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Malleable Micro – Batteries for Wearable Technology

Malleable Micro – Batteries for Wearable Technology

A new innovative technology for wearables is taking over the market of future technology. Wearables are portable systems that house sensors to make measurements from the wearer’s body. Powering these wearables requires flexible batteries that adapt to the specific material, and deliver the power needed for the system. Fraunhofer Institute for Reliability and Microintegration IZM

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SPRINGS AND THINGS WRAP INTO A POLYHEDRON OF INTERACTIVE LED ART

SPRINGS AND THINGS WRAP INTO A POLYHEDRON OF INTERACTIVE LED ART

Any resemblance between The Wobble Sphere and a certain virus making the rounds these days is purely coincidental. Although as yet another project undertaken during the COVID-19 lockdowns, we can see where the inspiration came from. Wobble Sphere is another work of interactive art from the apparently spring-driven imagination of [Robin Baumgarten], whose Quantum Garden

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Getting Started with the NodeMCU ESP8266 Based Development Board 1

Getting Started with the NodeMCU (ESP8266 Based Development Board)

As the popularity of Arduino boards increased, the demand for boards which comes embedded with some of the add-ons used with the Arduino increased. One of the most popular add-ons were the WiFi modules which are used to connect Arduino boards to the internet. Several boards were released by different manufacturers which used the Arduino

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Two bits per transistor high density ROM in Intels 8087 floating point chip

Two bits per transistor: high-density ROM in Intel’s 8087 floating point chip

The 8087 chip provided fast floating point arithmetic for the original IBM PC and became part of the x86 architecture used today. One unusual feature of the 8087 is it contained a multi-level ROM (Read-Only Memory) that stored two bits per transistor, twice as dense as a normal ROM. Instead of storing binary data, each

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