‘Politics’ and Academic Feminist Theorising: Reflections on Women's Studies in Asia

When invited by the organisers of the Asia-Pacific Non-governmental Organisation (NGO) Beijing+10 Forum to make a brief presentation on the question of academic feminists and the de-politicisation of feminist theorising, I asked myself: What politics? What feminist theorising? Then I remembered how close the links were between the history of feminism in academe—particularly in the form of Women's Studies—and the women's movement.2 Vina Mazumdar, ‘Whose Past, Whose History, Whose Tradition? Indigenising Women's Studies in India’, paper prepared for the International Conference on Women's Studies in Asia, Seoul, 18–21 October 2000 published in Asian Journal of Women's Studies, vol. 7, no. 1, 2001, pp. 133–53; Carol Sobritchea, ‘Imaging the Future of Asian Women's Studies and Feminist Scholarship’, paper prepared for the International Conference on Women's Studies in Asia, Seoul, 18–21 October 2000; and Tita Marlita and E. Kristi Poerwandari, ‘Indonesian Women's Movement throughout History: 1928–1965’, paper prepared for the International Conference on Women's Studies in Asia, Seoul, 18–21 October 2000, are recent narratives of the development of Women's Studies and its ties to the women's movement in India, the Philippines, and Indonesia, respectively. View all notes Ah, that politics!     

Development and evaluation of a standard method for the quantitative determination of elements in float glass samples by LA-ICP-MS

Forensic analysis of glass samples was performed in different laboratories within the NITE-CRIME (Natural Isotopes and Trace Elements in Criminalistics and Environmental Forensics) European Network, using a variety of Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) systems. The main objective of the interlaboratory tests was to cross-validate the different combinations of laser ablation systems with different ICP-MS instruments. A first study using widely available samples, such as the NIST SRM 610 and NIST SRM 612 reference glasses, led to deviations in the determined concentrations for trace elements amongst the laboratories up to 60%. Extensive discussion among the laboratories and the production of new glass reference standards (FGS 1 and FGS 2) established an improved analytical protocol, which was tested on a well-characterized float glass sample (FG 10-1 from the BKA Wiesbaden collection). Subsequently, interlaboratory tests produced improved results for nearly all elements with a deviation of < 10%, demonstrating that LA-ICP-MS can deliver absolute quantitative measurements on major, minor and trace elements in float glass samples for forensic and other purposes.     

Trace analysis of peroxide explosives by high performance liquid chromatography-atmospheric pressure chemical ionization-tandem mass spectrometry (HPLC-APCI-MS/MS) for forensic applications

An HPLC-APCI-MS(/MS) method for the (trace) analysis of the most commonly encountered peroxide explosives, hexamethylenetriperoxidediamine (HMTD) and triacetonetriperoxide (TATP), has been developed. With this method, HMTD and TATP have been analyzed in the same run. (Pseudo-)molecular ions of these peroxides have been obtained as base peak under the same condition. A series of product ions was produced from these pseudo-molecular ions ([HMTD - 1]+ and [TATP + NH4]+) in the MS/MS analysis. We also pioneered in showing that a TATP molecular ion [TATP + H]+ can be observed with HPLC-MS/MS. The limit of detection for HMTD and TATP was 0.26 and 3.3 ng, respectively, on column by HPLC-MS in the Full Scan mode and 0.08 and 0.8, respectively, by HPLC-APCI-MS/MS in Selected Reaction Monitoring (single mass unit) mode. The method presented has been applied successfully for the identification of peroxides in the bulk solid state (powder sample), as well as in post-blast extracts originating from a forensic case. For the post-blast extracts, the use of tandem MS has been shown clearly to be of crucial importance for the identification and detection of the peroxide explosives.     

Explaining Regulatory Non-compliance: A Survey Study of Rule Transgression for Two Dutch Instrumental Laws, Applying the Randomized Response Method

Within a rational choice framework, secondary data analysis of a survey study on compliance with two Dutch regulatory laws is carried out. Selection of explanatory variables to be considered is guided by a heuristic device, called the Table-of-Eleven. Using adapted logistic regression analysis, we show that self-reported compliance, measured by means of a randomized response procedure, can be explained in terms of benefits of non-compliance, social norms and deterrence, while knowledge and general norm-conformity have no role to play. The impact of various contributing factors turns out to be rather different in size for the two laws.     

What Patent Data Reveal about Universities: The Case of Belgium

In recent years, there has been a surge in patenting by Belgian universities. It appears that this increase can be attributed to growth of biotechnology, where there is a greater propensity to patent, to a desire on the part of universities to enhance commercialization through technology transfer offices (TTOs), and to effective collaboration between universities and government-sponsored research centers. Our qualitative analysis reveals that patent statistics could be a misleading indicator of an individual university's technological productivity, since many inventions are developed at universities, yet applied by other institutions.     

Aroma Philosophorum: The Case of CAsanova

Law and Critique - The degree of truth of Casanova’s History of My Life is a matter of heated debate. Doubt has been cast particularly on whether his stories of incest with his daughters...     

A Dull Academic Meeting on Research? That's What You Think!

Negotiation Journal -