| New circuit topologies make it possible to customize the shape of printed electronic devices with scissors. Researchers of the Max Planck I...
More about Electronics (817)
| With wintertime almost upon us it’s a good idea to prepare for being outside less and devote time to the thought phase of projects and creat...
| It’s irrelevant if it takes you 20 minutes or 3 weeks to solve our popular Hexadoku puzzle—what matters is the achievement of actually solvi...
| Quantum engineers have created ICs entirely made of carbon-based materials. The all-carbon electronics are more flexible and heat-resistant...
| The Hexadoku puzzle employs numbers in the hexadecimal range 0 through F. In the diagram composed of 16 × 16 boxes, enter numbers such that...
| This Hexadoku puzzle doesn’t require anything remotely resembling a Zuse “Retronics” computer to crack. Logic reasoning, concentration and p...
| For optimum performance the human brain needs regular exercising and stimulating. Although the technical articles in this edition of Elektor...
| Seriously, this month’s is not an April spoof and it does have a unique solution. We kindly challenge you to defeat the blank boxes again a...
| No worries Elektor will run out of Hexadoku puzzles any time soon. Here’s a fresh one for you to practice your combinational skills on. Ente...
| Currently photolithography is used to fabricate chips. But when ICs are scaled down to 30 nanometers or less the cost of the technology is p...