Profile
Eleanor Barber
My CV
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Education:
Lady Manners School, Bakewell – 2006 to 2013; Durham University – 2013 to 2017; The University of Edinburgh – 2017 to present
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Qualifications:
GCSEs: Science, additional science, maths, English language, English literature, RE, music, French, German, IT, citizenship; A-levels: Chemistry, biology, maths, German, EPQ; Undergraduate: MChem Chemistry
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Work History:
I’ve never actually had a proper job! When I was at school I used to go busking with my sisters in our local town – it paid just as much as a summer job but it was much more fun!
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Current Job:
PhD student
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About Me:
I’m a PhD student at the University of Edinburgh. When I’m not in the lab, I enjoy hiking, riding my bike, making music or snuggling down with a good book and a cup of tea!
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I have lots of hobbies so my evenings and weekends are always very busy!
I play the violin, viola and French horn and am a member of an orchestra and a wind band. I also love traditional Scottish fiddle music and play in a band with my two sisters. During lockdown I have started learning the guitar as well!
I am a member of the university hillwalking society and love going on weekend trips up to the Scottish highlands. I also enjoy exploring my local area by bike.
I have a huge collection of books from local charity shops that I am slowly working my way through. I like fantasy and historical fiction best but I will read anything I can get my hands on!
My pronouns are she/her.
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Crystal nucleation is a very important process – it is the first step of crystallisation, which is used in the production of many chemicals including pharmaceuticals and pesticides. The problem is, we don’t really understand it, and it is difficult to control!
By using a laser to nucleate crystals, we know exactly where and when they are going to form. This makes it a lot easier to study their growth. I make up solutions of different salts, nucleate them using a laser and then take images of the crystals growing. By changing the experimental conditions (e.g. temperature, solution concentration, laser power) and analysing the crystals that form, I can get information about the mechanism of crystal nucleation.
Here’s a video of laser-induced nucleation in action (you can’t see the laser light because we put a filter in front of the camera):
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My Typical Day:
After walking to work, I start the day with a cup of coffee while I check my emails. My work varies from day to day – sometimes I’ll spend all day in the lab making solutions and growing crystals, but sometimes I’ll spend more time reading, writing and analysing data. I also have to help undergraduate students in the teaching labs and mark their work. Of course, I make sure to have plenty of tea breaks!
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My office is where I spend a lot of time, working at my computer, drinking tea/coffee and chatting with my colleagues. Another crucial location is the kitchen, where the coffee machine is located!
We have two labs where sample preparation and crystal growing are done. We have specially designed tables for the lasers that we can attach mirrors and lenses to, to direct the laser beam where we want it to go. Before using them, I always have to check that the beam is in line – it could be very dangerous if it accidentally reflected into someone’s eye! The windows also have to be completely covered up for safety.
A typical experiment involves making up solutions, firing a single laser pulse at them and then using a camera to record any crystals that grow. I will then repeat this a lot of times!
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My Interview
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How would you describe yourself in 3 words?
Quiet, independent, determined.
What did you want to be after you left school?
A scientist or a musician.
Were you ever in trouble at school?
I was terrified of getting told off so stayed mostly out of trouble! The worst thing that happened was having to see the headmaster for having my top button undone in the school concert...
Who is your favourite singer or band?
Blazin' Fiddles - a Scottish trad. fiddle band!
What's your favourite food?
PASTA
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