CiNii 図書 - Selected writings, 1909-1953

These two volumes form a full portrait of Hans Reichenbach, from the school boy and university student to the maturing and creative scholar, who was as well an immensely devoted teacher and a gifted popular writer and speaker on science and philosophy. We selected the articles for several reasons. Many of them have not pre viously been available in English; many are out of print, either in English or in German; some, especially the early ones, have been little known, and deal with subject-matters other than philosophy of science. The genesis and evolu tion of Reichenbach's ideas appeared to be of deep interest, and so we in cluded papers from four decades, despite occasional redundancy. We were, for example, pleased to include his extensive review article from the encyclo pedic Handbuch der Physik of 1929 on 'The Aims and Methods of Physical Knowledge', written at a time of creative collaboration between Reichenbach's Berlin group and the Vienna Circle of Schlick and Carnap. Reichenbach was a pioneer, opening new pathways to the solution of age-old problems in many fields: space, time, causality, induction and probability - philosophical analysis and interpretation of classical physics, relativity and quantum physics - logic, language, ethics, scientific explanation and methodology, critical appreciation and reconstruction of past metaphysical thinkers and scientists from Plato to Leibniz and Kant. Indeed, his own philosophical journey was initiated by his passage from Kant to anti-Kant.

Memories of Hans Reichenbach.- 1. Autobiographical Sketches for Academic Purposes.- 2. Memories of Wendeli Erne, Hans Reichenbach's Sister.- 3. At the End of School Days: A Look Backward and a Look Forward (1909).- 4. Letter from Reichenbach to His Four Years Older Brother Bernhard.- 5. From a letter of Bernhard Reichenbach to Maria Reichenbach (1975).- 6. Memories of Ilse Reichenbach, Hans Reichenbach's Sister-in-Law.- 7. Memories of Uncle Hans: Nino Erne.- 8. Hans' Speech at the Funeral of His Father.- 9. Aphorisms of a Docent Formally Admitted to Teach at a University (1924).- 10. University Student: Carl Landauer.- 11. University Student: Hilde Landauer.- 12. Memories of Hans Reichenbach, 1928 and Later: Sidney Hook.- 13. A Young University Teacher [from a letter of Carl Hempel to Maria Reichenbach, March 21, 1976].- 14. A Professor in Turkey, 1936: Memories of Matild Kamber.- 15. Concerning Reichenbach's Appointment to the University of California at Los Angeles: Charles Morris.- 16. Memories of Hans Reichenbach: Rudolf Carnap.- 17. Memories of Hans Reichenbach: Herbert Feigl.- 18. Recollections of Hans Reichenbach: Ernest Nagel.- 19. U.C.L.A.: Donald Kalish.- 20. U.C.L.A.: Paul Wienpahl.- 21. U.C.L.A.: Norman Dalkey.- 22. U.C.L.A.: Hermann F. Schott.- 23. A Blind Student Recalls Hans Reichcnbach: H. G. Burns.- 24. Recollections of Hans Reichenbach: David Brunswick.- 25. U.C.L.A., 1945-1950: Cynthia Schuster.- 26. U.C.L.A., 1949: W. Bruce Taylor.- 27. 1950: Donald A.Wells.- 28. U.C.L.A., 1951-53: Ruth Anna Putnam.- 29. Memories of Hans Reichenbach: Frank Leroi.- 30. Hans Reichenbach's Definitive Influence on Me: Adolf Grunbaum.- 31. At the Chapel, 1953: Abraham Kaplan.- 32. Hans Reichenbach, a Memoir: Wesley C. Salmon.- 33. Memories of Hans Reichenbach: Maria Reichenbach.- I / Early Writings on Social Problems.- Student Years: Introductory Note to Part I (M.R.).- 1. The Student (1912-13).- 2. The Student Body and Catholicism (1912).- 3. The Free Student Idea: Its Unified Contents (1913).- 4. Why do we Advocate Physical Culture? (1913).- 5. The Meaning of University Reform (1914).- 6. Platform of the Socialist Students' Party (1918).- 7. Socializing the University (1918).- I. Society and Community.- II. The University.- III. The New Order.- IV. Economic Demands.- V. Legal Demands.- VI. Pedagogical Demands.- 8. Report of the Socialist Student Party, Berlin and Notes on the Program (1918).- II / Popular Scientific Articles.- 9. The Nobel Prize for Einstein (1922).- 10. Relativity Theory in a Matchbox: A Philosophical Dialogue (1922).- 11. Tycho Brahe's Sextants (1926).- 12. The Effects of Einstein's Theory (1926).- 13. An Open Letter to the Berlin Funkstunde Corporation (1926).- 14. Laying the Foundations of Chemistry: The Work of Marcellin Berthelot (1927).- 15. Memories of Svante Arrhenius (1927).- 16. A New Model of the Atom (1927).- 17. On the Death of H. A. Lorentz (1928).- 18. Philosophy of the Natural Sciences (1928).- 19. Space and Time: From Kant to Einstein (1928).- 20. Causality or Probability? (1928).- 21. The World View of the Exact Sciences (1928).- 22. New Approaches in Science: Physical Research (1929).- 23. New Approaches in Science: Philosophical Research (1929).- 24. New Approaches in Science: Mathematical Research (1929).- 25. The New Philosophy of Science (1929).- 26. Einstein's New Theory (1929).- 27. Johannes Kepler (1930).- 28. The Present State of the Sciences: The Exact Natural Sciences (1930).- 29. One Hundred Against Einstein (1931).- 30. Is the Human Mind Capable of Giange? (An Interview) (1932).- III / General Scientific Articles.- 31. Metaphysics and Natural Science (1925).- 32. Bertrand Russell (1929).- 33. The Philosophical Significance of Modern Physics (1930).- 34. The Koenigsberg Conference on the Epistemology of the Exact Sciences (1930).- 35. The Problem of Causality in Physics (1931).- 36. The Physical Concept of Truth (1931).- 37. Heinrich Scholz'History of Logic (1931).- 38. Aims and Methods of Modern Philosophy of Nature (1931).- 39. Kant and Natural Science (1933).- 40. Carnap'sLogical Structure of the World (1933).- 41. Theory of Series and Goedel's Theorems (Sections 17-22) (1948).- IV / Ethical Analysis.- 42. The Freedom of the Will (1959).- 43. On the Explication of Ethical Utterances (1959).- Bibliography of Writings of Hans Reichenbach.- Index of Names.

These two volumes form a full portrait of Hans Reichenbach, from the school boy and university student to the maturing and creative scholar, who was as well an immensely devoted teacher and a gifted popular writer and speaker on science and philosophy. We selected the articles for several reasons. Many of them have not pre viously been available in English; many are out of print, either in English or in German; some, especially the early ones, have been little known, and deal with subject-matters other than philosophy of science. The genesis and evolu tion of Reichenbach's ideas appeared to be of deep interest, and so we in cluded papers from four decades, despite occasional redundancy. We were, for example, pleased to include his extensive review article from the encyclo pedic Handbuch der Physik of 1929 on 'The Aims and Methods of Physical Knowledge', written at a time of creative collaboration between Reichenbach's Berlin group and the Vienna Circle of Schlick and Carnap. Reichenbach was a pioneer, opening new pathways to the solution of age-old problems in many fields: space, time, causality, induction and probability - philosophical analysis and interpretation of classical physics, relativity and quantum physics - logic, language, ethics, scientific explanation and methodology, critical appreciation and reconstruction of past metaphysical thinkers and scientists from Plato to Leibniz and Kant. Indeed, his own philosophical journey was initiated by his passage from Kant to anti-Kant.

Memories of Hans Reichenbach.- 1. Autobiographical Sketches for Academic Purposes.- 2. Memories of Wendeli Erne, Hans Reichenbach's Sister.- 3. At the End of School Days: A Look Backward and a Look Forward (1909).- 4. Letter from Reichenbach to His Four Years Older Brother Bernhard.- 5. From a letter of Bernhard Reichenbach to Maria Reichenbach (1975).- 6. Memories of Ilse Reichenbach, Hans Reichenbach's Sister-in-Law.- 7. Memories of Uncle Hans: Nino Erne.- 8. Hans' Speech at the Funeral of His Father.- 9. Aphorisms of a Docent Formally Admitted to Teach at a University (1924).- 10. University Student: Carl Landauer.- 11. University Student: Hilde Landauer.- 12. Memories of Hans Reichenbach, 1928 and Later: Sidney Hook.- 13. A Young University Teacher [from a letter of Carl Hempel to Maria Reichenbach, March 21, 1976].- 14. A Professor in Turkey, 1936: Memories of Matild Kamber.- 15. Concerning Reichenbach's Appointment to the University of California at Los Angeles: Charles Morris.- 16. Memories of Hans Reichenbach: Rudolf Carnap.- 17. Memories of Hans Reichenbach: Herbert Feigl.- 18. Recollections of Hans Reichenbach: Ernest Nagel.- 19. U.C.L.A.: Donald Kalish.- 20. U.C.L.A.: Paul Wienpahl.- 21. U.C.L.A.: Norman Dalkey.- 22. U.C.L.A.: Hermann F. Schott.- 23. A Blind Student Recalls Hans Reichcnbach: H. G. Burns.- 24. Recollections of Hans Reichenbach: David Brunswick.- 25. U.C.L.A., 1945-1950: Cynthia Schuster.- 26. U.C.L.A., 1949: W. Bruce Taylor.- 27. 1950: Donald A.Wells.- 28. U.C.L.A., 1951-53: Ruth Anna Putnam.- 29. Memories of Hans Reichenbach: Frank Leroi.- 30. Hans Reichenbach's Definitive Influence on Me: Adolf Grunbaum.- 31. At the Chapel, 1953: Abraham Kaplan.- 32. Hans Reichenbach, a Memoir: Wesley C. Salmon.- 33. Memories of Hans Reichenbach: Maria Reichenbach.- I / Early Writings on Social Problems.- Student Years: Introductory Note to Part I (M.R.).- 1. The Student (1912-13).- 2. The Student Body and Catholicism (1912).- 3. The Free Student Idea: Its Unified Contents (1913).- 4. Why do we Advocate Physical Culture? (1913).- 5. The Meaning of University Reform (1914).- 6. Platform of the Socialist Students' Party (1918).- 7. Socializing the University (1918).- I. Society and Community.- II. The University.- III. The New Order.- IV. Economic Demands.- V. Legal Demands.- VI. Pedagogical Demands.- 8. Report of the Socialist Student Party, Berlin and Notes on the Program (1918).- II / Popular Scientific Articles.- 9. The Nobel Prize for Einstein (1922).- 10. Relativity Theory in a Matchbox: A Philosophical Dialogue (1922).- 11. Tycho Brahe's Sextants (1926).- 12. The Effects of Einstein's Theory (1926).- 13. An Open Letter to the Berlin Funkstunde Corporation (1926).- 14. Laying the Foundations of Chemistry: The Work of Marcellin Berthelot (1927).- 15. Memories of Svante Arrhenius (1927).- 16. A New Model of the Atom (1927).- 17. On the Death of H. A. Lorentz (1928).- 18. Philosophy of the Natural Sciences (1928).- 19. Space and Time: From Kant to Einstein (1928).- 20. Causality or Probability? (1928).- 21. The World View of the Exact Sciences (1928).- 22. New Approaches in Science: Physical Research (1929).- 23. New Approaches in Science: Philosophical Research (1929).- 24. New Approaches in Science: Mathematical Research (1929).- 25. The New Philosophy of Science (1929).- 26. Einstein's New Theory (1929).- 27. Johannes Kepler (1930).- 28. The Present State of the Sciences: The Exact Natural Sciences (1930).- 29. One Hundred Against Einstein (1931).- 30. Is the Human Mind Capable of Giange? (An Interview) (1932).- III / General Scientific Articles.- 31. Metaphysics and Natural Science (1925).- 32. Bertrand Russell (1929).- 33. The Philosophical Significance of Modern Physics (1930).- 34. The Koenigsberg Conference on the Epistemology of the Exact Sciences (1930).- 35. The Problem of Causality in Physics (1931).- 36. The Physical Concept of Truth (1931).- 37. Heinrich Scholz'History of Logic (1931).- 38. Aims and Methods of Modern Philosophy of Nature (1931).- 39. Kant and Natural Science (1933).- 40. Carnap'sLogical Structure of the World (1933).- 41. Theory of Series and Goedel's Theorems (Sections 17-22) (1948).- IV / Ethical Analysis.- 42. The Freedom of the Will (1959).- 43. On the Explication of Ethical Utterances (1959).- Bibliography of Writings of Hans Reichenbach.- Index of Names.

IAU Symposium No. 82, "Time and the Earth's Rotation", met to discuss modern research in the field of the rotation of the Earth with particu lar emphasis on the role of new observational techniques in this work. The use of these techniques has prompted a new look at the definitions of the traditional reference systems and the concepts of the rotation of the Earth around its center of mass. Specific topics discussed were time, polar motion, reference systems, conventional radio interferometry, very'long baseline interferometry (VLBI), Doppler satellite methods, satellite laser ranging, lunar laser ranging, and geophysical research concerning the Earth's rotation. Improvement in the accuracy of the observations is a key to possible solutions of the many unsolved problems remaining in this field. It appears that such improvement, using both classical and new techniques, is forthcoming in the near future. This will surely contribute to a better understanding of some of the long-standing questions concerning the rotation of the Earth around its center of mass and lead to an improved knowledge of the rotating, deformable Earth. This volume contains the papers presented at IAU Symposium No. 82 as well as the discussions provoked by these papers. It is hoped that it captures the principal points of the meeting and that it will contribute not only to a better understanding of existing problems, but also to future research in time and the Earth's rotation.

Introduction: The Future of the Researches About the Earth’s Rotation.- I. Time.- Basic Problems in the Kinematics of the Rotation of the Earth (Invited Paper).- A New State Time and Frequency Standard of the USSR.- A New Method of Universal Time Computation Used in the State Time and Frequency Service of the USSR.- On the Determination of UT1 by the BIH and the U.S.S.R, Time Service.- Etude d’Observations Effectuées à l’Astrolabe de Paris et Comparaison avec d’Autres Resultats Concernant les Termes Principaux de la Nutation.- A New System of the U.S.S.R, Standard Time for 1955-1974 and its Application in the Study of the Earth’s Rotation.- An Analysis of the Rotational Acceleration of the Earth (Abstract).- New Determination of the “Decade” Fluctuations in the Rotation of the Earth, 1860–1978 (Abstract).- On the Long-Period Variations in the Rate of the Earth’s Rotation (Abstract).- Main Results of Studying the Nature of the Irregularity of the Earth’s Rotation.- Some Advantages and Disadvantages of a Photographic Zenith Tube (abstract).- Tidal Perturbations in Astronomical Observations.- Polar Motion and Earth Rotation Monitoring in Canada.- Polar Coordinates and UT1-UTC from PZT Observations.- (?-2L) Terms as Obtained from PZT Observations.- Etude Succinte du Catalogue Fondamental FK4 à Partir des Observations Faites à 1’Astrolabe.- II. Polar Motion.- On the Coordinate Systems Used in the Study of Polar Motion (Invited Paper).- Derivation of Pole Coordinates in a Uniform System from the Past ILS Data.- On the Computation of Accurate Earth Rotation by the Classical Astronomical Method.- On the Relative Motion of the Earth’s Axis of Figure and the Pole of Rotation.- Secular Variation of Tashkent Astronomical Latitude (Abstract).-Coordinates of the Pole for the Period 1968-1974 Computed in the System of 10 Stations with Small Variations of Mean Latitudes.- Amelioration des Calculs de Reduction des Observations à l’ Astrolabe. Application à la Determination des Termes de 18.6 et 9.3 Ans de la Nutation.- Time and Latitude Programs at the National Observatory of Brazil.- Preliminary Analysis of Astrolabe Observations at Merate Observatory During the Period 1970–1977 (Abstract).- The Longitude Difference Merate- Milano Derived from Danjon Astrolabe Observations by Means of a One-Step Adjustment Using an Extended Model.- Velocity of the Motion of the Terrestrial Pole.- III. Reference Systems.- The Reference Systems (Invited Paper).- The Ephemeris Reference Frame for Astrometry.- Nutation in Space and Diurnal Nutation in the Case of an Elastic Earth.- Concept for Reference Frames in Geodesy and Geodynamics: The Reference Directions (Abstract).- IV. Radio Interferometry.- An Introduction to Radio Interferometric Techniques.- The Application of Radio Interferometric Techniques to the Determination of Earth Rotation (Invited Paper).- An Improved Polar Motion and Earth Rotation Monitoring Service Using Radio Interferometry.- Determination of UT1 and Polar Motion by the Deep Space Network Using Very Long Baseline Interferometry.- The NAVOBSY/NRL Program for the Determination of Earth Rotation and Polar Motion.- Recent Results of Radio Interferometric Determinations of a Transcontinental Baseline, Polar Motion, and Earth Rotation.- Precision Estimates of Universal Time from Radio-Interferometrie Observations.- V. Satellite Laser Ranging.- Determination of Polar Motion and Earth Rotation from Laser Tracking of Satellites (Invited Paper).- Polar Motion from Laser Range Measurements of GEOS-3.- Low CostLageos Ranging System (Abstract).- VI. Lunar Laser Ranging.- On the Effective Use of Lunar Ranging for the Determination of the Earth’s Rotation (Invited Paper).- Is Lunar Ranging a Viable Component in a Next-Generat ion Earth Rotation Service?.- Preliminary UTO Results from EROLD Data.- VII. Doppler Satellite Methods.- Polar Motion through 1977 from Doppler Satellite Observations (Invited Paper).- Irregularities of the Polar Motion.- Reasons and Possibilities for an Extended Use of the Transit System.- Very First Results of the MEDOC Experiment.- VIII. Geophysics.- The Geophysical Interpretation of Changes in the Length of the Day and Polar Motion.- Estimation of the Parameters of the Earth’s Polar Motion.- Rotational Velocity of an Earth Model with a Liquid Core (Abstract).- On Investigations of the Tidal Waves Mf and Mm (Abstract).- Oceanic Tidal Friction: Principles and New Results.- The Stability of Continental Blocks in Seismically Active Regions (Abstract).- General Discussion.- Resolutions.

IAU Symposium No. 82, "Time and the Earth's Rotation", met to discuss modern research in the field of the rotation of the Earth with particu lar emphasis on the role of new observational techniques in this work. The use of these techniques has prompted a new look at the definitions of the traditional reference systems and the concepts of the rotation of the Earth around its center of mass. Specific topics discussed were time, polar motion, reference systems, conventional radio interferometry, very'long baseline interferometry (VLBI), Doppler satellite methods, satellite laser ranging, lunar laser ranging, and geophysical research concerning the Earth's rotation. Improvement in the accuracy of the observations is a key to possible solutions of the many unsolved problems remaining in this field. It appears that such improvement, using both classical and new techniques, is forthcoming in the near future. This will surely contribute to a better understanding of some of the long-standing questions concerning the rotation of the Earth around its center of mass and lead to an improved knowledge of the rotating, deformable Earth. This volume contains the papers presented at IAU Symposium No. 82 as well as the discussions provoked by these papers. It is hoped that it captures the principal points of the meeting and that it will contribute not only to a better understanding of existing problems, but also to future research in time and the Earth's rotation.

Introduction: The Future of the Researches About the Earth's Rotation.- I. Time.- Basic Problems in the Kinematics of the Rotation of the Earth (Invited Paper).- A New State Time and Frequency Standard of the USSR.- A New Method of Universal Time Computation Used in the State Time and Frequency Service of the USSR.- On the Determination of UT1 by the BIH and the U.S.S.R, Time Service.- Etude d'Observations Effectuees a l'Astrolabe de Paris et Comparaison avec d'Autres Resultats Concernant les Termes Principaux de la Nutation.- A New System of the U.S.S.R, Standard Time for 1955-1974 and its Application in the Study of the Earth's Rotation.- An Analysis of the Rotational Acceleration of the Earth (Abstract).- New Determination of the "Decade" Fluctuations in the Rotation of the Earth, 1860-1978 (Abstract).- On the Long-Period Variations in the Rate of the Earth's Rotation (Abstract).- Main Results of Studying the Nature of the Irregularity of the Earth's Rotation.- Some Advantages and Disadvantages of a Photographic Zenith Tube (abstract).- Tidal Perturbations in Astronomical Observations.- Polar Motion and Earth Rotation Monitoring in Canada.- Polar Coordinates and UT1-UTC from PZT Observations.- (?-2L) Terms as Obtained from PZT Observations.- Etude Succinte du Catalogue Fondamental FK4 a Partir des Observations Faites a 1'Astrolabe.- II. Polar Motion.- On the Coordinate Systems Used in the Study of Polar Motion (Invited Paper).- Derivation of Pole Coordinates in a Uniform System from the Past ILS Data.- On the Computation of Accurate Earth Rotation by the Classical Astronomical Method.- On the Relative Motion of the Earth's Axis of Figure and the Pole of Rotation.- Secular Variation of Tashkent Astronomical Latitude (Abstract).- Coordinates of the Pole for the Period 1968-1974 Computed in the System of 10 Stations with Small Variations of Mean Latitudes.- Amelioration des Calculs de Reduction des Observations a l' Astrolabe. Application a la Determination des Termes de 18.6 et 9.3 Ans de la Nutation.- Time and Latitude Programs at the National Observatory of Brazil.- Preliminary Analysis of Astrolabe Observations at Merate Observatory During the Period 1970-1977 (Abstract).- The Longitude Difference Merate- Milano Derived from Danjon Astrolabe Observations by Means of a One-Step Adjustment Using an Extended Model.- Velocity of the Motion of the Terrestrial Pole.- III. Reference Systems.- The Reference Systems (Invited Paper).- The Ephemeris Reference Frame for Astrometry.- Nutation in Space and Diurnal Nutation in the Case of an Elastic Earth.- Concept for Reference Frames in Geodesy and Geodynamics: The Reference Directions (Abstract).- IV. Radio Interferometry.- An Introduction to Radio Interferometric Techniques.- The Application of Radio Interferometric Techniques to the Determination of Earth Rotation (Invited Paper).- An Improved Polar Motion and Earth Rotation Monitoring Service Using Radio Interferometry.- Determination of UT1 and Polar Motion by the Deep Space Network Using Very Long Baseline Interferometry.- The NAVOBSY/NRL Program for the Determination of Earth Rotation and Polar Motion.- Recent Results of Radio Interferometric Determinations of a Transcontinental Baseline, Polar Motion, and Earth Rotation.- Precision Estimates of Universal Time from Radio-Interferometrie Observations.- V. Satellite Laser Ranging.- Determination of Polar Motion and Earth Rotation from Laser Tracking of Satellites (Invited Paper).- Polar Motion from Laser Range Measurements of GEOS-3.- Low Cost Lageos Ranging System (Abstract).- VI. Lunar Laser Ranging.- On the Effective Use of Lunar Ranging for the Determination of the Earth's Rotation (Invited Paper).- Is Lunar Ranging a Viable Component in a Next-Generat ion Earth Rotation Service?.- Preliminary UTO Results from EROLD Data.- VII. Doppler Satellite Methods.- Polar Motion through 1977 from Doppler Satellite Observations (Invited Paper).- Irregularities of the Polar Motion.- Reasons and Possibilities for an Extended Use of the Transit System.- Very First Results of the MEDOC Experiment.- VIII. Geophysics.- The Geophysical Interpretation of Changes in the Length of the Day and Polar Motion.- Estimation of the Parameters of the Earth's Polar Motion.- Rotational Velocity of an Earth Model with a Liquid Core (Abstract).- On Investigations of the Tidal Waves Mf and Mm (Abstract).- Oceanic Tidal Friction: Principles and New Results.- The Stability of Continental Blocks in Seismically Active Regions (Abstract).- General Discussion.- Resolutions.

V / Philosophy of Physics.- 44. The Present State of the Discussion on Relativity (1922).- 45. The Theory of Motion According to Newton, Leibniz, and Huyghens (1924).- 46. The Relativistic Theory of Time (1924).- 47. The Causal Structure of the World and the Difference between Past and Future (1925).- 48. The Aims and Methods of Physical Knowledge (1929).- (a) The General Theory of Physical Knowledge:.- 1. The Value of Physical Knowledge.- 2. Demarcation between Physics and the Other Natural Sciences.- 3. Physics and Technology.- 4. Physics and Mathematics.- 5. Perception.- 6. The Problem of Reality.- 7. Probability Inference.- 8. The Physical Concept of Truth.- 9. Physical Fact.- 10. Physical Definition.- 11. The Criterion of Simplicity.- 12. The Goal of Physical Knowledge.- (b) Empiricism and Theory in the Individual Principles of Physics.- 13. The Problem of the A Priori.- 14. The Place of Reason in Knowledge.- 15. Space.- 16. The Idealistic and Realistic Conceptions of Space.- 17. Time.- 18. The Connection between Time and Space.- 19. Substance.- 20. Causality.- 21. The Asymmetry of Causality.- 22. Probability.- 23. The Significance of Intuitive Models.- 24. The Epistemological Situation in Quantum Mechanics.- 49. Current Epistemological Problems and the Use of a Three-Valued Logic in Quantum Mechanics (1951).- 50. The Logical Foundations of Quantum Mechanics (1952).- 51. The Philosophical Significance of the Wave-Particle Dualism (1953).- VI/Probability and Induction.- 52a. The Physical Presuppositions of the Calculus of Probability (1920).- 52b. Appendix: A Letter to the Editor (1920).- 53. A Philosophical Critique of the Probability Calculus (1920).- 54. Notes on the Problem of Causality [A Letter from Erwin, Schroedinger to Hans Reichenbach] (1924).- 55. Causality and Probability (1930).- 56. The Principle of Causality and the Possibility of Its Empirical Confirmation (1932).- 57. Induction and Probability: Remarks on Karl Popper's The Logic of Scientific Discovery (1935).- 58. The Semantic and the Object Conceptions of Probability Expressions (1939).- 59. A Letter to Bertrand Russell (March 28, 1949).- Bibliography of Writings oF Hans Reichenbach.- Index of Names to Volumes One and Two.

Selected writings, 1909-1953

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