filmov
tv
Digital Holographic Microscopy
Показать описание
Digital Holographic Microscopy
Most living biological cells are nearly transparent to light at optical wavelengths can be imaged via the phase shifts they induce to transmitted light.
Holography is able to capture quantitative distribution of the optical path delays created by the sample.
Main Advantages of Phase Imaging by Holography:
- We can reshape the complex wave front if needed, instead of using complex optical setups, e.g. single image is needed for reconstructing the 3-D scene or we can correct aberrations.
- High sensitivity of phase measurements - subwavelength axial accuracy.
Most living biological cells are nearly transparent to light at optical wavelengths can be imaged via the phase shifts they induce to transmitted light.
Holography is able to capture quantitative distribution of the optical path delays created by the sample.
Main Advantages of Phase Imaging by Holography:
- We can reshape the complex wave front if needed, instead of using complex optical setups, e.g. single image is needed for reconstructing the 3-D scene or we can correct aberrations.
- High sensitivity of phase measurements - subwavelength axial accuracy.
0:02:46
Digital Holographic Microscope V1
0:14:10
Digital Holographic Microscope: A pursuit to change the vision | Kedar Khare | TEDxFORESchool
0:00:55
Holoscope - Lensless Digital Holographic Microscope
1:01:20
STI seminar. Digital holography: Quantitative phase imaging of macro and micro samples
0:09:22
Digital Holographic Microscopy
0:26:26
Off-axis digital holography (Tutorial)
0:03:06
Digital Holographic Microscope V2
0:05:47
Digital inline holographic microscpy
0:05:45
Digital holography: Microscopic height measurements on moving objects
1:09:23
Digital Holographic Microscopy for bio-imaging applications || NGMD Workshop
0:10:55
How Interactive Visualization Led to Insights in Digital Holographic Microscopy | SciPy 2014 | Rebec
0:13:43
An Open-Source Tool for Non-Telecentric Digital Holographic Microscopy Reconstruction
0:01:27
Real-time rendering of lensless Gabor holograms of C. elegans worms
0:11:50
A low-cost, submersible, digital holographic microscope for in situ microbial imaging
0:15:17
Part 1 of 3. How to build a Digital InLine Holographic Microscope (DIHM)
0:00:25
MDCK cells captured with digital holographic microscope
0:07:56
Non-invasive Live Cell Imaging | Digital Holographic Microscopy | What, How, Why? in 8min
0:42:32
Workshop Digital Holographic Microscopy (DHM): Seminar 4 - Advances in DHM Hardware
0:03:12
Revolutionary Holographic Microscope for 2024!
0:04:29
Introduction to Digital Holography
0:02:47
Wafer inspection using digital holography microscopy
0:01:40
Blood Quality Assessment Using Digital Holographic Microscopy
0:29:53
Workshop Digital Holographic Microscopy (DHM): Seminar 6 Learning-based approaches to DHM
0:23:21
Workshop Digital Holographic Microscopy: Seminar 1 - Imaging Modalities
Комментарии