PUMA Microscope

@PUMAMicroscope

PUMA Microscope is a dedicated creator making open-source resources for microscopy and image processing accessible to everyone. They share their expertise through engaging videos, comprehensive documents, and user-friendly software, covering everything from microscopy theory to image processing techniques. With a growing community of 8 members, PUMA Microscope is empowering individuals to explore the microscopic world and contribute to scientific advancement. This open-source approach, combined with their commitment to education, makes PUMA Microscope a unique and valuable resource for anyone interested in microscopy.

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Jan 28, 2023 Patreon Launch Date

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@PUMA Microscope

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Here you can download my DFT spreadsheets which I made to supplement my Fourier transform series of videos.

How do the Fourier coefficient numbers output by the DFT relate to the harmonic waves that make up the signal? Why all the symmetries?

What is a 'discrete' or 'negative' frequency? Do we really need negative frequencies? What is the frequency range for a DFT? Here I explain.

This is the first in my series of videos aimed at giving you a detailed practical knowledge of the discrete Fourier transform.

Here I explain discrete image convolution with a new visualisation and examples. I also illustrate the properties of convolution.

The PWG produces spatially coherent EM radiation. Here I show how to build it and demonstrate Young's slits with it - all with 3D printi

Here I demonstrate how to install it and use the free open source BiaQIm Image Processing Suite (BIPS) to perform deconvolution.

Here I explain what aspects of EMR we can detect with our visual system with a brief explanation of the physiology of vision.

Here I explain spatial and temporal coherence of waves with animations and examples. I also introduce Michelson's interferometers

Here I present ways to represent EM waves and interference patterns with less misleading visuals. I also explain the concept of a wavefront.