Uploads from Applied Science
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Curated by: Applied Science (279 videos)
Tracks in this Playlist
- 3D-printed, alcohol-powered, Einstein-Szilard absorption refrigerator
- Drawing electricity from this sodium-water reactor prevents it from exploding (in theory)
- See inside insects with an electron microscope and a femtosecond laser
- Atomic Force Microscope high-speed video, selective stainless steel etching, bacteria, and more
- Acoustic Radiometer spins in 130dB sound, clockwise and counter-clockwise depending on sound pattern
- Optical diffraction patterns and almost-holograms made with a MOPA laser engraving machine
- X-ray backscatter with compressed sensing algorithm
- Iron nitride permanent magnets made with DIY ball mill and tested with DIY magnetometer
- Welding visualization system uses intense pulsed lighting to outshine electric arc, laser cutter
- Dramatically improve microscope resolution with an LED array and Fourier Ptychography
- f/0.38 camera lens made with oil immersion microscope objective
- Mutarotation: a sugar that spontaneously changes from sweet to bitter
- Micronics SLS nylon 3D printer makes electronic circuits
- Photosynthesis photography: Making images with living plant leaves
- Measuring the amount of lead (Pb) consumed when drinking from lead crystal glassware. Is it safe?
- Multi-layer reactive foil: no fuel, no oxygen, tons of heat
- Temperature-sensing RFID tag in magnetic stir bar
- Identify chemicals with radio frequencies - Nuclear Quadrupole Resonance (MRI without magnets)
- How to make precise sheet metal parts (photochemical machining)
- High speed X-ray video: jumping beans, wind-up toys and more!
- Drawing on a plasma display with a laser pointer
- Silver nanoprisms grown into structural colors by high power LEDs
- Olestra (zero calorie cooking oil) - chemical synthesis and taste test
- X-ray timelapse of fluid movement in plants, stop-motion animation, sensor teardown/repair
- Underwater laser cutting and silver sintering to make ceramic circuit boards
- Atomic Layer Deposition of copper - If you like sputtering, you'll love this!
- The best projects from 10 years of Applied Science
- Measuring human digestive efficiency vs. a flame
- Prototyping with Applied Science: Design and build a bite sensor
- Etching silicon wafers to make colorful Rugate optical filters (porous silicon)
- Shooting an electron beam through air
- Ultrasonic soldering bonds glass, titanium, stainless steel, ceramics, tungsten, nichrome...
- Demo and teardown of an X-ray fluorescence gun (measures chemical composition)
- Giant glass diffusion pump and cathode ray tube demo
- Holograms on chocolate
- Hypercentric optics: A camera lens that can see behind objects
- Alpha radiation makes sparks, detects smoke, and eliminates static cling
- Antique 4x5 camera creates 20 micron photolithography masks: Super tiny tax form
- Electron microscope animation: Carbon nanotubes pulled into thread
- Details in the process of making "blacker than vantablack" coatings (part 1?)
- Make vacuum pre-loaded spherical air bearings without special tools
- DIY mass spectrometer measures potassium in dietary salt substitute
- How a film camera superimposes the date onto photos
- Cryogenic treatment of drill bits: tested 2X lifetime and microstructure analysis
- UV laser creates disappearing ink in normal printer paper
- "Bouncy" sulfur hexafluoride gas in tennis balls?
- How corrosion inhibitors protect metal: synthesis in the lab and testing
- Build an electroluminescent glass panel display -- an Apollo DSKY
- Drill through anything (conductive) with Electrical Discharge Machining
- Electro-osmosis: pumping water with electricity and no magnets
- Testing UV absorption eyewear and sunscreen with a deuterium light source
- High-resolution screen printing demystified
- Behind the scenes at Applied Science: Why video? Camera gear. Shop tour.
- Laser diode self-mixing: Range-finding and sub-micron vibration measurement
- Electroluminescent paint and multi-channel control circuit
- MEMs oscillator sensitivity to helium (helium kills iPhones)
- Dry water and Burning ice: all about gas hydrates
- Make plastic printed circuits with a standard laser cutter
- Vintage electrical tech - Weston Sensitrol Relay
- Engineering magnetics -- practical introduction to BH curve
- Candle flame is repelled by magnets (and Zeeman follow-up)
- Zeeman Effect - Control light with magnetic fields
- 3D print your brain, timelapse, high-res microfluidics, custom colors...
- Glowing plasma created by a high speed jet of water
- Making YBCO superconductor
- Flashing Light Prize 2018 - Sunscreen, UV, and neon
- Gas-powered waterjet cutter (follow-up) and other project updates
- Glass engineering - designing and making photochromic glass
- E-paper hacking: fastest possible refresh rate
- World's smallest lightbulb flasher? Flashing Light Prize 2017
- Waterjet cutter built with a cheap pressure washer
- Tesla CAN bus data logging
- Camera movement and dolly zoom with Chronos high-speed camera
- "Bullet Time" with the Chronos high-speed camera
- AM transmitter for antique radios and other project updates
- A refrigerator that works by stretching rubber bands
- Heat-sensitive 3D paper (swell paper)
- Handheld CNC router repairs old CNC machine
- Piezoelectric motor
- Design and build a spin coater
- Making DIY gecko tape - work in progress
- How anti-theft tags work - magnetostriction
- Your toothbrush is worn-out!
- Ruby laser (and other projects) follow-up
- How to choose a cleaning solution
- Electron microscope image capture via microcontroller (with drill bit animation)
- Control light with heat and magnets (Magneto-optical Kerr effect)
- Control light with magnets and olive oil?! (Faraday effect)
- Liquid Nitrogen Generator - Overview
- Tools and Tips #2 from Applied Science
- Electron microscope slow-motion video of vinyl LP
- The physics of floating screwdrivers
- Shrinking paper money with ammonia
- Extreme wood bending with ammonia
- Distilling pure anhydrous ammonia
- Magnetic Propulsion
- How Digital Light Processing (DLP) works
- Review of National Instruments VirtualBench
- The science of wineglass tears (or wine legs)
- Tools and Tips #1 from Applied Science