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How-to-Write-a-Better-Thesis

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Quantitative or Qualitative, Revisited<br />

105<br />

• Development of a proposition or initial hypothesis, which is used <strong>to</strong> shape the<br />

gathering of some observations.<br />

• Formation of a definite hypothesis.<br />

• Building of <strong>to</strong>ols and use of them <strong>to</strong> gather measurements <strong>to</strong> be used as evidence.<br />

• Construction of an argument that uses the evidence <strong>to</strong> give a case for or against<br />

the hypothesis.<br />

• Conclusion by developing a new theory or framework.<br />

(As an aside, <strong>to</strong>o many students—and some supervisors!—confuse theories and<br />

hypotheses. Theories are the outcomes of research. They represent our most certain<br />

comprehension of the universe: the theory of relativity, the theory of evolution, and<br />

so on. They are the things in which we have the greatest confidence. 4 A hypothesis<br />

is an unconfirmed supposition. Another, arguably worse, confusion is between<br />

theory and speculation; some people think they are theorizing when they propose<br />

new untested ideas, but from a more formal perspective they may be doing little<br />

more than guessing. While such sloppiness is fine in conversation, it has no place<br />

in a research thesis).<br />

The HEAT analysis of the research process points <strong>to</strong>wards what you should include<br />

in the results chapter and what you should leave out. Raw measurements do<br />

not convey knowledge unless you explain or display them in a suitable way, and<br />

should be left out or just possibly relegated <strong>to</strong> appendices. Results displayed in the<br />

form of tables or figures that enables you and the reader <strong>to</strong> make sense of it becomes<br />

information, and should be included. Having presented the information, and<br />

explained how it is linked <strong>to</strong> the initial hypotheses, you can draw some inferences<br />

from an examination of the information. This will include considering the individual<br />

sub-hypotheses that you put forward, and proceed <strong>to</strong> interactions between<br />

the variables that you may not have expected and, if you are lucky, <strong>to</strong> some <strong>to</strong>tally<br />

unexpected results.<br />

You and the reader now know something that you did not know before you carried<br />

out your own work—you have transformed information in<strong>to</strong> knowledge. At<br />

this point, s<strong>to</strong>p. Keep your theorizing about this for your ‘Discussion’ chapter, for<br />

it is there that you advance from knowledge <strong>to</strong> wisdom. It is the implications of the<br />

conclusions you draw from your results that become wisdom: new insights, theory,<br />

paradigms.<br />

Quantitative or Qualitative, Revisited<br />

In this chapter I’ve suggested a framework for an effective presentation of results.<br />

This broad framework was used by the four students discussed at the start of this<br />

chapter, whose s<strong>to</strong>ries I now complete.<br />

4<br />

In some attacks on science, certain kinds of knowledge are condemned as ‘only a theory’. People<br />

who use such arguments have failed <strong>to</strong> realize that the mathematical constructs that are used <strong>to</strong><br />

design planes or transmit electricity are, also, ‘only theories’. We may not be certain of their truth,<br />

but they are the knowledge for which we have the most consistent evidence.

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