Deformable Electronics: Printed Circuits, Conductive Insulators, Liquid-Metal Veins

This is a lecture prepared for Physics 1E03 at McMaster University by Adam Fortais. 1E03 is a first-year engineering course that covers electronics and circuit design. This lecture was designed to show how the concepts covered in the course show … Continue reading Deformable Electronics: Printed Circuits, Conductive Insulators, Liquid-Metal Veins

The Newsletter #0.2 = Superwood, fluid dynamics in cells, and ultrabright pigments

In this issue:

Colloidal silica particles for ultra-bright coatings
Fluid dynamics inside cells help build branched networks
Making stronger-than-steel wood
Is it just me or are there more free, online workshops?
Carmen Lee on ropes of bubbles, pottery, etc

So, let’s get started, shall we? Continue reading The Newsletter #0.2 = Superwood, fluid dynamics in cells, and ultrabright pigments