Svante Arrhenius

GPTKB entity

Statements (60)
Predicate Object
gptkbp:instanceOf gptkb:person
gptkb:physicist
chemist
gptkbp:almaMater gptkb:Stockholm_University
gptkb:Uppsala_University
gptkbp:author gptkb:Chemistry_in_Modern_Life
gptkb:Immunochemistry
gptkb:Theories_of_Solutions
gptkb:Worlds_in_the_Making
gptkbp:award gptkb:Davy_Medal
gptkb:Faraday_Medal
gptkb:Willard_Gibbs_Award
gptkbp:birthDate 1859-02-19
gptkbp:birthPlace gptkb:Uppsala,_Sweden
gptkbp:children gptkb:Olof_Arrhenius
gptkbp:contributedTo climate science
physical chemistry
immunochemistry
gptkbp:deathDate 1927-10-02
gptkbp:deathPlace gptkb:Stockholm,_Sweden
gptkbp:discoveredBy gptkb:Arrhenius_acid-base_theory
gptkb:Arrhenius_equation
electrolytic dissociation
gptkbp:doctoralAdvisor gptkb:Erik_Edlund
gptkbp:field physical chemistry
physics
https://www.w3.org/2000/01/rdf-schema#label Svante Arrhenius
gptkbp:influenced gptkb:Jacobus_Henricus_van_'t_Hoff
gptkb:Walther_Nernst
gptkb:Svante_August_Arrhenius
gptkbp:influencedBy gptkb:Wilhelm_Ostwald
gptkb:J._Willard_Gibbs
gptkbp:knownFor gptkb:Arrhenius_equation
gptkb:theory_of_electrolytic_dissociation
early studies of greenhouse effect
gptkbp:memberOf gptkb:Royal_Society
gptkb:Royal_Swedish_Academy_of_Sciences
gptkbp:nationality Swedish
gptkbp:NobelPrizeYear gptkb:Nobel_Prize_in_Physics
1903
recognition of the extraordinary services he has rendered to the advancement of chemistry by his electrolytic theory of dissociation
gptkbp:notableStudent gptkb:Olof_Arrhenius
gptkb:Theodor_Svedberg
gptkbp:religion atheism
gptkbp:residence gptkb:Stockholm,_Sweden
gptkb:Uppsala,_Sweden
gptkbp:restingPlace gptkb:Stockholm,_Sweden
gptkbp:signature Svante_Arrhenius_signature.svg
gptkbp:spouse gptkb:Maria_Johansson
gptkb:Sofia_Rudbeck
gptkbp:bfsParent gptkb:Jacobus_Henricus_van_'t_Hoff
gptkb:Royal_Swedish_Academy_of_Sciences
gptkb:Uppsala_University
gptkb:Wilhelm_Ostwald
gptkb:University_of_Stockholm
gptkb:University_of_Uppsala
gptkb:Oskar_Klein
gptkb:Nobelpreis_für_Chemie
gptkb:Physikalische_Chemie
gptkbp:bfsLayer 5