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That years of curiosity-driven, basic research should sit<br />
behind a successful spin-out company like OxyMem is hardly<br />
remarkable. In fact, achievements in innovation in all of the<br />
most successful countries of the world are typically built on<br />
a bedrock of excellent basic research. This is the norm, not<br />
the exception – the history of Irish science, for example, is<br />
[!]<br />
‘Scientific progress on a broad front<br />
results from the free play of free<br />
intellects’<br />
discovery Ireland 20,21<br />
adorned by individuals whose achievements are celebrated<br />
not because they yielded any immediate economic benefit,<br />
but because their research discoveries proved far-reaching<br />
and transformative in nature. Consider George Boole, the<br />
first professor of mathematics at what is now University<br />
College Cork, who, in the mid-nineteenth century, famously<br />
wrote An Investigation of the Laws of Thought, included in<br />
which was his system of Boolean Algebra. This system is now<br />
applied in the design and operation of computers and<br />
switching circuits. Consider, too, the Waterford-born Nobel<br />
Prize winner for Physics, Ernest Walton, who, alongside John<br />
Cockcroft, designed and built the first successful particle<br />
accelerator, which enabled them to disintegrate lithium, or<br />
split the atom, in the early 1930s.<br />
Boole and Walton are but two names from a extensive cast<br />
of Irish scientists whose work, ground-breaking and<br />
internationally significant, raises issues that go to the very<br />
heart of the debates around research and its funding that are<br />
now widespread throughout Europe – and beyond. These<br />
debates centre on competing ideas concerning the purpose<br />
Particles colliding in the Large Hydron Collider