Javascript must be enabled to continue!
Vladimir Beekman, Aatomik ja fosforiidisõda / Vladimir Beekman, Atom-Boy, and the Phosphorite War
View through CrossRef
Kirjanik Vladimir Beekman kirjutas Nõukogude Eesti lastele kaheosalise raamatu nimega „Aatomik“ (1959) ning „Aatomik ja Küberneetiline Karu“ (1968), kus uraanituuma lõhustumisel tekkinud energiale on antud inimeselaadne kuju. Piiritu jõuga peategelane osaleb looduse ümberkujundamisplaanides, millel on suur keskkonnamõju. Raamatud järgivad Nõukogude Liidu tuumaenergeetika arendusplaane, nii nn rahuaatomi kui ka külma sõja jutupunkte. Artiklis on võrreldud raamatuis kujutatud tegevusi tõelisuses aset leidnud sündmustega, uuritud kirjutamiskonteksti ning teema levikut lastekirjanduses. Fosforiidikaevandamise ohu algusaegadel ilmus Beekmanil aga keskkonnakatastroofi eest hoiatav romaan „Eesli aasta“ (1979).
Summary
In Soviet Estonia, Vladimir Beekman (1929–2009), a writer with a degree in engineering, wrote a two-story sequence for children: Aatomik (‘The Atom-Boy’, 1959) and its sequel Aatomik ja Küberneetiline Karu (‘The Atom-Boy and the Cybernetic Bear’, 1968), in which the energy generated by the fission of uranium nuclei was given a human form. The publishing of the books was followed by puppet-animation films. The protagonist, a boy with immense power, is involved in several plans of transforming the natural world, projects that had or would have had major environmental impact and caused catastrophes. The stories follow the Soviet Union’s nuclear development plans, both the narratives introducing the “Atoms for Peace” policy and the Cold War propaganda. The article juxtaposes the adventures of the Atom-Boy with the nuclear tests and the achievements of the nuclear industry in the Soviet Union.
Beekman began his literary career as a poet, eagerly reflecting the ideals of Soviet society, including the Cold War propaganda and the nuclear arsenal development. He had a background that suited the regime, having spent part of his boyhood in a Soviet orphanage and making his literary debut in the Stalinist period. He graduated from the Tallinn Polytechnic Institute as a chemical engineer, but made his career as a literary administrator, serving as a long-standing secretary and chairman of the Writers’ Union. He left behind a valuable legacy as a translator of Western children’s literature into Estonian (Selma Lagerlöf, Astrid Lindgren, Tove Jansson, Annie M. G. Schmidt, etc).
Beekman’s stories of the Atom-Boy fit into the tradition of writing about nuclear energy for children. Both Soviet and Western literatures provide examples of this genre in children’s and young adult literature. Such books might belong to the genre of popular science for kids (The Walt Disney Story of Our Friend the Atom), face the fears or casualties of the nuclear accidents in power plants (Joe Holliday’ s young adult book series in the 1950s, Leonid Daien’s Chornobyl – the Bitter Grass), or advocate and justify this energy source. Beekman’s stories belong to the last category: the experiments of the Atom-Boy finally all end well, without doing irreversible damage to the environment. He even melts the ice of the Arctic Ocean with the help of nuclear power.
As nuclear testing and the related problems and accidents were classified in the Soviet Union, it remains unclear whether Beekman's tales of the Atom-Boy belong to the realm of popular science or science fiction for kids. They are usually given the label of ‘the fairy-tale of the Century of Technology’. The stories follow the Soviet Union’s propaganda points on nuclear power, but also on nuclear arms race.
In 1979 Beekman published the novel Eesli aasta (‘The year of the donkey’), which warned of environmental disaster during the early days of the phosphate mining plans. The Writer’s Union played a role in the campaign against phosphate mining, known as the Phosphorite War.
Title: Vladimir Beekman, Aatomik ja fosforiidisõda / Vladimir Beekman, Atom-Boy, and the Phosphorite War
Description:
Kirjanik Vladimir Beekman kirjutas Nõukogude Eesti lastele kaheosalise raamatu nimega „Aatomik“ (1959) ning „Aatomik ja Küberneetiline Karu“ (1968), kus uraanituuma lõhustumisel tekkinud energiale on antud inimeselaadne kuju.
Piiritu jõuga peategelane osaleb looduse ümberkujundamisplaanides, millel on suur keskkonnamõju.
Raamatud järgivad Nõukogude Liidu tuumaenergeetika arendusplaane, nii nn rahuaatomi kui ka külma sõja jutupunkte.
Artiklis on võrreldud raamatuis kujutatud tegevusi tõelisuses aset leidnud sündmustega, uuritud kirjutamiskonteksti ning teema levikut lastekirjanduses.
Fosforiidikaevandamise ohu algusaegadel ilmus Beekmanil aga keskkonnakatastroofi eest hoiatav romaan „Eesli aasta“ (1979).
Summary
In Soviet Estonia, Vladimir Beekman (1929–2009), a writer with a degree in engineering, wrote a two-story sequence for children: Aatomik (‘The Atom-Boy’, 1959) and its sequel Aatomik ja Küberneetiline Karu (‘The Atom-Boy and the Cybernetic Bear’, 1968), in which the energy generated by the fission of uranium nuclei was given a human form.
The publishing of the books was followed by puppet-animation films.
The protagonist, a boy with immense power, is involved in several plans of transforming the natural world, projects that had or would have had major environmental impact and caused catastrophes.
The stories follow the Soviet Union’s nuclear development plans, both the narratives introducing the “Atoms for Peace” policy and the Cold War propaganda.
The article juxtaposes the adventures of the Atom-Boy with the nuclear tests and the achievements of the nuclear industry in the Soviet Union.
Beekman began his literary career as a poet, eagerly reflecting the ideals of Soviet society, including the Cold War propaganda and the nuclear arsenal development.
He had a background that suited the regime, having spent part of his boyhood in a Soviet orphanage and making his literary debut in the Stalinist period.
He graduated from the Tallinn Polytechnic Institute as a chemical engineer, but made his career as a literary administrator, serving as a long-standing secretary and chairman of the Writers’ Union.
He left behind a valuable legacy as a translator of Western children’s literature into Estonian (Selma Lagerlöf, Astrid Lindgren, Tove Jansson, Annie M.
G.
Schmidt, etc).
Beekman’s stories of the Atom-Boy fit into the tradition of writing about nuclear energy for children.
Both Soviet and Western literatures provide examples of this genre in children’s and young adult literature.
Such books might belong to the genre of popular science for kids (The Walt Disney Story of Our Friend the Atom), face the fears or casualties of the nuclear accidents in power plants (Joe Holliday’ s young adult book series in the 1950s, Leonid Daien’s Chornobyl – the Bitter Grass), or advocate and justify this energy source.
Beekman’s stories belong to the last category: the experiments of the Atom-Boy finally all end well, without doing irreversible damage to the environment.
He even melts the ice of the Arctic Ocean with the help of nuclear power.
As nuclear testing and the related problems and accidents were classified in the Soviet Union, it remains unclear whether Beekman's tales of the Atom-Boy belong to the realm of popular science or science fiction for kids.
They are usually given the label of ‘the fairy-tale of the Century of Technology’.
The stories follow the Soviet Union’s propaganda points on nuclear power, but also on nuclear arms race.
In 1979 Beekman published the novel Eesli aasta (‘The year of the donkey’), which warned of environmental disaster during the early days of the phosphate mining plans.
The Writer’s Union played a role in the campaign against phosphate mining, known as the Phosphorite War.
.
Related Results
Study on the material source and enrichment mechanism of REE-rich phosphorite in Zhijin, Guizhou
Study on the material source and enrichment mechanism of REE-rich phosphorite in Zhijin, Guizhou
AbstractRare earth element (REE)-rich phosphorite in the Guizhou region mainly exists in the Doushantuo Formation and Gezhongwu Formation in early Cambrian strata, which are some o...
First-principles study of stability and electronic structure of N2H4 adsorption on NiFe(111) alloy surface
First-principles study of stability and electronic structure of N2H4 adsorption on NiFe(111) alloy surface
We use the density functional theory (DFT) with dispersion correction to investigate the stability and electronic structure of hydrazine (N2H4) adsorpted on Ni8Fe8/Ni (111) alloy s...
Animals and Mineralization of Phosphorus: Ore‐Forming Mechanism of Insular Phosphorites1
Animals and Mineralization of Phosphorus: Ore‐Forming Mechanism of Insular Phosphorites1
AbstractPhosphorite, or guano, or insular phosphorite, commonly containing 10‐35% P2O5, is one of the sources of phosphatic fertilizer. Taking the modern insular phosphorite on the...
The AABBA Graph Kernel: Atom–Atom, Bond–Bond, and Bond–Atom Autocorrelations for Machine Learning
The AABBA Graph Kernel: Atom–Atom, Bond–Bond, and Bond–Atom Autocorrelations for Machine Learning
Graphs are one of the most natural and powerful representations available for molecules; natural because they have an intuitive correspondence to skeletal formulas, the language us...
Bloch-state treatment of an atom in a standing-wave cavity
Bloch-state treatment of an atom in a standing-wave cavity
We use a basis of Bloch wave functions to solve the problem of spontaneous emission from an atom inside a standing-wave cavity. In this way we incorporate the effects of the atom’s...
KAJIAN ATOM DALAM PENCIPTAAN BERPASANGAN
KAJIAN ATOM DALAM PENCIPTAAN BERPASANGAN
Tujuan penelitian ini adalah untuk mengetahui berpasang-pasangan dalam perspektif Al-Quran, mengetahui pandangan sains modern tentang penciptaan yang berpasang-pasangan, mengetahui...
AABBA: Atom–Atom Bond–Bond Bond–Atom Graph Kernel for Machine Learning on Molecules and Materials
AABBA: Atom–Atom Bond–Bond Bond–Atom Graph Kernel for Machine Learning on Molecules and Materials
Graphs are one of the most natural and powerful representations available for molecules; natural because they have an intuitive correspondence to skeletal formulas, the language us...
The Second Protonation in the Bio-Catalytic Cycles of the Enzymes Cytochrome P450 and Superoxide Reductase
The Second Protonation in the Bio-Catalytic Cycles of the Enzymes Cytochrome P450 and Superoxide Reductase
The enzymes Cytochrome P450 and Superoxide Reductase, which have a similar coordination center [FeN4S], begin their biochemical cycles similarly. They absorb an oxygen molecule, ad...


