Apr 14, 2024
I’ve finally committed to a PhD program to study quantum dynamics!! I’m genuinely so hyped to get started hehehe.
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I’ve finally committed to a PhD program to study quantum dynamics!! I’m genuinely so hyped to get started hehehe.
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Scientists at the U.S. Department of Energy's (DOE) Brookhaven National Laboratory and collaborators have a new way to use data from high-en
"Scientists at the U.S. Department of Energy's (DOE) Brookhaven National Laboratory and collaborators have a new way to use data from high-energy particle smashups to peer inside protons. Their approach uses quantum information science to map out how particle tracks streaming from electron-proton collisions are influenced by quantum entanglement inside the proton.
The results reveal that quarks and gluons, the fundamental building blocks that make up a proton's structure, are subject to so-called quantum entanglement. This quirky phenomenon, famously described by Albert Einstein as "spooky action at a distance," holds that particles can know one another's state—for example, their spin direction—even when they are separated by a great distance.
In this case, entanglement occurs over incredibly short distances—less than one quadrillionth of a meter inside individual protons—and the sharing of information extends over the entire group of quarks and gluons in that proton.
(...), just published in Reports on Progress in Physics, (....)."
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I am suddenly having many doubts about theoretical chem. A paper I’m reading just had a single equation of motion that took up half of a page. I understand maybe one of the 8 lines I see here.
Day 3
One of the most prominent sources of my feelings of imposter syndrome in quantum theory is the reverence we hold for derivations. A lot of what I do uses math that was rigorously derived from the first principles of quantum and statistical mechanics, which tends to mean there are papers and textbooks dedicated to proving analytic forms of beautiful equations.
For a while I believed that I would have to master this first, and I’ve frustrated myself trying to find the perfect equations over and over through derivation; however, I just made the most progress on my project in months, and I did so by taking the math and breaking it over my knee. Twisting and tossing variables all over the place so long as the units line up is shockingly effective in this line of work, and I’ve found a new avenue to solving this within only a few days of obliterating the math. I’ll have to refine and derive later, but I’d forgotten that the first step is just to play around, and that means leaving the reverence behind.
Day 2
Well, this was meant to be daily, but so far we’re not fulfilling our commitment. Nevertheless, we carry on. Rome wasn’t built in a day. Regarding research, I’ve run into quite the issue. My original proposed fix for the error in our code doesn’t work at all. So, I’ve been testing out a few new ideas for reweighting a few variables here and there. Now I just need to put them together in a nice presentation, but I’m struggling with a bit of exhaustion that’s causing trouble at the moment. I wish I knew a way to be a little more efficient, but it’s hard. Very hard. I’ll try to push through regardless, however.
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Day 1
I don’t really know much about writing these daily logs, but here goes. The current work is hitting a bit of a dead end. The math simply ain’t mathing, and as a result, I am performing such barbaric acts of approximation that I fear for the day the Court of Mathematics has me kicked off a cliff for my crimes. Nevertheless, we carry on, and I’m working to code up my new method. If I can make this work, I will have made substantial changes to my research group’s core methods by the end of my first year. If not, then I suppose that’s just the way of research.
I think I’ll keep these mostly focused on the research itself, but I’ve also got quite a bit of homework and teaching to do this week, so I’ll be sure to make time to work on all that. With all that said, I bid you all adieu until next time.
It’s so funny how every time I end up traveling my advisor just happens to have a dense physics theory paper to read. I’m not complaining, but damn grad school does take over your attention quite a bit.
So anyway, on my next flight I will, in fact, be reading about the physics of 2 exciton systems. Let’s just hope I can understand some of the math on the first try this time.
GRAV-3
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TUNE 1X 2T 9â–ª7 30â–ª9 4â–ª8 4.7 5 N6 on Spectre-4 :;- Use VELB A T. BALL. D. DO.!