Scientifically measured to up human IQ by 420% for 2 hours by applying low frequency electrical signals to your brain's articular tissues..
An open microbial bioreactor for growing cultures of about 1L.
Citizen science project with mobile and fixed sensors for measuring air quality (PM 2.5) using low-cost sensors and smartphones - wifi
Using an STM32F429 board and two Geiger counters to detect muons from cosmic ray collisions in our atmosphere. ###See 7-3-19 updates! ###
For its making I will use components that can be easily obtained.
Detailed informations, facts, and delusions about Rife machines, and whether these devices really heal.
FRILLER is a 3D-printed compact robot that changes the radius of its wheels to overcome obstacles.
This my DIY version of a floating display which shows information in mid-air.
A small and low-cost drifter and wave-measuring buoy for the Ocean close to the shore and inside fjords.
Design, development, and validate a low-cost, open-source (OS) water testing platform which costs less than commercially available tools.
Make a real-life Gravity Gun that uses acoustic levitation to hold objects in mid-air.
This is a unique picture frame with a retro twist—a functional floppy disk! It also doubles as an auto-save button for your PC!
ISSOT keeps track of the International Space Station and gives you a visual indication of its location; even if you can’t see it.
Develop a low cost, open source, waste plastic extruder.
A low-cost SLM driver board would drastically increase the proliferation of advanced microscopy and holographic displays.
Fabrication of a 3D bio-printer from an off-shelf 3D printer (Prusa). The bioprinter is used for constructing 3D scaffold from hydrogels
Make an shake table to simulate earthquake at different frequencies, build earthquake-proof structures and test out their seismic resistance
A remotely controlled chamber in a coldroom/fridge that allows the heating of stored items to a desired temperature before being used.
A cool Newton's cradle made from ping pong balls containing WS2812B LEDs.
Convert a RepRap 3-D printer into an extremely affordable optical microscope.
With the Sony Spresense board, this plant engages conversations with Siri, monitors environment conditions and learns about data science.
This project teaches you how to calculate the time period of a simple pendulum using an IR sensor and evive.
Monitor diffuse and global solar radiation. This system moves a fiber-optic cable 0-90 degrees & takes measurements in 9-degree increments.
We show how to make a microscope using your phone, some cardboard & other bits and pieces... and a Tokymaker!
