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  1. Lajos Jánossy (2 March 1912, Budapest – 2 March 1978, Budapest) was a Hungarian physicist, astrophysicist and mathematician and a member of the Hungarian Academy of Sciences. His primary research fields were astrophysics , nuclear physics , quantum mechanics , mathematical physics , and statistics , as well as electrodynamics and ...

  2. 1 de fev. de 2013 · It was at about that time that a research student of Kolhörster, Lajos Jánossy, who happened to be borne in the discovery year of 1912, started his research in cosmic ray physics. Later he did important research in London, Manchester and Dublin, and wrote one of the first comprehensive monographs on cosmic rays.

  3. Jánossy Lajos (fizikus) – Wikipédia. Jánossy Lajos ( Budapest, 1912. március 2. – Budapest, 1978. március 2.) Kossuth-díjas fizikus, asztrofizikus, matematikus, a Magyar Tudományos Akadémia tagja (rendes 1950).

  4. 20 de fev. de 2019 · This chapter includes a brief biography of Lajos Jánossy (1912–1978) presented by Sándor Varró (Sect. 18.1) and his translation into English from Hungarian of Jánossys group paper of 1954 year “Coincidences of photons traveling in coherent beams of light” (Sect. 18.2).

    • Sándor Varró
    • varro.sandor@wigner.mta.hu
    • 2019
  5. 2 de mar. de 2023 · On 2 March, the Joint Institute for Nuclear Research remembers one of its founders, the prominent Hungarian physicist Lajos Jánossy (1912–1978), an academician of the Hungarian Academy of Sciences, who was a member of the Scientific Council of the Institute during the development of JINR.

  6. Lajos Jánossys Reformulation of Relativity Theory 261 duced by Jánossy we reinterpret Einstein’s “definition of time” in his classical study of 1905 presenting special relativity: what for Einstein is the “definition of time” that in Jánossy is only a construction of a system of temporal measures.

  7. László Székely. Abstract. The late Hungarian physicist Lajos Jánossy is respected in international physics first of all for his results achieved in the field of cosmic radiations, but his work in the alternative, Lorentzian tradition of relativity theory is also of historical importance.