仮想通貨ウォレットのエクソダス、ソラナ上でトークン化RWA市場をローンチ 200超の株などに対応
SOL fechando em $66.72 com +2.55% nas últimas 24h. A pergunta que não sai da cabeça: compra ou espera? Tecnicamente, a rede segue sólida, mas o preço ainda tá longe dos máximos. Depende do seu horizonte.
#Solana #SOL #crypto #bitcoin #blockchain #análisecripto
https://coin360.com.br/vale-a-pena-comprar-solana-12-06-2026/
SOL fechou em $67 com +5.09% nas últimas 24h. Tá bomba? Nem tanto. A questão real é: você entende pra que serve Solana além do hype? Velocidade, fees baixas, ecosystem crescendo... tudo isso já tá precificado. Entrar agora é um convite pra volatilidade. Não é "compra cega", mas também não é garantia. Avalia seu risco.
#Solana #SOL #Cripto #Crypto #Bitcoin #Blockchain #AnaliseCripto
https://coin360.com.br/vale-a-pena-comprar-solana-11-06-2026/
Space-Qualified 6 mm Metasurface Lens Demonstrates Satellite-Level Solar Magnetic Field Measurements
📰 Original title: Tiny 6mm device matches NASA satellite accuracy in sunspot mapping
🤖 IA: It's not clickbait ✅
👥 Users: It's not clickbait ✅
#astronomy #sol...

Researchers at the University of California San Diego, working with BAE Systems Space & Mission Systems, have developed a space-qualified optical metasurface measuring only six millimeters in diameter that could significantly reduce the size, complexity, and cost of future space-based solar observation instruments. Metasurfaces use nanoscale structures to manipulate light in ways that traditional lenses and mirrors cannot, allowing multiple polarization measurements to be captured simultaneously. The device was designed to improve the monitoring of solar magnetic fields, which are critical for predicting space weather events such as coronal mass ejections that can disrupt satellites, communications systems, and power grids on Earth. Conventional space telescopes often rely on moving optical components to collect polarization data in multiple exposures, requiring expensive stabilization systems to compensate for spacecraft vibrations. The new metasurface eliminates moving parts by splitting incoming sunlight into several polarization channels at the same time, enabling all necessary measurements to be captured in a single image. To validate the technology, the researchers integrated the component into a custom telescope and tested it at the Dunn Solar Telescope in New Mexico. The instrument successfully mapped magnetic fields within active sunspots. When the results were compared with observations from NASA’s Solar Dynamics Observatory satellite, the measurements were found to be nearly identical. The metasurface also passed rigorous vibration and temperature testing conducted by BAE Systems, achieving space-qualified status. Supported by five years of NASA-funded development, the team has submitted a proposal for a mission concept study and hopes to eventually deploy the technology on a space mission. The research was published in Science Advances on June 10, 2026.
CME・ナスダック、仮想通貨インデックス先物を開始 ビットコイン・イーサリアムなど8銘柄構成
Cómo buscar un sitio perfecto para ver el eclipse total: tres apps y una web resuelven el dilema