Seeing the unseen: The Chernobyl imprint on the Hungarian public sphere

Date01 November 2019
Published date01 November 2019
DOIhttp://doi.org/10.1002/pa.1931
AuthorMariann Fekete,Gabor Sarlos
ACADEMIC PAPER
Seeing the unseen: The Chernobyl imprint on the Hungarian
public sphere
Gabor Sarlos
1
|Mariann Fekete
2
1
Discipline Lead Professional
Communications, School of Communication
and Design, RMIT University, Ho Chi Minh
City, Vietnam
2
Department of Sociology, University of
Szeged, Szeged, Hungary
Correspondence
Gabor Sarlos, Discipline Lead Professional
Communications, School of Communication
and Design, RMIT University, 702 Nguyen Van
Linh Blvd., District 7, 7000 Ho Chi Minh City,
Vietnam.
Email: gabor.sarlos@gmail.com
This research article analyzes the influence of the Chernobyl factoron the nuclear
power discourse in Hungary. Despite its temporal distance, the geographical proxim-
ity of the Chernobyl disaster has significantly influenced the lives and perceptions of
current Hungarian generations. The research examines two layers of public communi-
cation regarding the Chernobyl disasterpolitical discourse and Hungarian online
news mediaand matches these with the online representation of the catastrophe.
This study finds that despite Chernobyl's significant impact on the cultural memory
of Hungarian society, it is considered an event of the past with limited relevance
for the future. The contemporary representation of Chernobyl reflects the aspirations
and expectations of current society, manifests highly mediatized content, nurtures
elements of infotainment, symbolizes danger and negligence, and socially
reconstructs meaning through alienation from its original connotation. The Chernobyl
factor does not appear significantly in current nuclear discourse in Hungary.
1|INTRODUCTION
Hungary is pursuing an ambitious nuclear development program, with
plans to double its nuclear power capabilities within a decade (World
Nuclear Industry Status Report, 2016). With a valid parliamentary
decision and the firm commitment of the government, the preparation
of the expansion program is underway. Defying a wide range of
criticism and opposition, the project is envisaged to be concluded
between 2024 and 2025.
This research investigates the extent to which the representation
of the Chernobyl disaster connects to any discourse regarding the
nuclear capacity expansion plans in Hungary. This study analyzes
whether the Chernobyl catastrophe, the largest nuclear accident to
date,
1
has any influence on public thinking todaysome 32 years later.
Does the mental radiationof the accident have an impact on the per-
ception of nuclear issues, and potentially, on shaping nuclear policies?
Are political and public discussions influenced by the Chernobyl
disaster and its presence in the collective memory of Hungarians?
This study hypothesizes that the Chernobyl disaster is no longer
significantly present in Hungarian public discourse on nuclear energy
and has no impact on the perception of nuclear energy. The contem-
porary online representation of the Chernobyl accident is analyzed
to verify this hypothesis. In the wider context, this research contrib-
utes to our understanding of how perceptions of technologically
complex issues impact the public consciousness. Moreover, it can fur-
ther extend the discourse on how experiences of the past shape the
thinking about the future in the field of technology and industrial
development.
1.1 |Background
Nuclear energy is essential to Hungary's energy production, with over
50% of the country's electric power generated by the Paks nuclear
power plant (World Nuclear Industry Status Report, 2016). The four
reactors of the Paks plant provide Hungary with a concentrated
nuclear power capacity. Based on the recent lifetime extension of its
reactors, the Paks plant would face closure in the mid2030s. How-
ever, the government has announced plans to maintain and even
increase the plant's nuclear capacity by building two new onsite
1
Together with the Fukushima accident in 2011, Chernobyl is the only nuclear incident that
has been classified as a major accident according to the International Nuclear and Radiological
Event Scale of the International Atomic Energy Agency.
Received: 14 January 2019 Accepted: 23 February 2019
DOI: 10.1002/pa.1931
J PublicAffairs. 2019;19:e1931.
https://doi.org/10.1002/pa.1931
© 2019 John Wiley & Sons, Ltd.
wileyonlinelibrary.com/journal/pa 1 of14

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