Public and student awareness science: recreational science as a catalyst

When discussing the traditional and new missions of higher education (1996 Report to UNESCO of the International Commission on Education for the 21st Century) Jacques Delors stated that "Excessive attraction to social sciences has broken equilibrium of available graduates for workforce, thus causing doubts of graduates and employers on the quality of knowledge provided by higher education". Likewise, when discussing the progress of science and technology, the 1998 UNESCO World Conference on Higher Education concluded that "Another challenge concerts the latest advancements of Science, the sine qua non of sustainable development"; and that “with Information Technology, the unavoidable invasion of virtual reality has increased the distance between industrial and developing countries". Recreational Science has a long tradition all over the Educational World; it aims to show the basic aspects of Science, aims to entertain, and aims to induce thinking. Until a few years ago, this field of knowledge consisted of a few books, a few kits and other classical (yet innovative) ways to popularize the knowledge of Nature and the laws governing it. In Spain, the interest for recreational science has increased in the last years. First, new recreational books are being published and found in bookstores. Second the number of Science-related museums and exhibits is increasing. And third, new television shows are produced and new short science-based, superficial sketches are found in variety programs. However, actual programs in Spanish television dealing seriously with Science are scarce. Recreational Science, especially that related to physical phenomena like light or motion, is generally found at Science Museums because special equipment is required. On the contrary, Science related mathematics, quizzes and puzzles use to gather into books, e.g. the extensive collections by Martin Gardner. However, lately Science podcasts have entered the field of science communication. Not only traditional science journals and television channels are providing audio and video podcasts, but new websites deal exclusively with science podcasts, in particular on Recreational Science. In this communication we discuss the above mentioned trends and show our experience in the last two years in participating at Science Fairs and university-sponsored events to attract students to science and technology careers. We show a combination of real examples (e.g., mathemagic), imagination, use of information technology, and use of social networks. We present as well an experience on designing a computational, interactive tool to promote chemistry among high school, prospective students using computers ("Dancing with Bionanomolecules"). Like the concepts related to Web 2.0, it has been already proposed that a new framework for communication of science is emerging, i.e., Science Communication 2.0, where people and institutions develop new innovative ways to explain science topics to diverse publics – and where Recreational Science is likely to play a leading role

Incongruence between test statistics and P values in medical papers

Given an observed test statistic and its degrees of freedom, one may compute the observed P value with most statistical packages. It is unknown to what extent test statistics and P values are congruent in published medical papers. Methods: We checked the congruence of statistical results reported in all the papers of volumes 409–412 of Nature (2001) and a random sample of 63 results from volumes 322–323 of BMJ (2001). We also tested whether the frequencies of the last digit of a sample of 610 test statistics deviated from a uniform distribution (i.e., equally probable digits).Results: 11.6% (21 of 181) and 11.1% (7 of 63) of the statistical results published in Nature and BMJ respectively during 2001 were incongruent, probably mostly due to rounding, transcription, or type-setting errors. At least one such error appeared in 38% and 25% of the papers of Nature and BMJ, respectively. In 12% of the cases, the significance level might change one or more orders of magnitude. The frequencies of the last digit of statistics deviated from the uniform distribution and suggested digit preference in rounding and reporting.Conclusions: this incongruence of test statistics and P values is another example that statistical practice is generally poor, even in the most renowned scientific journals, and that quality of papers should be more controlled and valued

La Crisis ambiental como proceso. Un análisis reflexivo sobre su emergencia, desarrollo y profundización desde la perspectiva de la teoría crítica

La investigación se focaliza en el análisis de la crisis ambiental considerada como un fenómeno complejo de evolución incierta producto de un proceso socio histórico, cuyos orígenes se remontan a los albores del proyecto moderno y deben rastrearse en un cúmulo de circunstancias que expresan las contradicciones de un modelo socioeconómico identificado con el crecimiento sostenido de la producción y las magnitudes económicas. Partiendo de esta base, se propone abordar la relación entre saber sociológico y crisis ambiental, a partir de las contribuciones de la teoría crítica a la compresión de las causas profundas de la crisis ambiental y de sus elementos constitutivos. Para lo cual se propone profundizar en algunas categorías desarrolladas por la corriente social crítica, las cuales si bien no se refieren en forma directa a la problemática ambiental, se vislumbran como campos fértiles para comprender los procesos sociales generadores de la crisis ambiental así como las alternativas que han de adoptarse para su resolución, teniendo en cuenta los mecanismos que ejerce el sistema para neutralizar los cambios que implica la conformación de una racionalidad alternativa. Acorde con ello, la primera parte del trabajo se centra en el abordaje de la relación sociedad naturaleza en el marco de tres grandes procesos sociales identificados como cosmológico, teocéntrico y antropocéntrico, haciendo especial hincapié en la correlación que en cada una de las etapas consideradas se establece entre racionalidad dominante, producción de conocimiento y conceptualización de naturaleza. El segundo capítulo profundiza en los efectos de la racionalidad instrumental sobre la ruptura del proyecto moderno y su incidencia sobre la emergencia de la crisis ambiental, a partir de la posición adoptada por Heidegger y por los referentes de la Escuela de Frankfurt. Posteriormente el análisis se estructura en torno a las dimensiones críticas de la modernidad avanzada, considerada como contexto situacional de desarrollo y profundización de la crisis ambiental, teniendo en cuenta los aportes teóricos desarrollados por Zygmunt Bauman e Immanuel Wallerstein. Al finalizar se presentan las conclusiones generales de la tesis y las posibles líneas de investigación que se abren a partir del trabajo desarrollado.