Codex @codex  0

By Thierry Lahaye, Pierre Labastie and Renaud Mathevet. American Journal of Physics 80, 497–505 (June 2012); DOI 10.1119/1.3690117.

By Hippolyte Fizeau. Philosophical Magazine, fourth series, volume 2 (1851); English translation of the report presented 29 September 1851. Translator uncredited.

By William Weber Coblentz. Bulletin of the Bureau of Standards 10, 1–78; Scientific Paper 204; published January 1914. Cited apparatus: pp. 15, 19–21.

By Philipp Lenard. Nobel lecture delivered 28 May 1906, following the 1905 prize; inspected English reprint, pp. 105–134. Translator uncredited.

By Johannes Diderik van der Waals. Nobel lecture delivered 12 December 1910; inspected English reprint, pp. 254–265. NTNU hosts this copy.

By Gabriel Lippmann. Nobel lecture delivered 14 December 1908. Inspected two-page English transcription hosted by Holography Forum; translator uncredited.

By John Joseph O'Connor and Edmund Frederick Robertson. MacTutor, University of St Andrews. Last updated October 2003.

By Lord Rayleigh. Royal Institution Proceedings 14, 524–538 (1895). Single-author lecture; modern annotations are separate.

Collected lectures and biographies. Elsevier, Amsterdam, 1967. Individual lectures retain their own authorship; edited biographies do not acquire the web host as an author.

Inspected reprint: World Scientific, 1998, published for the Nobel Foundation; ISBN 981-02-3401-5. This is distinct from the 1967 Elsevier edition.

IAEA handbook; individual chapters and associated teaching slides carry separate credits.

By Pieter Zeeman. Leiden laboratory communication b (No. 33b); original volume 1896–1897. Exact reprint date unverified. This corrected reprint cites 1897–1898 corrections.

Cited passages: §§14, 20, 23–24, printed pp. 10, 16–18: reference scale, polarization reversals, and corrected inference.

By Pieter Zeeman. Leiden laboratory communication a (No. 33a); original volume 1896–1897. Exact reprint date unverified.

Cited passages: §§2–9, printed pp. 4–8: grating, slit, thermal controls, and rotating absorption tube.

By Marie Curie; translated with bibliographical supplements by Walter Kaufmann. Third unchanged German edition, Friedrich Vieweg und Sohn, Braunschweig, 1904; French thesis, 1903.

Cited passage: chapter I(b), measurement of radiation intensity, Figures 1–3. Gutenberg release 2011 and update 2020 are digitization dates.

By Henri Becquerel. Académie des sciences communication, 2 March 1896. Cédric Van Rompay hosts the inspected French transcription.

Cited passages: opaque screens, dark storage, five-hour controlled exposures, and the closing cautious hypothesis.

Institutional historical biography by Technische Universität Berlin; undated.

Cited indexed passage: the 1933 instrument’s improvement over optical resolution. Full webpage fetch unavailable; month and detailed performance values are not adopted.

Institutional instrument introduction by JEOL; undated.

Cited passages: electron-beam operation, imaging signals, and instrument principles.

Institutional instrument introduction by JEOL; undated.

Cited passages: electron-beam operation, imaging signals, and instrument principles.

By Ernst Ruska. Nobel lecture delivered 8 December 1986; reprinted in Reviews of Modern Physics 59, 627–638 (1987), DOI 10.1103/RevModPhys.59.627.

Cited passages: reprint §§C–E, pp. 628–631, Figures 1–5; inspected transcription and Nobel-indexed excerpt.

By Jean E. Sansonetti and William C. Martin. NIST Standard Reference Database 108; data last updated November 2013.

By Sandip Pakvasa. arXiv:1805.09412v3; first submitted 23 May 2018, revised 4 June 2018.

Cited passages: pp. 1–4, original orbital interpretation, later spin interpretation, and free-electron qualification.