title: Magic as a Tool of Social Construction: Cultural and Gender Identity in Contemporary Fantasy

authors: Elder, Matthew J.

subjects: Fantasy

abstract: Contemporary fantasy is a genre that exists outside the boundaries of what consensus society constructs as socially normative. It re-appropriates and subverts facets of reality in order to place the reader in a position from which they can re-assess their own socially constructed identities, perspectives, and assumptions. Fantasy accomplishes this goal by expressing the familiar in a mode of hyper-exaggeration designed to highlight the ways in which the ideals and issues are constructed. In this way fantasy questions and critiques reality. This thesis examines how the contemporary fantasy genre uses magic as a tool to highlight the less visible social forces of reality such that the reader can gain insight into how and why social norms come to be established, as well as how they might be changed. It discusses the presentation of conflicting cultural and gender identities within fantasy worlds. Works by Brandon Sanderson, Robert Jordan, Jim Butcher, Peter V. Brett, and Patrick Rothfuss will be drawn on. By looking to the magic of the world as a focusing lens, these social conflicts and differences become clearer. The discussions undertaken in this thesis demonstrate an approach to contemporary fantasy literature that can be further utilised across a multitude of subgenres and social issues of contemporary reality.

text: Magic as a Tool of Social Construction: Cultural and Gender Identity in Contemporary Fantasy Contemporary fantasy is a genre that exists outside the boundaries of what consensus society constructs as socially normative. It re-appropriates and subverts facets of reality in order to place the reader in a position from which they can re-assess their own socially constructed identities, perspectives, and assumptions. Fantasy accomplishes this goal by expressing the familiar in a mode of hyper-exaggeration designed to highlight the ways in which the ideals and issues are constructed. In this way fantasy questions and critiques reality. This thesis examines how the contemporary fantasy genre uses magic as a tool to highlight the less visible social forces of reality such that the reader can gain insight into how and why social norms come to be established, as well as how they might be changed. It discusses the presentation of conflicting cultural and gender identities within fantasy worlds. Works by Brandon Sanderson, Robert Jordan, Jim Butcher, Peter V. Brett, and Patrick Rothfuss will be drawn on. By looking to the magic of the world as a focusing lens, these social conflicts and differences become clearer. The discussions undertaken in this thesis demonstrate an approach to contemporary fantasy literature that can be further utilised across a multitude of subgenres and social issues of contemporary reality.

year: 2015

title: Characterisation and prediction of state of health of rechargeable batteries

authors: Dunn, Christopher

subjects: electrochemical impedance spectroscopy (EIS)

abstract: Electrochemical impedance spectroscopy (EIS) is used extensively in battery research, but usually at frequencies that do not reflect real-world usage patterns. This has resulted in equivalent circuit models (ECMs) that are over-complicated, and suboptimal battery management systems. It is logical to measure batteries at frequencies reflecting their daily or weekly charge-discharge cycles, i.e., of the order of microhertz. This is generally not done, however, because of difficulties that include extreme measurement durations and the need for care to avoid issues such as charge distribution problems, charge drift, and the risk of overcharging or flattening the battery. This research demonstrates the feasibility of extra-low frequency (ELF) EIS measurement using standard, non-specialised measurement equipment, and the optimisation of frequency domain data through the superimposition of small-signal measurement tones on larger square wave currents.

Study of charge movement rates in the frequency domain and voltage responses in the time domain in batteries indicates connections between voltage sweep rate in cyclic voltammetry (CV) and current magnitude in incremental capacity analysis (ICA). The key factor determining what the investigator sees, e.g., reversibility  of electrode processes or evidence of individual electrochemical reactions, is rate of movement of charge. Thus, controlled current can be used to obtain CV-type data from a battery, something that would be hazardous if done conventionally using a voltage ramp.

Repeatable, low-error EIS measurements at ELFs are essential for inferring battery ECM components, including constant phase elements (CPEs). The fractional order of a CPE is linked to battery state of health (SoH) and energy efficiency. This thesis shows that efficiency measurements with waveforms representative of real battery usage can be used to track battery SoH accurately.

text: Characterisation and prediction of state of health of rechargeable batteries Electrochemical impedance spectroscopy (EIS) is used extensively in battery research, but usually at frequencies that do not reflect real-world usage patterns. This has resulted in equivalent circuit models (ECMs) that are over-complicated, and suboptimal battery management systems. It is logical to measure batteries at frequencies reflecting their daily or weekly charge-discharge cycles, i.e., of the order of microhertz. This is generally not done, however, because of difficulties that include extreme measurement durations and the need for care to avoid issues such as charge distribution problems, charge drift, and the risk of overcharging or flattening the battery. This research demonstrates the feasibility of extra-low frequency (ELF) EIS measurement using standard, non-specialised measurement equipment, and the optimisation of frequency domain data through the superimposition of small-signal measurement tones on larger square wave currents.

Study of charge movement rates in the frequency domain and voltage responses in the time domain in batteries indicates connections between voltage sweep rate in cyclic voltammetry (CV) and current magnitude in incremental capacity analysis (ICA). The key factor determining what the investigator sees, e.g., reversibility  of electrode processes or evidence of individual electrochemical reactions, is rate of movement of charge. Thus, controlled current can be used to obtain CV-type data from a battery, something that would be hazardous if done conventionally using a voltage ramp.

Repeatable, low-error EIS measurements at ELFs are essential for inferring battery ECM components, including constant phase elements (CPEs). The fractional order of a CPE is linked to battery state of health (SoH) and energy efficiency. This thesis shows that efficiency measurements with waveforms representative of real battery usage can be used to track battery SoH accurately.

year: 2024

title: Looking at relationships between propositions in Maori language

authors: Houia, Waldo

subjects: Te reo Māori

abstract: This paper reports on an investigation into the various ways in which relationships of meaning, such as reason-result and temporal overlap, are encoded as clauses, sentences and groups of sentences in Māori. It also provides an indication of the relevance of this type of research to teachers and learners of Māori.

text: Looking at relationships between propositions in Maori language This paper reports on an investigation into the various ways in which relationships of meaning, such as reason-result and temporal overlap, are encoded as clauses, sentences and groups of sentences in Māori. It also provides an indication of the relevance of this type of research to teachers and learners of Māori.

year: 2001