To what extent has the Investigatory Powers Act 2016 achieved an appropriate balance between the competing interests of privacy and intrusion?

Investigating how recent Privacy and Intrusion laws have changed to affect individual’s rights around the areas of terrorism, data retention and the recent Investigatory Powers Act. Accompanying this, research into how participants perceive storing personal sensitive data and whether this should be held by a specific authority is considered. This assessment on whether the public should have their information stored and investigated, with the aim to aid in the prevention/detection of serious crime and terrorism is needed. The necessity to find a balance between both privacy and intrusion is key in a society with expanding modern technologies. By analysing past legislation to show where the Government has misused its powers to find specific crimes will give an understanding on the next step to combatting threats against the nation, while also weighing in on how to combat the growing intrusion against ones privacy rights. The balance needed must ensure privacy, and the correct processes to ensure national security is upheld

The body as image: image as body

Pain consultations are often contested spaces where patient and clinician compete for the roles of speaker. Often patients are searching for mechanical explanations and clinicians for psychological ones - creating an impasse and causing distress to both parties. Meanwhile, as technology advances and we have increasing means of seeing inside a person’s body we seem to have less and less ability to see inside another’s world – to understand what it means to live with pain, the significance of that pain for that individual in their social context. In this paper we explore the potential for images of pain, co-created with patients, to intervene in this unproductive patient dynamic and bring the full experience of pain - social, emotional, physical - into focus. Narrative analysis is used on a series of transcripts of pain consultations

Instrument choice of fifth grade boys and girls aural and visual preference based on presentation mode

The general purpose of this research was to determine if a lesson including gender will influence the instrument selection process of fifth grade children. Subjects were two homogeneous groups of fifth grade students from Miami, Florida. Each group received a lesson concerning five acoustic musical instruments: the clarinet, flute, saxophone, trumpet, and drums with photos and music excerpts. The control group did not receive a gender lecture nor did the photographs depict anyone playing the instrument. Overwhelmingly, drums were the instrument of choice in both groups. As a result a second experiment was designed to replicate experiment 1, but drums were removed from the choices and the trombone was substituted as a male\u27 instrument. It was concluded that gender did have an effect on the instrument selection process in young children

Liquid rocket performance computer model with distributed energy release Interim final report, 15 Aug. 1969 - 15 Aug. 1970

Liquid propellant rocket engine performance computer program with distributed energy releas

Solid-state synthesis and characterization of σ-Alkane complexes, [Rh(L2)(η2,η2-C7H12)][BArF4] (L2 = bidentate chelating phosphine)

The use of solid/gas and single-crystal to single-crystal synthetic routes is reported for the synthesis and characterization of a number of σ-alkane complexes: [Rh(R2P(CH2)nPR2)(η2,η2-C7H12)][BArF4]; R = Cy, n = 2; R = iPr, n = 2,3; Ar = 3,5-C6H3(CF3)2. These norbornane adducts are formed by simple hydrogenation of the corresponding norbornadiene precursor in the solid state. For R = Cy (n = 2), the resulting complex is remarkably stable (months at 298 K), allowing for full characterization using single-crystal X-ray diffraction. The solid-state structure shows no disorder, and the structural metrics can be accurately determined, while the 1H chemical shifts of the Rh···H–C motif can be determined using solid-state NMR spectroscopy. DFT calculations show that the bonding between the metal fragment and the alkane can be best characterized as a three-center, two-electron interaction, of which σCH → Rh donation is the major component. The other alkane complexes exhibit solid-state 31P NMR data consistent with their formation, but they are now much less persistent at 298 K and ultimately give the corresponding zwitterions in which [BArF4]− coordinates and NBA is lost. The solid-state structures, as determined by X-ray crystallography, for all these [BArF4]− adducts are reported. DFT calculations suggest that the molecular zwitterions within these structures are all significantly more stable than their corresponding σ-alkane cations, suggesting that the solid-state motif has a strong influence on their observed relative stabilities