The research team was able to show that since no clock has an infinite amount of energy available (or generates an infinite amount of entropy), it can never have perfect resolution and perfect precision at the same time. This sets fundamental limits to the possibilities of quantum computers.
Nikola Tesla, painted by Vilma Lwoff-Parlaghy.
So happy to finally share this shot with you: a conjunction of the ISS and the moon. This shot required meticulous planning and precise timing to achieve, and the full image (in the second post in the thread) is one of my all-time favorites. CR:AM
(who massively struggled with any school related studying for years)
Finding out when I can focus best. I can't think by daylight. I need it to be dark outside to study. Therefore I study at night. If you can study at the time of the day you can focus best, do that. It doesn't matter if everyone else gets up at 5 am to do their ✨perfect productive morning routine✨. There's no one right time to be productive.
Stimming or moving while studying if I feel like it I can't focus (especially when I have to listen to recorded lectures for hours) when I don't move. I need to sit in my rocking chair and rock back and forth to take in any information at all. Pay attention to if you feel like moving when studying. If you're used to suppressing your stims, try to relearn stimming in a safe space if possible. The better regulated you are, the easier it will be to focus.
Nice distractions. Ali Abdaal once mentioned that he always studied with his door open so friends who passed by would come in for a little chat. You need to take breaks anyway, so think about somethings like that to make them more enjoyable. If you study at home or live alone, text your friends before you start studying, so replies will drift in while you're studying. TL;DR: 1. Study when you can focus best, you don't need to be productive in the morning if you're not a morning person. 2. Listen to your body and move if you need to move to focus. 3. Make your breaks nice, I like chatting with friends in between studying. Feel free to add what works for you : )
Today marks the end of a series of academic obligations I had for this week (a lot of them), and gave me a brief pause before the next wave of both personal and academic obligations begin... So I took a "day off" after I was done with today's lectures 😌
Defended my project (got max points babeyyy! 😎)
Attended the lectures
Played Honkai Star Rail
Prepped for the trip to my hometown tomorrow
Taking a slight tangent from classical optics, I decided to delve more into non-linear optics.
As someone who never had to use Gaussian form of Maxwell's equations, never used Tensors, and had never used Einsteins notation for summation; let me just say the algebra of the book proved to be a hard nut to crack!
What am I learning about? Anisotropy! Who knew that the direction at which you observe/propagate through a material such as a crystal plays a role in the material properties you will experience!!
I still don't believe you can determine eigenvalues and eigenvectors for an arbitrary 3x3 permittivity matrix (I need to use numerical examples to really see it) and that there exists rotational matricies that let us make the math all neat and proper.
But, slowly and with growing pains, I am continuing to slowly tread the waters of this fascinating topic!
your friends think about you, y'know? they smile and think about goofy shit you've said. they pray for you. they smell your perfume in a shop and think of you fondly. they tell anecdotes involving you to strangers and friends. they remember the way you hug or bite or high five and want to repeat it with you. they love you. i promise.
Listen to me babe. Failure is normal and part of the process. If you never fail, you're not making true progress. You're just regurgitating prior process.
I don't know why society is so obsessed with perfectionism and never making a mistake ever, but that's not how it works. You're going to forget to upload an assignment. You're going to miserably fail a test. You're going to get a speeding ticket. You're going to make your little sister sad. You're going to kill some plants. You're going to get that quiz back you were so confident about and realize that you got 1 question right. Those moments are when true learning take place instead of memorization and regurgitation.
This is why in math they make you show all your work and on science and reading they made you explain all your answers and choices with a paragraph. It highlights your thought process so you can analyze where you were right and where you were wrong. And it's ok to be wrong! No one is ever right all the time.
Don't let anyone shame you for being bad at something. Remember that they had to learn to walk and chew and talk and write and read and they didn't succeed the first few times in any of that. We should be building people up and acknowledging their faults as a way to learn and grow, not as a source of shame and despair.
The technique, developed by MIT engineers, probes metamaterials with a system of two lasers — one to quickly zap a structure and the other to measure the ways in which it vibrates in response, much like striking a bell with a mallet and recording its reverb. In contrast to a mallet, the lasers make no physical contact. Yet they can produce vibrations throughout a metamaterial’s tiny beams and struts, as if the structure were being physically struck, stretched, or sheared.
23 / Serbia / electrical engineering / photonics / I really like Ruan Mei
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