2/100 Days Of Productivity

An F4 category tornado bears down on storm chaser Tim Samaras, Carsten Peter.

One or two years ago I got a spam email with these two sentences in them and they’ve been a part of my vocabulary ever since

Things I love about being an older butch. @renbaird

non-basic study tips ive derived myself as a stem major lol

going from easiest to hardest to implement

i have very big trouble with focusing and interest so a lot of this will relate to attention retention

- look up the problems on your past tests. chances are your lecturer is consistently pulling them from 1-3 sources (true for most intro classes)

-practice with a timer since day 0 of learning about a new topic. this will prevent you from short circuiting on the exam and forgetting all about the topic you've studied for hours

-as you are going through a problem, mumble your thought process as if you are ochem tutor 2.0

- if you are multilingual, try taking lecture notes in a language other than the one they are provided in - this will force you to think critically about the material you are writing down

-leave. work. at the work table. dont think about assignments when you are spending time with friends or family.

-in general, the intensity of my background noise is inversely proportional to my stimulation levels usually i try to go ambient noise -> lofi/instrumentals -> study vlogs -> music with lyrics however, if you can take a break instead of listening to music that will make you more restless, it is better to do that

-usually, the boredom from practicing something boring does not feel as bad as realizing you have understudied that topic. persevere. you can do it!

concept: guy who leaves a lot of comments in their code which should be good but the problem is they're all written like this

Mark Twain in the lab of Nikola Tesla, spring of 1894. Twain is holding Tesla's experimental vacuum lamp, which is powered by a loop of wire which is receiving electromagnetic energy from a Tesla coil. Tesla's face is visible in the background.

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

Space.com

High-energy 'sun goddess' particle opens possibilities for new physics, exciting scientists

"I am personally excited to have found a new mystery in science to solve."

Over the years, scientists have managed to unveil the existence of quite a few intriguing particles, pushing the entire field of physics forward with each discovery. There's the "God Particle" for instance, aka the Higgs Boson that grants all other particles their masses. There's also the so-called "Oh My God!" particle, an unimaginably energetic cosmic ray.  But now we have a new particle in town. It's named  the "sun goddess" particle  —  and is fittingly extraordinary.  This particle has an energy level one million times greater than what can be generated in even humanity’s most powerful particle accelerators; it appears to have fallen to Earth in a shower of other, less energetic particles. Like the "Oh My God!" particle, these bits come from faraway regions of space and are known as cosmic rays. The particle has been dubbed "Amaterasu" after Amaterasu Ōmikami, the goddess of the sun and the universe in Japanese mythology, whose name means "shining in heaven." And just as its mythological namesake is shrouded in mystery, so too is the Amaterasu particle. Its discoverers, including Osaka Metropolitan University researcher Toshihiro Fujii, don’t know where the particle came from or indeed what it is. They also still aren't sure what kind of violent and powerful process could have given rise to something as energetic as Amaterasu.

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