Title Etc.; The Second Paper Is Extracted From Washington Obervations For 1865 1867. The Two Papers Were Bound Together As Part Of A Larger Compilation. Simon Newcomb 1835 -1909 Was A Canadian-American Astronomer Applied Mathematician And Autodidactic Polymath. Newcomb Visited Paris France In 1870 Already Aware That The Table Of Lunar Positions Calculated By Peter Andreas Hansen Was In Error. While In Paris He Realized That In Addition To The Data From 1750 To 1838 That Hansen Had Used There Was Further Data Stretching As Far Back As 1672 And Newcomb Used The "New" Data To Revise Hansen's Tables. In 1878 Newcomb Started Planning For A New And Precise Measurement Of The Speed Of Light Starting Development A Refinement Of The Method Of Léon Foucault. A Letter From Albert Abraham Michelson Began A Long Collaboration And Friendship. In 1880 Michelson Assisted At Newcomb's Initial Measurement But Michelson Left To Start His Own Project. Miichelson Published His First Measurement In 1880 But Newcomb's Measurement Was Substantially Different And In 1883 Michelson Revised His Measurement To A Value Closer To Newcomb's. In 1881 Newcomb Discovered The Statistical Principle Now Known As Benford's Law Formulating The Principle That In Any List Of Numbers Taken From An Arbitrary Set Of Data More Numbers Will Tend To Begin With "1" Than With Any Other Digit.I N 1891 Within Months Of Seth Carlo Chandler's Discovery Of The 14-Month Variation Of Latitude Now Referred To As The Chandler Wobble Newcomb Explained The Apparent Conflict Between The Observed Motion And Predicted Period Of The Wobble As Due To Elasticiity; He Used The Variation Of Latitude Observations To Estimate The Elasticity Of Earth Finding It To Be Slightly More Rigid Than Steel. He Wrote On Economics And His Principles Of Political Economy 1885 Was Described By John Maynard Keynes As "One Of Those Original Works Which A Fresh Scientific Mind Not Perverted By Having Read Too Much Of The Orthodox Stuff Is Able To Produce From Time To Time In A Half-Formed Subject Like Economics." He Was Credited By Irving Fisher With The First-Known Enunciation Of The Equation Of Exchange Between Money And Goods Used In The Quantity Theory Of Money. His Reputation Suffers From His Hostility To C. S. Pierce And Also From Newcomb's Disbelief In The Possibility Of Manned Flight. Source: Wikipedia. Welch, Bigelow, And Company (1860) / Washington Observations For 1865 (1867) hardcover

Arroyo Seco Books · États-Unis365,15 $US≈ 308,95 €

Newcomb, Simon [Inscribed To R C Archibald]Biblio.com

The Reminiscences Of An Astronomer

1903028837Boston And New York: Houghton Mifflin And Company 1903. 1st Edition 1st Printing. Hardcover. Near Fine/No Jacket. Frontispiece. X 424 Pp. Blue Cloth Gilt. Detailed Autobiography With Succinct Explanations Of His Own Work And That Of Others He Worked With. This Example Inscribed "From The Author" To R C Archibald Who Wrote The Official Biography And Bibliography Of Newcomb Published In The Memoirs Of The National Academy Of Sciences In 1924 And Also With The 1956 Signature Of A Prominent Jpl Astronomer Who Managed The U.S. Halley Watch Group. This Example Very Good / Near Fine Light Wear Gilt Brilliant Hinges Tight. Simon Newcomb 1835 -1909 Was A Canadian-American Astronomer Applied Mathematician And Autodidactic Polymath. Newcomb Visited Paris France In 1870 Already Aware That The Table Of Lunar Positions Calculated By Peter Andreas Hansen Was In Error. While In Paris He Realized That In Addition To The Data From 1750 To 1838 That Hansen Had Used There Was Further Data Stretching As Far Back As 1672 And Newcomb Used The "New" Data To Revise Hansen's Tables. In 1878 Newcomb Started Planning For A New And Precise Measurement Of The Speed Of Light Starting Development A Refinement Of The Method Of Léon Foucault. A Letter From Albert Abraham Michelson Began A Long Collaboration And Friendship. In 1880 Michelson Assisted At Newcomb's Initial Measurement But Michelson Left To Start His Own Project. Miichelson Published His First Measurement In 1880 But Newcomb's Measurement Was Substantially Different And In 1883 Michelson Revised His Measurement To A Value Closer To Newcomb's. In 1881 Newcomb Discovered The Statistical Principle Now Known As Benford's Law Formulating The Principle That In Any List Of Numbers Taken From An Arbitrary Set Of Data More Numbers Will Tend To Begin With "1" Than With Any Other Digit.I N 1891 Within Months Of Seth Carlo Chandler's Discovery Of The 14-Month Variation Of Latitude Now Referred To As The Chandler Wobble Newcomb Explained The Apparent Conflict Between The Observed Motion And Predicted Period Of The Wobble As Due To Elasticiity; He Used The Variation Of Latitude Observations To Estimate The Elasticity Of Earth Finding It To Be Slightly More Rigid Than Steel. He Wrote On Economics And His Principles Of Political Economy 1885 Was Described By John Maynard Keynes As "One Of Those Original Works Which A Fresh Scientific Mind Not Perverted By Having Read Too Much Of The Orthodox Stuff Is Able To Produce From Time To Time In A Half-Formed Subject Like Economics." He Was Credited By Irving Fisher With The First-Known Enunciation Of The Equation Of Exchange Between Money And Goods Used In The Quantity Theory Of Money. His Reputation Suffers From His Personal Hostility To C. S. Pierce Son Of Newcomb's First Great Mathematics Instructor And Also From Newcomb's Disbelief In The Possibility Of Manned Flight. Houghton, Mifflin And Company hardcover

Arroyo Seco Books · États-Unis591,68 $US≈ 500,62 €

National Research Council Division on Engineering and Physical Sciences Board of Physics and Astronomy..Biblio.com

Scientific Opportunities with a Rare-Isotope Facility in the United States

200767231Washington DC: The National Academies Press 2007. Presumed first edition/first printing. Trade paperback. Good. Typed letter signed by the two Co-Chairs John Ahearne and Stuart Freedman laid in. Rear cover creased. xii 140 8 p. Occasional footnotes. Illustrations some with cover. Glossary. Author continues: "Rare-Isotope Science Assessment Committee." Over ten years ago U.S. nuclear scientists proposed construction of a new rare isotope accelerator in the United States which would enable experiments to elucidate the important questions in nuclear physics. To help assess this proposal DOE and NSF asked the NRC to define the science agenda for a next-generation U.S. Facility for Rare Isotope Beams FRIB. As the study began DOE announced a substantial reduction in the scope of this facility and put off its initial operation date by several years. The study focused on an evaluation of the science that could be accomplished on a facility reduced in scope. This report provides a discussion of the key science drivers for a FRIB an assessment of existing domestic and international rare isotope beams an assessment of the current U.S. position about the FRIB and a set of findings and conclusions about the scientific and policy context for such a facility. From Wikipedia: "The Facility for Rare Isotopes Beams FRIB is a U.S. Department of Energy Office of Science DOE-SC national user facility supporting the mission of the Office of Nuclear Physics. FRIB will produce large quantities of a wide variety of rare isotopes by breaking stable nuclei into rare isotopes enabling scientists to make discoveries about the properties of rare isotopes in order to better understand the physics of nuclei nuclear astrophysics fundamental interactions and applications for society. The project is funded by DOE-SC Michigan State University and the State of Michigan and is being designed and established by MSU with construction expected to begin on campus in 2013. It will adjoin and upon commencement of operations subsume the National Superconducting Cyclotron Laboratory NSCL at Michigan State University. Currently final design of the FRIB conventional facilities the tunnel and support buildings is complete and ready for construction to begin upon approval from the U.S. Department of Energy. Pre-construction site preparation is complete and pilings for the earth-retention system have been placed. Research and development activities have been successfully completed with much of the R&D work accomplished in collaboration with national laboratories. Final design of the technical systems accelerator and experimental equipment is underway and anticipated to be complete in 2014. Project completion is expected in 2021 managing to early completion in 2019. Across the state of Michigan business and political leaders have called for continued funding of FRIB in support of scientific discovery innovation and economic impact. Articles and editorials are available on the FRIB project web site. FRIB is expected to provide research opportunities for an international community of approximately 1000 university and laboratory scientists postdoctoral associates and graduate students. FRIB will provide researchers with the technical capabilities to study the properties of rare isotopes and to put this knowledge to use in various applications including in materials science nuclear medicine and the fundamental understanding of nuclear material important to nuclear weapons stockpile stewardship. More than 20 working groups specializing in experimental equipment and scientific topics have been organized through the FRIB Users Organization. Based on the analyses and recommendations over the last decade DOE-SC determined that the establishment of a Facility for Rare Isotope Beams FRIB is a high priority for the future of U.S. nuclear science research. This determination and supporting rationale are reflected in the DOE/ National Science Foundation Nuclear Science Advisory Committee s 2007 Long Range Plan and the 2003 DOE report Facilities for the Future of Science: A Twenty-Year Outlook. DOE-SC announced the selection of Michigan State University to design and establish FRIB on December 11 2008 after a rigorous merit review. The National Academies Press paperback

Ground Zero Books · États-Unis100,00 $US≈ 84,61 €