Helen Czerski: The fascinating physics of everyday life
Dr. Helen Czerski investigates the physics of ocean bubbles and spends a lot of time sharing the big scientific ideas hidden in the small objects around us. Full bio
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needs a little modification.
I don't live here anymore.
that I have a northern nana,
she hasn't had much formal education,
studying physics at Cambridge,
at Nana's house in Urmston
open in front of me
hieroglyphics -- let's be honest.
and she looked at this folder,
about what was on the page.
and Einstein A and B coefficients.
I could think of at the time.
because it's a very good question --
when "that" is physics?
we talk about physics in society
that we can do when we know that.
needs a bit of a shift.
matters for our society,
because I'm a physicist and I'm biased
important people in the world.
an image problem, let's be honest --
that's from the Solvay Conference in 1927.
of physics were grappling
only to have a probability
very stern-looking men in suits.
"Marie Antoinette,"
on the bottom there,
but had to dress like everybody else.
there's all these kinds of hieroglyphics,
of two black holes colliding,
worth watching, to be honest.
the risk assessment
the image of physics, right?
dressed in a slightly strange way.
is that I'm a physicist,
between the atmosphere and the ocean.
the ocean is massive,
that joins them together
from one huge reservoir to the other.
that was me who took this video --
by the way, was 10 meters.
happening here --
this is definitely physics.
in our cultural perception of physics,
in our cultural perception of physics?
there has to be a graph, right?
from very fast things there,
big things up there.
of physics looks like this.
down in that corner,
in the general ...
for everyday life.
which is up there;
in the beginning of the universe,
in physics, right?
to discover new physics
there's a very large gap in the middle.
and volcanoes and clouds
that make up our everyday life.
you'd be surprised --
it's just that nobody talks about it.
is that they all run
of physical laws,
applies over a huge range,
to very, very big things.
to get outside of this.
in research physics here,
they bring about
complex world we live in.
that really matters to me
that we don't talk about.
research going on here.
pointing at stars,
think it's not that.
is that there are so many things
and one of them has been boiled.
have tried that, you all knew.
you set them spinning,
the one that's completely solid,
you only stop the shell;
because nothing's made it stop.
so the egg starts to rotate again.
of something in physics
of angular momentum,
that if you set something spinning
unless you do something to stop it.
in how the universe works.
if you're the sort of person --
and then put them back in the fridge.
it's OK. We won't judge you.
broader applicabilities.
which is a very tiny part of the sky.
in free space for 25 years,
to a tiny region of sky.
it did it in sections,
to take amazing images like this.
that is not touching anything
of it, it has something
isn't a raw egg,
of conservation of angular momentum,
with the same axis, indefinitely.
and so it can orient itself.
we can play with in the kitchen and use,
some of the most advanced technology
that you learn these patterns
again and again and again.
when you spot them in new places.
to an audience full of businesspeople once
and trying to impress their bosses.
so I showed the egg video and then said,
and ask me afterwards to check."
tugging on my sleeve afterwards,
from spotting these patterns
give you access
in our everyday world.
is it involves playing with toys.
as the mundane little things
on a Saturday afternoon
that actually really matters,
and it applies to eggs
and all sorts of other things,
to modern technology
that's going on in the world.
with these patterns.
number of concepts
using things in your kitchen,
for life in the outside world.
a duck is a good place to start,
don't get cold.
of thermodynamics with the duck,
in your kitchen
and modern energy generation.
a good thing to play with.
fish some raisins out of the bar snacks,
to watch; try it.
the interesting people to you.
and gas laws and viscosity.
and they're right around us everywhere.
you don't need a big, posh lab.
I had the chapter on spin.
about toast falling butter-side down.
who's not a scientist,
what he thought,
a couple of weeks later,
in a posh hotel in Switzerland,
to push toast off the table,
he doesn't have to.
and try it for himself.
to know about science:
through experience and experimentation,
we basically know how gravity works,
of experimentation:
trying things out,
science forward --
in the everyday world.
about technology,
that are about this size,
sit on chairs that are about this size,
means we're not helpless.
that we're not helpless,
about knowing all the answers.
so you can ask the right questions.
little things in everyday life,
to ask the right questions.
when you know that --
in the everyday world
eggs in the fridge --
and the curiosity
all the fun, right?
for studying physics, for example,
three life-support systems.
life-support system,
on the fundamental physical laws
with eggs and teacups and lemonade,
is such a serious problem,
life-support systems,
and we need to negotiate that boundary.
that we can learn
the world around us works,
to know about in life,
is going to get you a long way.
in having fun with physics
but apparently, these people exist --
in keeping yourself alive
is remarkably constant;
of things that we measure.
some new quantum mechanics,
are still going to fall down.
world, in not being helpless,
and adults do this --
and your brain goes, "Oh, that's weird."
"You're an adult. Keep going."
hold that thought --
"Oh, that's a bit odd,"
there to play with,
any of those little moments
highly entertaining.
like watching paint dry,
it's worth watching.
if there are teacups around.
to play with teacups, it's brilliant.
is to get a teacup, get a spoon,
push your toast off the table
and you'll learn stuff from it.
that it doesn't fall butter-side down,
play with toys.
the physical world for ourselves
to understand society,
on which everything else must be based.
our life-support systems going is great.
that we need to change
with weird people
and we can all play with it.
ABOUT THE SPEAKER
Helen Czerski - PhysicistDr. Helen Czerski investigates the physics of ocean bubbles and spends a lot of time sharing the big scientific ideas hidden in the small objects around us.
Why you should listen
Dr. Helen Czerski has studied bubbles at sea and in the lab, has presented many highly-regarded BBC science documentaries and has told the stories of science (and especially of physics) on stage and in print.
Czerski's academic home is the department of mechanical engineering at University College London in the UK. Her first book, Storm in a Teacup, was published in 2016 (2017 in the US) and shows how the biggest ideas in physics come to life in the world around us -- and how the most mundane quirks of the everyday world open the door to the physics that every citizen needs to know.
Photo: Alex Brenner
Helen Czerski | Speaker | TED.com