Svante August Arrhenius (19 February 1859 to 2 October 1927) was a Swedish scientist.
Facts
Birth YearSourced to the subject's own account Birth DateSourced to the subject's own account Death DateSourced to the subject's own account Death YearSourced to the subject's own account BirthplaceBalingsta parish, Sweden 1 Field
Field (category) Field (category) Field (category) Connections
Member Of
Source Svante Arrhenius (Wikipedia)
Source Svante Arrhenius (Wikipedia)
Proposed
Additional Source Panspermia (Wikipedia)Radiopanspermia section (edge: proposed-by, Arrhenius)
Works In
Source Svante Arrhenius (Wikipedia)
Source Svante Arrhenius (Wikipedia)
In the Other Atlases
Nationality
Also in Geography Atlas: the nationality of this subject.
Source Svante Arrhenius (Wikidata)
Sources
1. Svante Arrhenius (Wikidata)
P27 (country of citizenship): Sweden
Q34
P20 (place of death): Stockholm, Sweden
Q1754
P19 (place of birth): Wik Castle, Sweden
Q1543476
P19 (place of birth): Balingsta parish, Sweden
Q10425277
View the Source2. Svante Arrhenius (Wikipedia)
WikipediaLead section (entity-description)
Svante August Arrhenius (19 February 1859-2 October 1927) was a Swedish scientist.
Infobox (birth-date)
Born: 1859-02-19
Infobox (birth-year)
Born: 1859-02-19
Infobox (death-date)
Died: 1927-10-02
Infobox (death-year)
Died: 1927-10-02
Works In: Physics, Infobox, fields
Infobox fields: Physics; Chemistry
Works In: Chemistry, Infobox, fields
Infobox fields: Physics; Chemistry
Member Of: Royal Society, Article text
He became a Foreign Member of the Royal Society (ForMemRS) in 1910. He was elected an
Member Of: National Academy of Sciences, Article text
He was elected an International Member of the United States National Academy of Sciences in 1908. He was elected an Honorary Me
View the Source Panspermia (Wikipedia)
WikipediaProposed: Panspermia, Radiopanspermia section (edge: proposed-by, Arrhenius)Quote, Proposed: Panspermia, Radiopanspermia section (edge: proposed-by, Arrhenius)
In 1903, Svante Arrhenius proposed radiopanspermia, the theory that singular microscopic forms of life can be propagated in space, driven by the radiation pressure from stars.
View the Source Reader Challenges (0)
No disputes yet. Spotted an error or a better source? Open the first one.
Sign in to dispute this or suggest a correction.