The Governance of Sexual Offending Across Europe: Penal Policies, Political Economies and the Institutionalization of Risk

This article examines why England and Wales have comparatively one of the most stringent systems for the governance of sexual offending within Western Europe. While England and Wales, like the USA, have adopted broadly exclusionary, managerialist penal policies based around incapacitation and targeted surveillance, many other Western European countries have opted for more inclusionary therapeutic interventions. Divergences in state approaches to sex offender risk, particularly in relation to notification and vetting schemes, are initially examined with reference to the respective theoretical frameworks of ‘policy transfer’ and differing political economies. Chiefly, however, differences in penal policies are attributed to the social and political construction of risk and its control. There may be multiple expressions of risk relating to expert, lay, moral or emotive aspects. It is argued, however, that it is the particular convergence and alignment of these dimensions on the part of the various stakeholders in the UK – government, media, public and professional – that leads to risk becoming institutionalized in the form of punitive regulatory policies for managing the dangerous.

Internalities and the Foundations of Corporate Governance

This paper considers the potential contained in an 'internalities' approach to corporate governance. Rather than viewing the company as a ‘black box’ that can only be regulated through state action, we argue that corporate governance holds in tension the relationship between investors, managers and the corporate board. It is from that tension that a change in corporate culture will emerge. We argue that a state focus on promoting and managing the dialogical character of corporate governance will limit the negative effects of corporate power

Millimeter-wave and submillimeter-wave imaging for security and surveillance

Passive equipments operating in the 30-300 GHZ (millimeter wave) band are compared to those in the 300 GHz-3 THz (submillimeter band). Equipments operating in the submillimeter band can measure distance and also spectral information and have been used to address new opportunities in security. Solid state spectral information is available in the submillimeter region making it possible to identify materials, whereas in millimeter region bulk optical properties determine the image contrast. The optical properties in the region from 30 GHz to 3 THz are discussed for some typical inorganic and organic solids. in the millimeter-wave region of the spectrum, obscurants such as poor weather, dust, and smoke can be penetrated and useful imagery generated for surveillance. in the 30 GHZ-3 THZ region dielectrics such as plastic and cloth are also transparent and the detection of contraband hidden under clothing is possible. A passive millimeter-wave imaging concept based on a folded Schmidt camera has been developed and applied to poor weather navigation and security. The optical design uses a rotating mirror and is folded using polarization techniques. The design is very well corrected over a wide field of view making it ideal for surveillance, and security. This produces a relatively compact imager which minimizes the receiver count.

Security scanning at 94GHz - art. no. 62110C

It is well known that millimetre waves can pass through clothing. In short range applications such as in the scanning of people for security purposes, operating at W band can be an advantage. The size of the equipment is decreased when compared to operation at Ka band and the equipments have similar performance.

In this paper a W band mechanically scanned imager designed for imaging weapons and contraband hidden under clothing is discussed. This imager is based on a modified folded conical scan technology previously reported. In this design an additional optical element is added to give a Cassegrain configuration in image space. This increases the effective focal length and enables improved sampling of the image and provides more space for the receivers. This imager is constructed from low cost materials such as polystyrene, polythene and printed circuit board materials. The trade off between image spatial resolution and thermal sensitivity is discussed.