Duration: (18) ?Subscribe5835 2025-02-27T14:03:04+00:00
A Bigger Magnifying Glass: Analyzing the Internet of Things
(30:11)
Plagioclase tutorial optical mineralogy
(5:2)
Desktop Holograms for Materials Science: How-to with Tomviz
(1:2)
Find the focal length of a magnifying glass that produces an erect image magnified 3 times of an obβ¦
(1:23)
What can we see through?
(11:35)
INTERESTING MATERIALS: Vitreloy
(2:39)
α α΅αα«α αα α΅α α°αα₯αΆ α¨α°α αααα α¨α αα£α³α°α αα αα αΈα«α°α αα΄α α΅αα α₯αα³! #Addis Ababa walking tour #StreetRecord #Eth
(25:1econd)
Discovering Eureka: Fiber Optics
(1:50)
Interoperability of heterogeneous archaeological research databases
(18:12)
Major uses of Terbium
(29)
teoretikal na modelo pls subscribe for more videos to be updated
(6:59)
Insect Taxonomy 101: Hemiptera \u0026 Old \
(9:50)
Microsoft Made a New Material to Science
(1:45)
#CurrentTopicsHS Lecture 1/Edition 2: Optical Coherence Tomography for examination of artworks
(38:1econd)
1.2. Prof. Kluteβs Research
(13:22)
Tangible Things of American Astronomy, or What Does a Computer Have in Common with a Teapot?
(46:38)
WebRTC \u0026 Computer Vision - Samson Timoner of Cyclops
(15:38)
Spherical Nucleic Acids: Unlocking the Source Code for Programmable Materials
(47:39)
Creating the Materials of Tomorrow, One Atom at a Time
(22:25)
OSC Colloquium: Michael Raymer \
(1:12:30)