Codebreaker Page #4
which is basically what
It would be looking at a tape.
And so we've got here
a tape with symbols on it.
And the machine would have instructions.
So as it reads different symbols,
it can move the tape forward
it can wind it back.
And it could generally process
the information on the tape
And part of Alan Turing's
genius was to realise
that a machine like this can
compute absolutely anything
because anything can be
written as ones and zeros.
And this is the basis of all computers.
And the introduction of the universal machine
made up of apparently
absurdly simple components
a strip of paper, a pencil
a wheel to move the paper left and right
a set of very simple instructions.
These apparently trivial devices turn out
to have the most profound implications.
I've got here a generic smart phone.
And if you crack this open,
inside it in the centre here is the processor.
So this chip here does exactly what
Alan Turing described this machine doing.
And on the back of this I have
the memory, which is the tape.
And again it's exactly
what Alan Turing described.
programmed to do virtually anything.
In the coming years, it would be seen as
a moment of discovery, like Newton's apple.
The digital age had begun.
the invention of the computer
because he invented the concept
on which everything else was built.
[Archive footage narrator]
'In the electronics age
the development of giant computers,
electronic brains, has been a key development...'
He writes something that is so original
that you can't categorise it into any of the normal
mathematical categories that are around.
He started something genuinely new.
When you look back
at something like computers
there's often a seed that
everything came from.
Alan Turing was sort of at the top
of everything that ever developed
all the future research that was done
by people building real equipment
that can clink, clink, clink - compute!
One day ladies will be walking their
computers in the park and saying
'do you know, my little computer said
a very funny thing to me this morning'.
We have universal Turing machines
in hardware in our homes
and we use them for dozens
and dozens of different tasks.
Very few parts of our modern life
aren't impacted by Turing's ideas.
The things that he contributed
to computer science
weren't the things that just happened
to be true in one particular year
or in one particular decade.
They're the things that
are fundamentally true.
So they're always goings to be with us
in the same way that the things Galileo
and Newton contributed to physics
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"Codebreaker" Scripts.com. STANDS4 LLC, 2024. Web. 13 May 2024. <https://www.scripts.com/script/codebreaker_5725>.
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