Design of a scan generator for Scanning TEM
In this post we are designing a scan generator for a Scanning Transmission Electron Microscope, also known as STEM.
Welcome! I’m Berk, a passionate PhD student at the intersection of electron microscopy, data science, and computational imaging. My research focuses on pushing the boundaries of biological imaging through innovative techniques like ptychography.
Curious about my journey? Explore my About page to learn more about my academic background and research interests. For a deep dive into my latest projects and insights, check out my Blog. From cutting-edge microscopy techniques to data analysis breakthroughs, I share it all there.
Looking for specific tools or resources? Head over to my Tools section, where I showcase software and methods I’ve developed. And if you’re interested in my published work, you can find a comprehensive list on my Publications page.
Feel free to connect with me if you have any questions or potential collaborations!
My research is mainly related to cryo-EM and diffractive imaging. Find everything about cool cryo-EM stuff
We won the EPFL MICRO-573 course competition! Using raw images from two cameras, we estimate the Global Horizontal Irradiance
In this post we are designing a scan generator for a Scanning Transmission Electron Microscope, also known as STEM.
In this post we are starting with a single lens imaging system, and derive the famous 2α diffraction limit. We take the steps necessary.
We won the course competition for designing a Neural Network. Here I share the details of our network design.
In this post, we are designing a PIC32 board from scratch.
In this post, we are designing a dsPIC board from scratch.
In this post, I am sharing what I learned from Levent Onural on designing a digital filter. I wanted this to be in his memory
In this post, we are improving upon an existing white noise generator design.
In this post, we are designing a digital signal processing circuit on a Basys3 board. We aim the circuit to run in real-time.