Science An unpowered exoskeleton decreases the energy required for walking With no energetic input, a boot-like device increases walking efficiency. Shalini Saxena – Apr 6, 2015 3:00 AM | 120 ...

The four tested 'Leven JS-600' branded SSDs are basically bog-standard no-name units. HTWingNut says they are all TLC SSDs of 128GB capacity and rated to withstand 60 TB of written data. Every ...

A West Texas company says it's found a remarkably simple way to slash air cargo costs as much as 65% – by having planes tow autonomous, cargo-carrying gliders behind them, big enough to double ...

Overall you can see that an SSD stored, unpowered, in a warm room (25°C) can retain its data for about a year, but in general that length of time is halved for every extra 5°C of temperature.

"The unpowered exoskeleton is like a catapult. It has a spring that mimics the action of your Achilles tendon, and works in parallel with your calf muscles to reduce the load placed upon them ...

The unpowered exoskeleton developed by the Iranian researchers reduces metabolic rate by 8 percent during running. It works by the recycling motion from the runner's "scissor kick." ...

It is lightweight, unpowered, wearable exoskeleton (the walking assist clutch) to reduce the energy cost of human walking. This wearable boot-like apparatus, when attached to the foot and ankle, ...

An unpowered device can harvest water vapor in a desert Take an unusual material, add sunshine, collect water. Scott K. Johnson – Apr 17, 2017 5:29 PM | 189 Credit: Evelyn Wang/MIT Text settings ...

An unpowered mixer, on the other hand, allows for greater power control, since it works in tandem with an amplifier network. Unpowered mixers are typically used for larger audience venues, like ...

An unpowered clutch engages a spring in parallel with the Achilles tendon when the foot is on the ground, offloading the calf muscles and making walking easier (Photo: Steve Collins) ...