Wyniki wyszukiwania - Biblioteka Nauki

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ČO MAJÚ TERMONUKLEÁRNE BOMBY SPOLOČNÉ S INTERKULTÚRNOU HEMENEUTIKOU ALEBO O PREVAHE DICKENSA NAD HEIDEGGEROM

100%

Małecki W.

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tom 67

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nr 6

450 – 459

EN

The paper discusses Richard Rorty’s views on intercultural hermeneutics as presented in his essay “Heidegger, Kundera, and Dickens” and in his correspondence with the Indian philosopher Anindita Niyogi Balslev. The focus is primarily on Rorty’s presumption that instead of providing an “authentic” picture of another culture, the goal of intercultural studies or hermeneutics should be to look if there is anything “of use” in a given culture what is not offered by ours.

2

What do thermonuclear bombs have to do with intercultural hermeneutics? (Or on the superiority of Dickens over Heidegger)

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Małecki W.

Human Affairs

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2011

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tom 21

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nr 4

393-402

EN

In this paper, I discuss Richard Rorty’s views on intercultural hermeneutics as presented in his essay “Heidegger, Kundera, and Dickens” and in his correspondence with the Indian philosopher Anindita Niyogi Balslev. In doing so, I focus primarily on Rorty’s presumption that instead of providing an “authentic” picture of another culture, the goal of intercultural studies or hermeneutics should be to look if there is anything “of use” that a given culture offers and that is not offered by ours.

3

Richard Shusterman vs. uniwersalizm hermeneutyczny

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Małecki W.

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2006

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nr 12

EN

Wojciech Małecki Richard Shusterman vs. Hermeneutic Universalism. Inspired by Nietzsche's claim on the superiority of interpretation, the paper explores Shusterman's account of hermeneutic universalism and in a critical manner explores Shusterman's views advocating functional distinction between understanding and interpretation. The polemics revolves around Stanley Fish's theory which, as the Author suggests, Shusterman seems to be at least in a partial agreement with, since (somehow contrary to some of his own views) remains established by the common ground of both Fish's and Shusterman's anti-fundationalist perspective.

PL

Wojciech Małecki Richard Shusterman vs. Hermeneutic Universalism. Inspired by Nietzsche's claim on the superiority of interpretation, the paper explores Shusterman's account of hermeneutic universalism and in a critical manner explores Shusterman's views advocating functional distinction between understanding and interpretation. The polemics revolves around Stanley Fish's theory which, as the Author suggests, Shusterman seems to be at least in a partial agreement with, since (somehow contrary to some of his own views) remains established by the common ground of both Fish's and Shusterman's anti-fundationalist perspective.

4

Neopragmatism and the Question of Interdisciplinarity: The Case of Stanley Fish

100%

Małecki W.

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nr 1

96-104

EN

The aim of the paper is to criticize Stanley Fish's views on interdisciplinarity (particularly as far as his account of interdisciplinarity in literary studies is concerned). The first part of the article consists of: (a) a summary of his critique of the so-called religion of interdisciplinarity; (b) a description of Fish's theory of disciplinarity that underlies this critique. In the second part of the article, I provide a criticism of Fish's theory. I begin by presenting some counterexamples to it. Then I attempt to demonstrate that Fish's views are self-refuting. Finally, I argue that besides these theoretical reasons, there is also a practical reason why Fish's position needs to be questioned.

5

Natural gamma radiation at the sea level around the Antarctic continent recorded south of the 62° parallel

26%

Długosz-Lisiecka M. , Krystek M. , Koper M. , Grala T. , Leniec-Koper H. , Barasiński M. , Talar M. , Kamiński I. , Kibart R. , Małecki W. , Kukliński P.

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2021

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nr 20

7-12

PL

W pracy przedstawiono wyniki dozymetrycznych pomiarów promieniowania, przeprowadzonych przez załogę jachtu Katharsis II, w trakcie 72-dniowego rejsu wokół Antarktydy. Podczas rejsu trwającego od stycznia do marca 2018 roku, za pomocą przenośnego radiometru Gamma Scout Online rejestrowano dawki promieniowania na poziomie morza w odstępach 10-minutowych. Po wstępnej analizie statystycznej uzyskano dane w postaci 2 200 rekordów, które wykorzystano do wnioskowania o rozkładzie promieniowania w rejonie Antarktyki. Średnia zmierzona moc dawki promieniowania wyniosła 0,091 μSvh-1 i wahała się od 0,052 do 0,193 μSvh-1. Wyniki te są powyżej średniej globalnej mocy dawki promieniowania na poziomie morza (0,031 μSvh-1) i często wyższe niż te zarejestrowane bezpośrednio na Antarktydzie. Jednak, generalnie zarejestrowane przez nas dawki promieniowania mieszczą się w dobrze rozpoznanym równoleżnikowym trendzie, w którym promieniowanie jest wyższe w kierunku biegunów. Związane jest to z cieńszą warstwą troposfery w rejonach biegunowych w porównaniu z niższymi, równikowymi szerokościami geograficznymi. Ogólnie pochodzenie tego promieniowania jest naturalne i związane z silniejszą penetracją troposfery przez promieniowanie kosmiczne oraz obecnością promieniowania wtórnego indukowanego w atmosferze. Obecność radionuklidów naziemnych w środowisku Antarktyki ma lokalny, wtórny wpływ na mierzone wartości promieniowania. Teoretycznie obliczony roczny ekwiwalent dawki dla ludzi, w różnych miejscach Antarktydy, może przekraczać limit 1 mSv, natomiast nasze wyniki (0,772 mSv rocznie) tego nie potwierdzają.

EN

This study presents the results of dosimetry radiation measurement performed in the Antarctic region at the surface of the sea which was conducted between January and March 2018. Over 2 200 records were collected using a portable Gamma Scout Online radiometer during a 72-day voyage circumnavigating the continent of Antarctica. The mean average of the measured radiation dose rate was 0.091 μSvh-1 and varied from 0.052 to 0.193 μSvh-1. These result are above global average dose rate of radiation at sea level (0.031 μSvh-1) and often higher than those recorded on the Antarctic continent. Yet generally our records fall within well recognized latitudinal trend of radiation being higher toward poles. This is results of troposphere begins at lower altitude in Antarctic in comparison to lower latitudes. The origin of this radiation is natural and results from the presence of higher cosmic rays and secondary radiation induced in the atmosphere. The presence of terrestrial radionuclides in the Antarctic environment has a local, secondary influence on the measured values of radiation. The theoretical calculated annual dose equivalent for humans present in Antarctica could often exceed the limit of 1 mSv as recorded for other Antarctic locations yet our results (0.772 mSv per year) do not confirm that.