Канал: PUMA Microscope

$Abbe's Diffraction Theory of Microscopic Perception (and an intro to Fourier Optics)$

Abbe's Diffraction Theory of Microscopic Perception (and an intro to Fourier Optics)

PUMA Microscope

PUMA Microscope

Abbe's Diffraction Theory of Microscopic Perception (and an intro to Fourier Optics)

Photology 06: Diffraction - and how it explains focussing of light by a lens.

Fourier 4 - The DFT in 2D and 3D

Fourier 3 - DFT Outputs, Basis Functions & Symmetries

Fourier 2 - Frequencies in the DFT: discrete, negative, Nyquist and range.

Fourier 1 - Perspective and Equations

Convolution - A new visualisation and intuition plus examples.

The PWG, Young's Slits and Köhler's Conjugates

Photology 5: Seeing Electromagnetic Radiation (EMR)

Deconvolution Step-by-Step Guide with the Open Source BIPS on Linux and Windows

Photology 4: Coherence

Photology 3: Representing Waves and Wavefronts

Photology 2: Individual EM wave features and interference

Introduction to light and EM radiation

Köhler illuminator update

05. C Programming for IA: Compiling 'Hello, World', argv, argc, structs, malloc, memory leaks, etc.

04. C Programming for IA: Statements, Expressions and Functions

03. C Programming for IA: Pointers, Arrays, Casting and Endianness

02. C Programming for IA: Data types, two's complement, fixed point and floating point formats

01. C Programming for IA: Binary information, logic gates, memory addresses

Demo of the free image capture C program - PARD Capture

00. Introduction to C Programming for Image Analysis (CPIA)

Stabiliser module for the PUMA open source microscope

Daylight Köhler Illumination and the Fourierfeldblende

Abbe Condenser 2 - Updates and the 'Uber Pol' high NA polariser

Customising PUMA - part 2: Using a Slicer and 3D printer to make and use the models

Customising PUMA - part 1: Design and FreeCAD file editing

Image capture for scientific processing in microscopy - an introduction

Errata and Compensating for 3D Print Tolerances

The PUMA Control Console - a multimedia interface breakout box for small microcontrollers

How to build the Spatial Light Modulator for the PUMA 3D printed microscope

Fitting a stepper motor to the Z-stage of the PUMA open source microscope

How to add an XY Vernier mechanical slide holder to your PUMA open source 3D printed microscope

How To Build and Fit the Augmented Reality Projector of a PUMA Open Source 3D Printed Microscope

Augmented Reality Microscopy and the Trinocular Camera Port

The Ocular Head Options for the PUMA 3D Printed Open Source Microscope

Epi-Illumination

Beam Splitters and the Advanced Filter Block (plus Microscope Length and Distance RMS/DIN Standards)

How to Make the Long Legs Stand for the PUMA 3D Printed Microscope

Köhler Illumination - How to build, collimate and use the Köhler Illuminator for the PUMA microscope

The Trans-Polarisation Illuminator for the PUMA 3D Printed Microscope

The LED Illuminator and Lower Collector for the PUMA 3D Printed microscope

Z-Stage II - Troubleshooting and Maintenance of the stage of the PUMA open source microscope

How to Build a PUMA Foundation scope ( 3D Printed Open Source Microscope )

The Abbe Condenser with an Intro to Dark Field and Phase Contrast microscopy

How To Build the Stage of the PUMA 3D Printed Open Source Microscope

How to Field Strip a PUMA Microscope

Introduction to PUMA Microscopy (the advanced 3D printed DIY microscope)

Assembling the PUMA Foundation Scope Microscope

Unboxing the PUMA Foundation Scope Microscope