Breaking News
Investors are hedging against corporate defaults at a record pace:
Physicists captured a crystal made only of electrons, forming a honeycomb pattern without atoms...
US Treasury Largest Debt Buyback
BlackRock TCP Capital's Loan Write-Downs Masked by Restructurings
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 
New Paper Ream-Like Battery Boasts Impressive Energy Density
Project Manager Mareike Wolter, presented the battery concept that, in theory, would enable a Tesla Model S to travel up to 1,000 km instead of current 540 km (335 miles – 100D), using the same battery pack footprint.
The solution apparently is a completely new battery design that wouldn't any waste space on inactive components in the system.
"To do so, they got rid of the housings that encase individual batteries and turned to a thin, sheet-like design instead of a cylinder. Their metallic sheet is coated with an energy-storage material made from powdered ceramic mixed with a polymer binder. One side serves as the cathode, and other side serves as the anode.
The researchers stacked several of these so-called bipolar electrodes one on top of the other, like sheets of paper in a ream, separating the electrodes by thin layers of electrolyte and a material that prevents electrical charges from shorting out the whole system.