All Stories

  1. Editorial 81
  2. Editorial 80
  3. The Born-Oppenheimer Approximation and its role in the reduction of chemistry
  4. A brief response to Seifert on laws and the periodic table
  5. Editorial 79
  6. EDITORIAL 78
  7. Laws of nature according to some philosophers of science and according to chemists
  8. Editorial 77
  9. Editorial 76
  10. Editorial 75
  11. Editorial 73
  12. Interview with Olimpia Lombardi
  13. A commentary on Weisberg’s critique of the ‘structural conception’ of chemical bonding
  14. A New Response to Wray and an Attempt to Widen the Conversation
  15. Editorial 72
  16. Editorial 71
  17. The Elements: A Visual History of Their Discovery
  18. In praise of triads
  19. Hasok Chang on the nature of acids
  20. Editorial 70 (the platinum issue)
  21. Various forms of the periodic table including the left-step table, the regularization of atomic number triads and first-member anomalies
  22. Editorial 69
  23. Editorial 68
  24. Editorial 67
  25. Response to Geoffrey Neuss on how to teach the 4s and 3d orbital conundrum
  26. Geoff Rayner-Canham: The periodic table: past present, and future
  27. Charles S. McCaw: Orbitals with applications in atomic spectra, 2nd edition
  28. Recent attempts to change the periodic table
  29. Editorial 66
  30. Editorial 65
  31. On Chemical Natural Kinds
  32. Causation, electronic configurations and the periodic table
  33. Editorial 64
  34. The periodic table and the turn to practice
  35. Editorial 63
  36. Examining the periodic table’s quantum connections, by Eric Scerri
  37. Editorial 62
  38. Happy 150th Birthday to the Periodic Table
  39. Editorial 61
  40. Five ideas in chemical education that must die
  41. Looking Backwards and Forwards at the Development of the Periodic Table
  42. Can quantum ideas explain chemistry’s greatest icon?
  43. Minor Contributors Count as Much as Heroic Discoverers
  44. On the nature of chemistry
  45. Editorial 60
  46. Editorial 59
  47. Editorial 58
  48. Editorial 57
  49. Editorial 56
  50. The Gulf between chemistry and philosophy of chemistry, then and now
  51. On the Madelung Rule
  52. Editorial 55
  53. Editorial 54
  54. Editorial 53
  55. Another four bricks in the wall
  56. Editorial 52
  57. Which Elements Belong in Group 3 of the Periodic Table?
  58. Editorial 51
  59. Editorial 50
  60. Editorial 49
  61. periodic table, simultaneous discovery
  62. Introduction
  63. Editorial 48
  64. Editorial 47
  65. Editorial 46
  66. On the Naming and Symbols for Elements 115 and 112
  67. Master of Missing Elements
  68. Un relato sobre Siete Elementos
  69. Editorial 45
  70. Some comments on the views of Niaz, Rodriguez and Brito on Mendeleev’s periodic system
  71. Editorial 44
  72. Cracks in the Periodic Table
  73. Editorial 43
  74. Are you really a realist?
  75. Some Comments Arising from a Recent Proposal Concerning Instrumentalism and Chemical Education
  76. Editorial 42
  77. Erratum to: Editorial 41
  78. A critique of Weisberg’s view on the periodic table and some speculations on the nature of classifications
  79. Editorial 41
  80. Editorial 40
  81. The Periodic Table
  82. Contributors
  83. Top-down causation regarding the chemistry-physics interface: a sceptical view
  84. What is an element? What is the periodic table? And what does quantum mechanics contribute to the question?
  85. Editorial 39
  86. 6. Physics invades the periodic table
  87. 5. The Russian genius – Mendeleev
  88. 4. Steps towards the periodic table
  89. 3. Atomic weight, triads, and Prout
  90. 2. A quick overview of the modern periodic table
  91. 9. Modern alchemy: from missing elements to synthetic elements
  92. 8. Quantum mechanics
  93. 7. Electronic structure
  94. Elementary interest
  95. Editorial 38
  96. Editorial 37
  97. Selected Papers on the Periodic Table
  98. Rebuilding the Periodic Debate — Eric Scerri
  99. Ensayos sobre la Tabla Periódica de los elementos químicos
  100. Editorial 36
  101. Editorial 35
  102. A revisionist history of atomism
  103. Recognizing rhenium
  104. Editorial 34
  105. Explaining the periodic table, and the role of chemical triads
  106. Chemistry goes abstract
  107. Finding francium
  108. Which Elements Belong in Group 3?
  109. Response to “The Role of Triads”
  110. Editorial 33
  111. Selected Papers on the Periodic Table by Eric Scerri
  112. Introduction
  113. Chemistry, Spectroscopy, and the Question of Reduction
  114. The Electronic Configuration Model, Quantum Mechanics and Reduction
  115. The Periodic Table and the Electron
  116. Prediction and the Periodic Table
  117. Mendeleev's Legacy: THE PERIODIC SYSTEM
  118. The Past and Future of the Periodic Table
  119. How Good Is the Quantum Mechanical Explanation of the Periodic System?
  120. LOWDIN'S REMARKS ON THE AUFBAU PRINCIPLE AND A PHILOSOPHER'S VIEW OF AB INITIO QUANTUM CHEMISTRY
  121. The Role of Triads in the Evolution of the Periodic Table: Past and Present
  122. FRONT MATTER
  123. Tales of technetium
  124. The Dual Sense of the Term "Element," Attempts to Derive the Madelung Rule, and the Optimal Form of the Periodic Table, If Any
  125. Editorial 32
  126. Editorial 31
  127. The Madelung Rule appears in all chemistry and physics textbooks
  128. Editorial 30
  129. Editorial 29
  130. Collected Papers on Philosophy of Chemistry
  131. General Introduction to the papers
  132. THE CASE FOR THE PHILOSOPHY OF CHEMISTRY
  133. Has Chemistry Been at Least Approximately Reduced to Quantum Mechanics?
  134. Reduction and Emergence in Chemistry - Two Recent Approches
  135. HAS THE PERIODIC TABLE BEEN SUCCESSFULLY AXTOMATIZED?
  136. THE PERIODIC TABLE: THE ULTIMATE PAPER TOOL IN CHEMISTRY
  137. Realism, Reduction, and the "Intermediate Position"
  138. JUST HOW AB INITIO IS AB INITIO QUANTUM CHEMISTRY?
  139. Constructivism, Relativism, and Chemical Education
  140. NORMATIVE AND DESCRIPTIVE PHILOSOPHY OF SCIENCE AND THE ROLE OF CHEMISTRY
  141. Prediction of the Nature of Hafnium from Chemistry, Bohr's Theory and Quantum Theory
  142. Some Aspects of the Metaphysics of Chemistry and the Nature of the Elements
  143. The Recently Claimed Observation of Atomic Orbitals and Some Related Philosophical Issues
  144. The Role of Triads in the Evolution of the Periodic Table: Past and Present
  145. Editorial 28
  146. Collected Papers on Philosophy of Chemistry
  147. The Past and Future of the Periodic Table
  148. The Past and Future of the Periodic Table
  149. Eric R. Scerri. The Periodic Table: Its Story and Its Significance. Oxford: Oxford University Press, 2007. xxii, 346 pages. ISBN-13: 978-0-19-530573-9
  150. Philosophy of Chemistry, Reduction, Emergence, and Chemical Education
  151. Reduction and Emergence in Chemistry—Two Recent Approaches
  152. Editorial 27
  153. Editorial 26
  154. Editorial 25
  155. The Chemical Element: A Historical Perspective (Greenwood Guides to Great Ideas in Science) (Andrew Ede)
  156. Editorial 24
  157. Editorial 23
  158. On the continuity of reference of the elements: a response to Hendry
  159. Commentary on Allen & Kinght’s Response to the Löwdin Challenge
  160. Editorial 22
  161. Philosophy Of Chemistry
  162. Response to Barnes’s critique of Scerri and Worrall
  163. Editorial 21
  164. Editorial 20
  165. Editorial 19 Special Issue on Philosophical Problems of Chemical Kinds
  166. Principles and Parameters in Physics and Chemistry
  167. Philosophical Confusion in Chemical Education Research: Does Any of This Matter? (the author replies)
  168. Philosophical Confusion in Chemical Education Research: Constructivism and Chemical Education (the author replies)
  169. Editorial 17
  170. Editorial 18
  171. Editorial 16
  172. Just how ab initio is ab initio quantum chemistry?
  173. HAFNIUM
  174. THE PERIODIC TABLE Of The Elements
  175. Constructivism, Relativism, and Chemical Education
  176. Philosophical Confusion in Chemical Education Research
  177. Response to Vollmer’s Review of Minds and Molecules
  178. Lowdin’s Remarks on the Aufbau Principle and a Philosopher’s View of AB Initio Quantum Chemistry
  179. Have Orbitals Really Been Observed?
  180. Prediction and the periodic table
  181. The Recently Claimed Observation of Atomic Orbitals and Some Related Philosophical Issues
  182. THE NEW PHILOSOPHY OF CHEMISTRY AND ITS RELEVANCE TO CHEMICAL EDUCATION
  183. The Periodic Table: The Ultimate Paper Tool in Chemistry
  184. Have Orbitals Really Been Observed?
  185. Second response to Paul Needham
  186. Philosophy of Chemistry—A New Interdisciplinary Field?
  187. The Quantum Mechanical Explanation of the Periodic System (author's reply)
  188. In Defense of Quantum Numbers
  189. How Good Is the Quantum Mechanical Explanation of the Periodic System?
  190. The Evolution of the Periodic System
  191. Interfacing a solar photovoltaic system with the national electricity grid in Malta
  192. Ordinal Explanation of the Periodic System of Chemical Elements
  193. Popper's naturalized approach to the reduction of chemistry
  194. Analysis of wind characteristics in the Maltese Archipelago
  195. Interdisciplinary research at the Beckman institutes
  196. BIBLIOGRAPHY ON PHILOSOPHY OF CHEMISTRY
  197. THE CASE FOR THE PHILOSOPHY OF CHEMISTRY
  198. Editorial Introduction
  199. Demystification at What Cost? (the authors reply)
  200. Why the 4s Orbital Is Occupied before the 3d
  201. Performance and cost evaluation of a stand-alone photovoltaic system in Malta
  202. The exclusion principle, chemistry and hidden variables
  203. Hands-on experience of the setting-up of a stand-alone photovoltaic demonstration project in Malta
  204. Further Aufbau Nonsense
  205. Prediction of the nature of hafnium from chemistry, Bohr's theory and quantum theory
  206. Has Chemistry Been at Least Approximately Reduced to Quantum Mechanics?
  207. Configurational energy and bond polarity
  208. Correspondence and Reduction in Chemistry
  209. The nature of the chemical bond—Once more (3)
  210. The electronic periodic chart of the elements
  211. Aufbau mnemonics
  212. Chemistry, spectroscopy, and the question of reduction
  213. The Electronic Configuration Model, Quantum Mechanics and Reduction
  214. Reductionist physics
  215. Transition metal configurations and limitations of the orbital approximation
  216. Eastern mysticism and the alleged parallels with physics
  217. The Tao of chemistry
  218. Structure of crystalline polymers produced by rapid cooling of their melts: 2. Polyoxymethylene
  219. Introduction
  220. The Nature of Chemical Knowledge and Chemical Education
  221. Normative and Descriptive Philosophy of Science and the Role of Chemistry