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Joseph John Thomson Physics Timeline

This static page gathers the Physics records in the database for Joseph John Thomson.

9 records1856–1913

Joseph John Thomson in the Physics archive

This static timeline brings together 9 physics records for Joseph John Thomson, spanning 1856–1913. The records connect the physicist with events including Birth of Joseph John Thomson, Cathode-Ray Charge-to-Mass Ratio, Cathode-Ray Corpuscles, Discovery of Electrons, Electron Atomic Model, Nobel Prize for Gas Conduction.

Locations and countries represented in this timeline include Great Britain. Use the chronological table below to follow the sequence of research, discoveries, appointments and related events.

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Physics records

DatePersonEventPlaceDescription
1856Joseph John ThomsonBirth of Joseph John ThomsonGreat BritainBirth of Joseph John Thomson
1897Joseph John Thomson
Physicist
Cathode-Ray Charge-to-Mass RatioCambridge, Great BritainMeasures the charge-to-mass ratio of cathode-ray particles and shows they are far lighter than atoms.
1897Joseph John Thomson
Physicist
Cathode-Ray CorpusclesCambridge, Great BritainArgues that cathode rays consist of universal negatively charged corpuscles, later called electrons.
1897Joseph John ThomsonDiscovery of ElectronsGreat BritainDiscovers the electron
1904Joseph John Thomson
Physicist
Electron Atomic ModelCambridge, Great BritainProposes an atomic model containing negatively charged electrons embedded within diffuse positive charge.
December 1906Joseph John Thomson
Physicist
Nobel Prize for Gas ConductionStockholm, Great BritainReceives the Nobel Prize in Physics for investigations of electrical conduction through gases.
1906Joseph John Thomson
Physicist
Nobel PrizeStockholm, Great BritainReceives the Nobel Prize in Physics for theoretical and experimental investigations of electrical conduction through gases, work closely associated with the identification of the electron.
1913Joseph John Thomson
Physicist
Neon IsotopesCambridge, Great BritainFinds evidence that neon atoms occur with different masses.
1913Joseph John Thomson
Physicist
Positive-Ray Mass AnalysisCambridge, Great BritainUses positive rays to reveal the element's isotopic composition.

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