From today's office...
Kategori: Uncategorized
No facts today
Day three…
Vacation
TBT – Japan
To know what you don't know…
"Could nuclear weapons save the planet?"
Facts on Friday (we pretend Monday = Friday) – EXPERIMENTS!
- The material we want to study can be almost anything - for example uranium, gold, nickel, molybdenum, iron, dysprosium, thorium or plutonium (these are just some examples of what we have experimented with the last couple of years)
- We make a tiny foil - a target - from the material (almost the size of a small coin), and put this inside all of our detectors
- There are always at leas two types of detectors for the experiments: Sodium Iodide detectors (they measure gamma rays), and Silicon detectors (they measure particles)
- The Sodium Iodide detectors are called CACTUS (cause it really looks like a cactus) <3
- Sometimes we use more detectors than the gamma detectors (CACTUS) and the particle detectors - for example fission detectors (we used that for my uranium experiment, since uranium-233 fissions like crazy 😛 )
- To study the nuclei in the material we bombard the target with tiny particles; protons, deuterons (a proton and a neutron), helium-3 (two protons and one neutron), or helium-4 (two protons and two neutrons - same as an alpha particle 😀 )
- When a particle hits a nucleus in our target material, the nucleus gets some extra energy (sort of like it gets heated); then a particle goes out (it can be the same that went in, or it can be another one), and the target nucleus cools again, by sending out gamma radiation
- The different detectors will detect the different kind of stuff that comes out from the reaction in the target: the gamma detectors detect the gammas, the particle detectors detect the particles (protons, deuterons, helium-3, or alphas), and the fission detectors detect fission - the detection of all these thing are what we talk about as our data
- Data from the experiments we are performing in Oslo (like my uranium experiment) is typically 10-100 Giga Bytes - so it's kind of a lot
- To sort all of these data we need codes/programs that go through everything and checks if there for example was a particle and a gamma that came out of the target at the same time, or maybe it was a particle and a gamma and a fission product, and what were the energie
s of all this; the particles and the gammas - on the lucky side I don't have write theses sorting codes from scratch, on the other side I have to try to understand someone else's code and logic, which is not always very easy (when I don't understand I'm always sure it's because I'm stupid :/ )
To program or not to program?
Tomorrow I have to be better! Not because it in any way is wrong to spend time on trying to work on my programming skills, but because I have deadlines, and right now there is unfortunately no room for anything else than what HAS to be done... Why does everything take so much time, especially things you need to learn like almost from scratch?!? *frustration*
My PhD ("dumbed down")
- Nanoparticles are weird and I accidentally made a bomb and electrocuted myself.
- Inpatients with schizophrenia are happier and socialize more in the context of a music listening group. It was obvious before we began the project and we learned nothing.
- Little things stick together. Here's a slightly easier way to calculate their stickiness.
- This protein looks like it might contribute to asthma. Oh, turns out it probably doesn't.
- Two proteins touch each other in a specific place in the developing heart. No idea if it's important for anything.
- People sometimes think about animals as if they're people. People like those animals a little more than regular animals. Except when they don't. I can't believe they gave me a PhD.
- Sand washes away, don't build important stuff on it.
Jonathan: "All models are wrong, but at least now we can confirm they are wrong much faster"
Veronica: "Can electrons surf on an electric wave? Yes"
Kyrre: "How many sparks do we see when we push ridiculously strong micro waves through thin vacuum tubes? (And how do they work?)"
Thorium is a nice thing for a nuclear fuel, but you get the f****** uranium-232 from it, and it makes everything s***. Now we kind of know a little bit more about it. Which is just sort of true.