Lifeboat Foundation

Recently, when we were writing our book Numericon, we came across what has now become one of our very favourite numbers: Graham’s number. One of the reasons we love it is that this number is big. Actually, that’s an understatement. Graham’s number is mind-bendingly huge.

Another group finds hundreds of new viruses, some of which may play a role in human disease.

O.o.

Our project needs to store like 200Gb of images for offline usage!

I am making a PWA using Workbox and then setting its URL as the homepage parameter for “Chrome App Builder”.

Koch lands in Kazakhstan after 328 days in space, the longest continuous spaceflight by a female astronaut.

Esther Addley

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The conductor on the podium has no baton, no tailcoat, and no musical score, but Android Alter 3 is kicking up a storm as it guides a symphony orchestra’s players through their paces. Robot playing orchestra.

AMD’s upcoming Radeon Instinct MI100 HPC accelerator which would feature the Arcturus GPU has been spotted by Komachi. The existence of the AMD Arcturus GPU was confirmed all the way back in 2018 and two years later, we are finally starting to get details regarding the specifications for AMD’s next HPC/AI accelerator.

AMD Arcturus GPU Powered Radeon Instinct MI100 HPC / AI Accelerator Features 32 GB HBM2, 200W TDP In Early Prototypes

The “Arcturus” codename comes from the red giant star which is the brightest in the constellation of Bootes and among the brightest stars that can be seen from space. Similar to Vega and Navi, both of which are also some of the brightest stars visible in the night sky, the naming scheme takes inspiration from the time since RTG was created and the founding father, Raja Koduri (ex AMD RTG President), put a lot of emphasis on bright stars when they first introduced Polaris.

O.o.

About 2.2 billion people in the world do not have access to drinking water services that are managed safely.

O.o!it probs aliens they are everywhere lol.

Aliens?

No, these are not pictures of caramel corn—they’re the new close-ups of the sun, taken by the largest solar telescope ever built, and they’re what the Internet has been abuzz about for a week. The Daniel K. Inouye Solar Telescope (DKIST) is able to capture imagery three times more detailed than anything we’ve seen before. What we’re looking at here in this video are huge bubbling cells as big as Texas, transferring heat from the sun’s interior to its surface, but the telescope can also resolve tiny features as small as Manhattan Island within the cells!

The DKIST is about 13 feet wide and has a better-than-bird’s-eye-view at 10,000 feet above sea-level on the summit of Haleakala, a massive shield volcano on Hawaii’s island Maui. The area covered in this image is about 22,600 miles by 22,600 miles, but the cell-like structures shown are about the size of Texas.

This is only the first time it’s been used so far, and scientists are hoping that in the future it will be helpful in predicting solar weather. Scientists still have a lot of questions about the dynamical processes in the sun and space weather is a focus that can have significant impact on the everyday individual. Space weather has a huge influence on our air travel and satellite communication, sometimes causing power outages and system failures, and our technology has only given us about 48 minutes’ notice until now. The DKIST will help us predict solar flares 48 hours in advance and understand space weather like we never have before.