Hi, I would like to announce a new project.
The goal could be described as "open science", or at least the part that is about being able to make physical measurements and build experiments when you are not necessarily at an elite institute or holding a large grant to equip your lab.
It is called "The SPI instrumentation project", and here is the link:
The approach is professional grade circuits and sensors and leverage Teensy (or Arduino) for functionality.
Take a look at what we have so far and see what you think.
The ideas for what to build come from our experience, the basic things we and colleagues have bought for our labs over the years.
We are open to requests and suggestions, though getting to them of course is about time and donations or sponsorships.
The goal could be described as "open science", or at least the part that is about being able to make physical measurements and build experiments when you are not necessarily at an elite institute or holding a large grant to equip your lab.
It is called "The SPI instrumentation project", and here is the link:
SPI Instrumentation: professionally designed for scientists by scientists, more capability and less cost.
Photon counting, precision 55ps, adj threshold, hysteresis Instrumentation Input, 16bit, 1MSPS Precision ...
spi-instrumentation.blogspot.com
The approach is professional grade circuits and sensors and leverage Teensy (or Arduino) for functionality.
Take a look at what we have so far and see what you think.
The ideas for what to build come from our experience, the basic things we and colleagues have bought for our labs over the years.
We are open to requests and suggestions, though getting to them of course is about time and donations or sponsorships.