In January, Circuit Cellar introduced a new section, Tech the Future, which dedicates page 80 of our magazine to the insights of innovators in groundbreaking technologies.
We’ve reached out to a number of graduate students, professors, researchers, engineers, designers, and entrepreneurs, asking them to write short essays on their fields of expertise, with an emphasis on future trends.
Their topics have included high-speed data acquisition, Linux home automation, research into new materials to replace traditional silicon-based CMOS for circuitry design, control system theory for electronic device DIYers, and how open-source hardware will make world economies more democratic and efficient.
Our contributors have been diverse in more than just their topics. They have been talented
young researchers and seasoned professionals. Male and female. American, Portuguese, Italian, Indian, and Australian.
The one thing they have in common? They keep a close eye on the ever-changing landscape of technological change. And their essays have helped our readers focus on what to watch. We compensate authors for the essays we choose to publish, and we are eager to hear your suggestions on subjects for Tech the Future.
If you are an innovator interested in writing an essay for Tech the Future, e-mail me (email@example.com) with the topic you’d like to address and some information about yourself. If you are a reader who wants to hear from someone in particular through Tech the Future or has a suggestion for an essay topic, please contact me.
The work of those we’ve featured so far can be found online at circuitcellar.com/category/tech-the-future. Here are just a few of the innovators you will find there:
• Maurizio Di Paolo Emilio, a designer of data acquisition software for physics-related experiments and industrial applications, discussing the future of data acquisition technology.
• Saptarshi Das, a nano materials researcher who holds a PhD in Electrical Engineering from Purdue University, focusing on the urgent need for alternatives to silicon-based CMOS. These alternative materials, now the subject of extensive scientific research, will be game changers for the microelectronics and nanoelectronics industries, he says.
• Fergus Dixon, an Australian entrepreneur and designer of the popular software program “Simulator for Arduino,” explaining why open-source hardware is a valuable tool in the development of new medical devices. Design opportunities for such devices are countless. Hot technologies developed for 3-D printing and unmanned aerial vehicles (UAVs) have direct medical applications, including 3-D-printed prosthetic ears and nanorobots that utilize UAV technology.
Enjoy these articles and others online. In the meantime, I’ll be checking my e-mail for what you would like to see featured in Tech the Future.