Perhaps our future overlords won’t be made up of electrical circuits after all but will instead be soft-bodied like ourselves. However, their design will have its origins in electrical analog… ...

Digital logic circuits generally have input power and ground connections in addition to their logic connection points, so [Thomas]’s main breakthrough here is that the mechanical equivalent ...

It requires fewer transistors to build dynamic logic gates and achieves high performance with low power dissipation compared to conventional dynamic logic designs. The compact industrial model of ...

A single logic gate can only do one simple function. To create more complex decisions and control systems, such as how a robot moves or how a microwave starts when the door is closed and a timer ...

The leakiness of commonly used genetic components can make the construction of complex synthetic circuits difficult. Here the authors construct NOR gate architecture, using dCas9 fused to the ...

Figure 2: The circuit doubles a 15MHz input frequency to 30MHz. A few simple selections configure this circuit for an application. The logic gate must operate from the desired supply voltage and ...

DNA Strands Weaved into High-Complexity Logic Circuits and Multiple "Robot Arms" DNA computing may scale up dramatically by taking a page from the electronic world By JR Minkel Technology ...

Scientists at Johns Hopkins have engineered cells that behave like AND and OR Boolean logic gates, taking an important step toward using living cells to create computer circuits. While previous ...