Spain houses just over a third or 35% of the liquefied natural gas (LNG) storage capacity in the EU and the UK, according to data from Gas Infrastructure Europe (GIP), the association of European gas infrastructure operators, comprising 67 companies from 26 countries. [INSAGO / Shutterstock].
The recent round of tensions in the consistently difficult relationship between Russia and the U.S. has prompted a renewed focus on the Kremlin’s nuclear posture. For years, Western analysts have posited that Moscow adheres to what is often called an “escalate to de-escalate” approach. But what does this mean in concrete policy terms, and is it an accurate description of Russia’s nuclear doctrine?
Arrayed nanochannels can be used to controllably transfect and reprogram tissues in vivo for applications in regenerative medicine and cell-based therapies.
Watch the special Apple Event to learn about the all-new Mac Studio and Studio Display, new iPad Air, new iPhone SE, and iPhone 13 Pro and iPhone 13 in two new shades of green.
What would come after a nuclear war and what would be the consequences for Earth´s biosphere. And would some other intelligent species eventually evolve?
The humble lamp can come in many different forms, but nearly all of them feature a singular bulb that is uninspired and only responds to a light switch or potentially an app. YouTuber Tom Ouwerkerk, on the other hand, has designed a creative light accessory that is entirely 3D-printed and includes an intelligent central bulb that “magically” levitates above the base, defying gravity.
For the base of the lamp, Ouwerkerk printed a simple ring with a cutout on its side for plugging in a DC barrel jack. From there, he added an Arduino Nano Every that is responsible for controlling a strip of four WS2812B RGB LEDs and sensing if the bulb has been placed into its off position. When the bulb isn’t resting on top of the base, its top magnet gets attracted to the other magnet, which faces down from the top of the lamp and helps pull it upwards for the floating effect.
An analysis of radioactive chemicals in ice cores indicates one of the most powerful solar storms ever hit Earth around 7,176 B.C.
(Inside Science) — For a few nights more than 9,000 years ago, at a time when many of our ancestors were wearing animal skins, the northern skies would have been bright with flickering lights.
Telltale chemical isotopes in ancient ice cores suggest one of the most massive solar storms ever took place around 7,176 B.C., and it would have been noticed.