“… what lies behind a brownstone front”

After entering the nondescript door to her building, ordinary Oliver Reed follows Irena Dubrovna as she ascends the ornate stairs that lead to her front door. He hovers at the foot of the stairs, and rhetorically admits: “I never cease to marvel at what lies behind a brownstone front.” Behind each façade lies something hidden. What lies hidden from Oliver Reed in Cat People (1942) are the dormant stories waiting behind each door. This article is based on my presentation at the 2009 Double Dialogues Conference, Hidden Stories, held in Melbourne, December 2009. In the Conference presentation, the early scenes from Cat People were screened with the film sound interspersed with my commentary. This article uses still frames from the film, descriptions from the original screenplay (in courier font) and the storyboard layout for a DVD commentary.

Confidence in Australian institutions 1983-2005

This paper examines changes in the level of institutional confidence in Australia between 1983 and 2005. The principal aim of the paper is to disaggregate the general trend in social trust and overall institutional confidence. Using data drawn from three waves of the World Values Survey undertaken in 1983, 1995 and 2005 we examine whether social trust and confidence have declined and the differing patterns of confidence for different birth cohorts in Australia. The results show a significant decrease in social trust and a large decline in confidence between 1983 and 1995. There was little change in confidence between 1995 and 2005, but social trust returned to the 1983 level over that period. A cohort analysis shows that the oldest cohort, those born before WWII, reported the largest decline in confidence, while by 2005 the baby boomers (or middle cohort born between 1944 and 1955) were the most confident, with the oldest group reporting the least confidence. Throughout the 1990s and early 2000s confidence has been at a much lower level than in the early 1980s.

The business case for sustainable office buildings

The market for sustainable buildings has rapidly gained momentum in the design and construction phases, however it appears that development and investment in these buildings by the private sector is limited. This is further complicated by the limited information available confirming the financial viability of sustainable buildings, with relatively little research conducted into the relationship between sustainability and the market value of commercial buildings. Currently the demand for sustainable buildings in Australia and New Zealand is being encouraged through government legislation and policy, where investment by the private sector has been relatively slow to develop due to the lack of evidential proof of the economic viability of sustainable buildings. Clearly if the progress and uptake of sustainable buildings is to develop within the property market, it is essential that the relationship between market value and sustainability should be understood in order to fully inform the investment industry.

Boron nitride nanotube films grown from boron ink painting

The growth of nanotube films can have important applications in building nanoscale functional devices or solving interfacial and heat problems. We report that high-density boron nitride nanotube (BNNT) films with any desired pattern can be grown on complicated surfaces using a boron (B) ink process. The special B ink, a mixture of nanosized B particles, metal nitrate and ethanol, is first painted, sprayed or inkjet printed at the desired location with required pattern, and then the ink layer is annealed in a nitrogen-containing atmosphere to form BNNT film. This is the first method capable of growing BNNTs on complex non-flat surfaces, which greatly broadens the potential application of BNNTs. For example, it is demonstrated here that a BNNT coated steel mesh can separate water and oil on a microlitre scale; a needle given an internal BNNT coating could greatly enhance microfluidic transport; and a coated screw could be used to minimize wear at the interface.