Profile
Rob Long
My CV
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Education:
High School: Reading College
Undergraduate: BSc Applied Mathematics and Theoretical Physics at Coventry University
Postgraduate: MSc and PhD Fluid Dynamics at University of Leeds -
Qualifications:
I left school without any qualifications (due to various circumstances). Some years later I went to Reading College to complete my GCSE and Alevel qualifications in Maths, English and the sciences.
This led directly on to my BSc in Applied Maths and Theoretical Physics from Coventry University. Since then I have completed an MSc and PhD in Fluid Dynamics at the University of Leeds.
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Work History:
I have done a little bit of everything from working in supermarkets to working at a funfair. Most notably before starting my academic path I worked as a mechanic at Toyota.
Now I am a full time researcher at the university of Liverpool.
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Current Job:
Postdoctoral researcher in Geophysics at the university of Liverpool.
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About Me:
I’m a scientist who tries to understand the behaviour of Earth’s magnetic field. I’m a big fan of basketball, comic books and all things cinema.
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I can recite the entirety of the original Star Wars trilogy and you’ll often see me wearing a Lakers jersey. Sometimes I play video games competitively.
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Read more
When a fluid is heated from below, the lower layers of fluid are hotter and become lighter than the upper fluid. Due to buoyancy, the lighter fluid rises up and colder/heavier fluid sinks and replaces it. This process then repeats, with the lower layers again getting heated and rising up, to be replaced by the colder upper layer. This motion is referred to as convection. Convective fluid motions can be seen when you boil a pot of water on the stove top. Convection is also a key ingredient taking place within the interior of stars and many planets including Earth.
The video shows temperature (white is hot, brown is cold) on a horizontal slice (left) and vertical slice (right). *If you have issues with the video then try Google Chrome.*
Mostly, I perform simulations of convection within a rotating spherical geometry to further our understanding of Earth’s deep interior. This is important as the convection of the iron ocean generates Earth’s magnetic field which protects our atmosphere (and life on Earth) from harmful solar radiation.
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My Typical Day:
I spend most of my day at my desk either with pen and paper where I toy with equations, or writing code to solve these complicated equations on my computer. I spend a lot of time then making pretty pictures of my results!
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I work quite flexible hours although I do prefer to start my day early so I can have time in the evening to myself.
Generally, the entire day is spent behind my computer, writing code, understanding data, replying to emails and writing science papers.
I used to like mixing up working from home or at the office but this past year we have had no choice but to work from home.
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My Interview
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How would you describe yourself in 3 words?
(ACE) Ambitious, Confident, Enthusiastic.
What did you want to be after you left school?
I had no clue whatsoever.
Were you ever in trouble at school?
All the time, but I (mostly) grew out of being a troublemaker.
Who is your favourite singer or band?
Ice Cube.
What's your favourite food?
Cheese glorious cheese.
If you had 3 wishes for yourself what would they be? - be honest!
An infinite number of wishes - three times over.
Tell us a joke.
Why can’t you count on Yoda to pick up a bar tab? He’s always a little short.
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