If I Have Such High Dreams, Why Would I Settle For Anything Less?

GUESS WHO'S BACK!!

Not me.

I've finished writing my dissertation (no beta we die. we just die) but I still have my whole ass presentation to prepare.

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I'll defend this shit in two days.

I did it. I fucking did it. It’s over!!!!

Math exam day stats:

Cry count: only 3!

Headache: 3/10 - pretty good, really not a lot

Moodswings: 10/10 - the first exam was awful the second one alright + confused crying laughing

Tired: 9/10 I’m exhausted

- and only like 18 weeks until I can do all that again and have the pleasure of taking my FINAL exam (Abitur) 😃😃

But until then… life is good again

pretty colors~

i LOVE doing titration labs. i used methyl orange since my lab station was in charge of finding the first equivalence point of a diprotic acid. it was kind of hard to tell if the acid was red, orange, or yellow at times though... but the data is good!

it’s been a little over two years since i took a picture of ursa major while flying. it was a surreal experience and i lowkey want to travel again just so i can see that :)

really regret not getting my phone reflection out of it so if anyone has any tips to remove it i’d love to hear them!

you ask a student in april how they're doing and they'll say "oh i'm fine" but in reality they are treating themselves in such a way that violates the geneva convention on treatment of prisoners

“the best revenge is massive success,"

Why I hate the pomodoro method.

You’ve probably seen someone suggest the Pomodoro method before— you do short sprints (typically 25 mins) followed up by a quick break (typically 5 mins).

I don’t like it, and I will never go back to using it. Don’t get me wrong, it can work really well! My sibling only gets anything done if they use this method, so there is something good about it. However, I’m going to talk about the downsides and what else to do instead of this method.

1. It focuses on time spent rather than results.

Many tasks are quite flexible in how long we take to complete them. Take walking home for example. When I am in a rush to school, it takes about 20 mins uphill, but my legs cramp really bad. When I’m just listening to my music and vibing, it takes about 30 mins downhill.

It's a similar idea for studying. Apply pressure on your learning and assignments, and they get completed faster. Too much pressure, you get exhausted or can’t think straight. (HINT: Procrastination). Too little pressure, and it takes forever to get anything done.

Different results require different amounts of time and pressure.

Trying to strive for a specific time frame undermines what your true goal is: to get some something done. The repetitive cycle assumes a “one size fits all” but that is rarely ever the case. Saying “I studied for two hours today” means nothing compared to “I wrote my essay, read a research paper, and annotated my notes from yesterday.”

2. It discourages focus and flow.

When I was trying out the method, I kept trying to find the ideal time for work and for breaks. The problem is it's never the same. Some days, you are more mentally exhausted and need longer and more breaks, otherwise you are just going to be miserable.

As it is, the five-minute break isn’t long enough to go on a short walk, take a dedicated snack, or fully disconnect. It’s a waste of time that taunts you with distractions that aren’t conducive to a good work environment.

The opposite is also true. Good days can be rare, so when you get into the zone, there’s no reason to come out of it for anything other than a natural transition. A ticking timer to your productivity doesn’t help, and breaking up that “flow state” isn’t maximizing your time or your efforts.

I also haven’t heard many people mention stamina. If you are in school and taking tests, you realize they are typically around the same length (90 - 120 mins where I am). The pomodoro method contradicts this. For a lot of people, focusing and doing your best on a test for such a long period of time can be difficult.

Oh, but that’s just life.

Maybe a part of it is, but you can take steps to improve your stamina during test taking. Spending upwards of two hours studying or taking practice tests, especially leading up to huge exams, can make the test fly by. Simulating test conditions is also a great way to study or increase pressure, which is what long term study periods achieve. Taking longer study periods also relates back to breaks. With the same amount of break time, you consolidate it into a greater block. You can grab a snack, watch an episode of your favorite show, take a walk outside, or do your hair. All fun stuff you can’t do with pomodoro.

3. It brings technology back into the equation.

If you’re using pomodoro method, most likely, its on your computer or your phone. Which means you have to have a device in reach and visible (for work on paper) or be constantly switching tabs (for work online).

Distractions are a huge part of this modern age, which means that you could inadvertently be teasing your mind with a computer game or social media or whatever you enjoy. Even if you don’t give in, you *are* losing focus.

Forget the clocks, forget the devices, forget the notifications. It’s so much easier to be productive if you have nothing else to do and no distractions to take you away from something that, at the heart of it, you enjoy. Because if you hate studying, why are you still reading this??????

This is really long so I’ll make another post about different study methods next week.

Study Challenge (13/100) + Board Exams Study Challenge (3/21)

08/February/2025 (Saturday) [👩🏻‍🎤]

Productivity Stars: 0/5 ⭐

📝🌲: 2 hours

🎧: Sailor Song - Gigi Perez

💌: Despite barely studying anything today, I feel relieved. The reason is that my sister and I sang a lot to karaoke. My throat hurts from all the high notes I tried to hit, but voice cracks were the only thing that blessed my parents' ears. 😹

i made this post a while ago and omg its even worse than i thought. i'm working on some electrostatics problem sets rn. how are you going to have v for velocity, V for electric potential, V for the volts unit, V for volume, U for potential energy, u for energy density, v (or i guess nu) for neutrinos, v for frequency???? they all look the same...

don't even get me started on k

why are there so many variables in physics? it’s like reading a whole new language and i’m dying here 😭