Here's the question for May 4th from the AMS Daily Epsilon of Math Calendar. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

#tumblr won't appreciate this. But I think all of my fellow computer touchers on #mastodon will. #Mathstodon should at least.

OG: https://www.tumblr.com/aspensmonster/782585706506813440?source=mastodon

Here's the question for May 2nd from the AMS Daily Epsilon of Math Calendar. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

Here's the question for April 29th from the AMS Daily Epsilon of Math Calendar. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

No shade, but has #mathstodon noticed how many maths riddles are setup with prisoners who will be freed or executed based on their ability to solve maths riddles, and what that implies about the worldview of people who came up with it?

Here's the question for April 25th from the AMS Daily Epsilon of Math Calendar. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

Here's the question for April 23rd from the AMS Daily Epsilon of Math Calendar. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

Here's the question for April 22nd from the AMS Daily Epsilon of Math Calendar. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

I'll be posting the questions from AMS 2025 Daily Epsilon of Math Calendar daily from now on. I should have started earlier (doing it on Blue sky for some time). Hope it will be of interest

Here's the question for April 20th. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

I'll be posting the questions from AMS 2025 Daily Epsilon of Math Calendar daily from now on. I should have started earlier (doing it on Blue sky for some time). Hope it will be of interest

Here's the question for April 13th. For those unfamiliar with the calendar, the answer is always the day of the month. Looking for imaginative solutions is the aim.

Search and @-resolution appear to be not working on #mathstodon. Am I the only one with this issue?

am i the only one who found search on #mathstodon extremely slow recently ?

# #Pachli 2.11.0 is released

## New features include

- Support translation throughout the app
- Experimental Markdown support
- Content filters default to all contexts

## Fixes include:

- Toot button accessibility
- Grammar fixes
- Report UI updates
- Content filter updates
- Fewer crashes

## Updated translations

- Finnish, Indonesian, Irish, Latvian, Norwegian Nynorsk, Polish, Slovak, Spanish

More details at https://pachli.app/pachli/2025/03/31/2.11.0-release.html.

Hey i poseted an image with question and my post is lost
Wtf #mathstodon ?
Nontheless that ll be my new dp now

The Fourier Transform is a mathematical operation that transforms a function of time (or space) into a function of frequency. It decomposes a complex signal into its constituent sinusoidal components, each with a specific frequency, amplitude, and phase. This is particularly useful in many fields, such as signal processing, physics, and engineering, because it allows for analysing the frequency characteristics of signals. The Fourier Transform provides a bridge between the time and frequency domains, enabling the analysis and manipulation of signals in more intuitive and computationally efficient ways. The result of applying a Fourier Transform is often represented as a spectrum, showing how much of each frequency is present in the original signal.

\[\Large\boxed{\boxed{\widehat{f}(\xi) = \int_{-\infty}^{\infty} f(x)\ e^{-i 2\pi \xi x}\,\mathrm dx, \quad \forall\xi \in \mathbb{R}.}}\]

Inverse Fourier Transform:
\[\Large\boxed{\boxed{ f(x) = \int_{-\infty}^{\infty} \widehat f(\xi)\ e^{i 2 \pi \xi x}\,\mathrm d\xi,\quad \forall x \in \mathbb R.}}\]

The equation allows us to listen to mp3s today. Digital Music Couldn’t Exist Without the Fourier Transform: http://bit.ly/22kbNfi

Yes it is 3.14! Happy Pi Day!

Happy #PiDay to all my fellow earthlings! Don't forget to eat some pie today, or… well, let’s just say the circle of life might close in on you. And trust me, you don’t want to find out what happens when you divide by zero. So grab a slice — your survival might depend on it.

Reminder: you canhelp mathstodon.xyz to keep the lights on, it a fabulous instance: https://ko-fi.com/mathstodon - there's even a leaderbord, maybe YOU can kick me out of the top ten :)

Which is smaller?

I don’t know mates, should we shun discussing #American #politics on #MathsTodon? Besides, we won’t be losing much, because what we have now is not really politics, but a cult.