Breaking News
Pentagon Drafted Plans for Ground Operation to Capture Iranian Uranium at Trump's Request
"Break The Door If You Have A Warrant" – Son Defends 102-Year-Old Father From...
The FAA's "Temporary" Flight Restriction for Drones is a Blatant Attempt to Criminaliz
THE TRAP IS SPRUNG: Why April 6th Was a Massive Lie and the Global Energy Grid is Already Dead
Top Tech News
DARPA O-Circuit program wants drones that can smell danger...
Practical Smell-O-Vision could soon be coming to a VR headset near you
ICYMI - RAI introduces its new prototype "Roadrunner," a 33 lb bipedal wheeled robot.
Pulsar Fusion Ignites Plasma in Nuclear Rocket Test
Details of the NASA Moonbase Plans Include a Fifteen Ton Lunar Rover
THIS is the Biggest Thing Since CGI
BACK TO THE MOON: Crewed Lunar Mission Artemis II Confirmed for Wednesday...
The Secret Spy Tech Inside Every Credit Card
Red light therapy boosts retinal health in early macular degeneration
Hydrogen-powered business jet edges closer to certification 
Ultra-Low Power Nonvolatile FeFET Memory
This is energy saving non-volatile memory. They will first have 28nm planar CMOS for consumer applications in 2023 followed by IoT and industrial applications and then by automotive applications.
This will be faster than flash memory. This low-power, non-volatile storage technology is based on crystalline, ferroelectric hafnium oxide that can sit directly beside the processor on a chip.
They will use a thousandth of the electricity previously required for memory. This makes them interesting for installation in cell phones and computer clocks, for example, but also for the mostly battery-operated sensors for the Internet of Things.