Skip to content
New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

K-particles (a.k.a. what would happen to brains if we explode k-space?) #10

Open
6 of 17 tasks
ofgulban opened this issue Jun 22, 2023 · 3 comments
Open
6 of 17 tasks

Comments

@ofgulban
Copy link

ofgulban commented Jun 22, 2023

Title

K-particles (a.k.a. what would happen to brains if we explode k-space?)

Short description and the goals for the OHBM BrainHack

Description

Join us on an extraordinary visual adventure as we dive deep into the captivating realm of K-Space. Through the power of particle explosions animations, our project aims to shed light on the hidden wonders of magnetic resonance imaging (MRI) by explodring the intricacies of k-space and its relationship to the Fourier transform and brain images. Our ultimate goal is to create an enchanting video that unveils the magic of k-space sampling patterns and sparks curiosity among viewers.

The primary objective of this project is to leverage particle animations to provide insights into the journey of traveling and sampling the k-space. By generating captivating visualizations, we aim to demystify the concept of k-space and the role it plays in MRI, engaging both the scientific community and the general public in a delightful exploration of this fundamental aspect of imaging.

Goals

  • Particle Animation Wizardry: We will create an array of animated particles that represent the journey within the k-space. These particles will travel, interact, and dynamically respond to the sampling process, offering a visually captivating representation of the Fourier transform in action.
  • K-Space Explosion Sampling Patterns: Through manipulation of the animated particles, we will generate various k-space sampling patterns that demonstrate the importance of sampling strategies in MRI. By altering particle behavior, density, and distribution, we will illustrate the impact of different sampling schemes on image quality and resolution.
  • Video Compilation: The generated particle animations and k-space sampling patterns will be compiled into a visually stunning and informative video. This video will showcase the beauty and complexity of the k-space journey, making it accessible to a wide audience. To reach a broad community of researchers and enthusiasts, we will publish the final video on YouTube. This platform will enable us to share the captivating visuals, educate viewers about k-space and the Fourier transform, and spark curiosity and discussions around the fascinating world of MRI.

Link to the Project

https://github.com/ofgulban/k_particles

Image for the OHBM brainhack website

https://drive.google.com/file/d/1r2lLUgqEoLL2gsW9ejSGrOvD6aOli3y0/view?usp=sharing

Project lead

Omer Faruk Gulban, Github: @ofgulban , Discord: ofgulban

Main Hub

Montreal

Other Hub covered by the leaders

  • Montreal
  • Asia / Pacific
  • Europe / Middle East / Africa
  • Americas

Skills

  • Python
  • ffmpeg

Recommended tutorials for new contributors

Good first issues

  • Generate animations using the example scripts

Twitter summary

TODO

Short name for the Discord chat channel (~15 chars)

k-particles

Please read and follow the OHBM Code of Conduct

  • I agree to follow the OHBM Code of Conduct during the hackathon
@Remi-Gau
Copy link

You have run out of brains to explode?

@ofgulban ofgulban changed the title K-Particles: A visual journey into the heart of magnetic resonance imaging K-particles (a.k.a. what would happen to brains if we explode k-space?) Jun 22, 2023
@ofgulban
Copy link
Author

ofgulban commented Jun 22, 2023

Apologies, I have clarified the title now.

@Remi-Gau
Copy link

You are a gem. 😘

Sign up for free to join this conversation on GitHub. Already have an account? Sign in to comment
Projects
None yet
Development

No branches or pull requests

4 participants