Crypto infrastructure and liquidity provider Aquanow to provide data to Pyth Network

『V』𝚃『B』Casts┋
Aquanow, a digital asset infrastructure company and crypto liquidity provider, today announced it will join Pyth Network, a specialized oracle solution for latency-sensitive financial data, to help deliver market access to trusted pricing. The Pyth Network delivers accurate, timely, and verifiable market data to decentralized applications on a sub-second timescale. There are now over 50 […] The post Crypto infrastructure and liquidity provider Aquanow to provide data to Pyth Network appeared first on CryptoNinjas.
http://dlvr.it/SMY8k5

Popular Content

How Does Moonstone Heal You?

『V』𝚃『B』Casts┋
Image
Moonstone is a common find in any spiritually inclined person’s house. This translucent stone comes in different colors, including grey, white, orange, green, blue, pink, and more. The gemstone has… The post How Does Moonstone Heal You? appeared first on SWAGGER Magazine. http://dlvr.it/SD16qP
Read more

'Squeezed' light might produce breakthroughs in nano-sized electronics

『V』𝚃『B』Casts┋
Image
It's one thing to produce nanoscale devices, but it's another to study and improve on them — they're so small they can't reflect enough light to get a good look. A breakthrough might make that possible, however. UC Riverside researchers have built technology that squeezes tungsten lamp light into a 6-nanometer spot at the end of a silver nanowire. That lets scientists produce color imaging at an "unprecedented" level, rather than having to settle for molecular vibrations. The developers modified an existing "superfocusing" tool (already used to measure vibrations) to detect signals across the entire visible spectrum. Light travels in a flashlight-like conical path. When the nanowire's tip passes over an object, the system records that item's influence on the beam shape and color (including through a spectrometer). With two pieces of specrtra for every 6nm pixel, the team can create color photos of carbon nanotubes that would otherwise appear...
Read more