“I Didn’t Feel I Was A Victim”: A Phenomenological Analysis of the Experiences of Male-on-male Survivors of Rape and Sexual Abuse

Research on men’s experiences of sexual victimization is limited and largely outdated. The present study seeks to remedy this issue by qualitatively examining the accounts of nine male-on-male survivors of rape and sexual abuse in the UK. It examines survivors’ experiences of psychological distress post-incident, the influence and manifestation of male rape myths, challenges in self-recognition and disclosure, and barriers to accessing therapeutic support and reporting to the Criminal Justice System (CJS). Participants took part in one-to-one, semi-structured video interviews, and an interpretative phenomenological analysis (IPA) was utilized to identify four superordinate themes of participants’ experiences: i) gendered narratives, ii) coping with the abuse, iii) masculinity, and iv) reporting to the police. These themes emphasized the stigma and hostility repeatedly encountered by survivors after their victimization. Participants provided an account of short and long-term psychological issues following the abuse, emphasizing the role of self-perceptions of masculinity in the development of unhealthy coping mechanisms. Findings also highlighted the prevalence of prejudice and rape mythology that characterized negative encounters within the public, voluntary agencies, and the CJS. Results are discussed in relation to current service provision in the UK, recommendations for future research, and avenues for improvements across multiple vital entry points

The Automated Delimitation of Maritime Boundaries - An Australian Perspective

Determining the accurate location of maritime boundaries and computing the outer limits of the extended continental shelf can be a mathematically demanding and computationally intensive task. This paper considers the relevant issues, particularly from an Australian perspective. An efficient and automated solution to maritime boundary and extended continental shelf delimitation has been designed and implemented in the form of a software package known as MarZone. This paper introduces the MarZone software. In the design of MarZone, emphasis was placed on a geodetically rigorous methodology while at the same time maintaining strict agreement with the relevant provisions of the United Nations Convention on the Law of the Sea. The reasons for such an emphasis are explained in the paper

Isospin Response of the 4-He Continuum

This research was sponsored by the National Science Foundation Grant NSF PHY 87-1440

Constraining the variation of the coupling constants with big bang nucleosynthesis

We consider the possibility of the coupling constants of the $SU(3)\times SU(2)\times U(1)$ gauge interactions at the time of big bang nucleosynthesis having taken different values from what we measure at present, and investigate the allowed difference requiring the shift in the coupling constants not violate the successful calculation of the primordial abundances of the light elements. We vary gauge couplings and Yukawa couplings (fermion masses) using a model in which their relative variations are governed by a single scalar field, dilaton, as found in string theory. The results include a limit on the fine structure constant $-6.0\times10^{-4}<\Delta\alpha_{EM}/\alpha_{EM}<1.5\times10^{-4}$, which is two orders stricter than the limit obtained by considering the variation of $\alpha_{EM}$ alone.Comment: 7 page

Study of Dipole Resonance Strength in 12-C via the Reactions 12-C(pol.p,p'c)

This research was sponsored by the National Science Foundation Grant NSF PHY-931478

Solitons in polarized double layer quantum Hall systems

A new manifestation of interlayer coherence in strongly polarized double layer quantum Hall systems with total filling factor $\nu=1$ in the presence of a small or zero tunneling is theoretically predicted. It is shown that moving (for small tunneling) and spatially localized (for zero tunneling) stable pseudospin solitons develop which could be interpreted as mobile or static charge-density excitations. The possibility of their experimental observation is also discussed.Comment: Phys. Rev. B (accepted

Isospin Response of the 4-He Continuum

This research was sponsored by the National Science Foundation Grant NSF PHY-931478

Two-level system with a thermally fluctuating transfer matrix element: Application to the problem of DNA charge transfer

Charge transfer along the base-pair stack in DNA is modeled in terms of thermally-assisted tunneling between adjacent base pairs. Central to our approach is the notion that tunneling between fluctuating pairs is rate-limited by the requirement of their optimal alignment. We focus on this aspect of the process by modeling two adjacent base pairs in terms of a classical damped oscillator subject to thermal fluctuations as described by a Fokker-Planck equation. We find that the process is characterized by two time scales, a result that is in accord with experimental findings.Comment: original file is revtex4, 10 pages, three eps figure

Primordial nucleosynthesis with a varying fine structure constant: An improved estimate

We compute primordial light-element abundances for cases with fine structure constant alpha different from the present value, including many sources of alpha dependence neglected in previous calculations. Specifically, we consider contributions arising from Coulomb barrier penetration, photon coupling to nuclear currents, and the electromagnetic components of nuclear masses. We find the primordial abundances to depend more weakly on alpha than previously estimated, by up to a factor of 2 in the case of ^7Li. We discuss the constraints on variations in alpha from the individual abundance measurements and the uncertainties affecting these constraints. While the present best measurements of primordial D/H, ^4He/H, and ^7Li/H may be reconciled pairwise by adjusting alpha and the universal baryon density, no value of alpha allows all three to be accommodated simultaneously without consideration of systematic error. The combination of measured abundances with observations of acoustic peaks in the cosmic microwave background favors no change in alpha within the uncertainties.Comment: Phys. Rev. D accepted version; minor changes in response to refere

Time capsules of biodiversity: Future research directions for groundwater-dependent ecosystems of the Great Artesian Basin

The Great Artesian Basin of Australia represents one of the largest and deepest basins of freshwater on Earth. Thousands of springs fed by the Basin are scattered across Australia’s arid zone, often representing the sole sources of freshwater for thousands of kilometers. As “islands” in the desert, the springs support endemic fauna and flora that have undergone millions of years of evolution in almost total isolation. Here, we review the current body of knowledge surrounding Great Artesian Basin springs and their significance from ecological, evolutionary, and cultural perspectives using South Australian spring wetlands as a case study. We begin by identifying the status of these springs as critical sources of groundwater, the unique biodiversity they support, and their cultural significance to the Arabana people as Traditional Custodians of the land. We then summarize known threats to the springs and their biota, both exogenous and endogenous, and the potential impacts of such processes. Finally, considering the status of these at-risk habitats as time capsules of biodiversity, we discuss lessons that can be learnt from current conservation and management practices in South Australia. We propose key recommendations for improved biodiversity assessment and monitoring of Great Artesian Basin springs nationwide, including 1) enhanced legal protections for spring biota; 2) increased taxonomic funding and capacity; 3) improved biodiversity monitoring methods, and 4) opportunities for reciprocal knowledge-sharing with Aboriginal peoples when conducting biodiversity research.P. G. Beasley-Hall, N. P. Murphy, R. A. King, N. E. White, B. A. Hedges, S. J. B. Cooper, A. D. Austin, and M. T. Guzi