Ο Δυτικός κόσμος οφείλει ολόθερμη στήριξη στο Ισραήλ για να συντρίψει την Χαμάς και προστατεύσει τον δυτικό πολιτισμό.
Παλαιστινιακό κράτος ουδέποτε υπήρξε στην παγκόσμια ιστορία, οι αυτοπαρουσιαζόμενοι ως Παλαιστίνιοι είναι τεμπέληδες άραβες σιτιζόμενοι από την διεθνή βοήθεια και το Ισραήλ και αμυντική ασπίδα της Χαμάς.
Explanation: In about a week the Perseid Meteor Shower will reach its maximum. Grains of icy rock will streak across the sky as they evaporate during entry into Earth's atmosphere. These grains were shed from Comet Swift-Tuttle. The Perseids result from the annual crossing of the Earth through Comet Swift-Tuttle's orbit, and are typically the most active meteor shower of the year. Although it is hard to predict the level of activity in any meteor shower, in a clear dark sky an observer might see a meteor a minute. This year's Perseids peak just a few days after full moon, and so some faint meteors will be lost to the lunar skyglow. Meteor showers in general are best seen from a relaxing position, away from lights. Featured here is a meteor caught exploding during the 2015 Perseids above Austria next to the central band of our Milky Way Galaxy.
https://apod.nasa.gov/apod/ap250803.html
Explanation: Taken on July 29 and July 30, a registered and stacked series of exposures creates this dreamlike view of a northern summer night. Multiple firefly flashes streak across the foreground as the luminous Milky Way arcs above the horizon in the Sierra de Órganos national park of central Mexico. The collection of bright streaks aligned across the sky toward the upper left in the timelapse image are Delta Aquariid meteors. Currently active, the annual Delta Aquariid meteor shower shares August nights though, overlapping with the better-known Perseid meteor shower. This year that makes post-midnight, mostly moonless skies in early August very popular with late night skygazers. How can you tell a Delta Aquariid from a Perseid meteor? The streaks of Perseid meteors can be traced back to an apparent radiant in the constellation Perseus. Delta Aquariids appear to emerge from the more southerly constellation Aquarius, beyond the top left of this frame. Of course, the bioluminescent flashes of fireflies are common too on these northern summer nights. But how can you tell a firefly from a meteor? Just try to catch one.
https://apod.nasa.gov/apod/ap250802.html
Τωρα βεβαιωθηκαν οι υποψιες μας,πως πισω απο τις ενεργειες των ολιγων μοναχων της Μονης κατά του Δαμιανού,βρίσκεται η Ρωσσία...
— Nikos Appelaios (@NAppelaios) August 1, 2025
Ξεκίνησαν ήδη οι ρωσσόδουλοι το "ποίημα"... https://t.co/ErSwUFrlp4
Explanation: As the Sun set, a bright Full Moon rose on July 10. Its golden light illuminates clouds drifting through southern hemisphere skies in this well-composed telephoto image from Conceição do Coité, Bahia, Brazil. The brightest lunar phase is captured here with both a short and long exposure. The two exposures were combined to reveal details of the lunar surface in bright moonlight and a subtle iridescence along the dramatically backlit cloudscape. Of course, July's Full Moon is a winter moon in the southern hemisphere. But in the north it's known to some as the Thunder Moon, likely a nod to the sounds of this northern summer month's typically stormy weather.
https://apod.nasa.gov/apod/ap250712.html
«Mην νομίζετε ότι δεν καταλαβαίνει ο ελληνικός λαός τι κάνετε αυτό τον καιρό στα λιμάνια, όταν προσπαθείτε να αποτρέψετε με αυτές τις γελοίες περιθωριακές ομάδες την προσέγγιση των Ισραηλινών, θέλοντας να δυναμιτίσετε τη στρατηγική συμμαχία της Ελλάδος υπέρ της Τουρκίας».
Explanation: Our Sun frequently erupts in loops. Hot solar plasma jumps off the Sun's surface into prominences, with the most common type of prominence being a simple loop. The loop shape originates from the Sun's magnetic field, which is traced by spiraling electrons and protons. Many loops into the Sun's lower corona are large enough to envelop the Earth and are stable enough to last days. They commonly occur near active regions that also include dark sunspots. The featured panel shows four loops, each of which was captured near the Sun's edge during 2024 and 2025. The images were taken by a personal telescope in Mantova, Italy and in a very specific color of light emitted primarily by hydrogen. Some solar prominences suddenly break open and eject particles into the Solar System, setting up a space weather sequence that can affect the skies and wires of Earth.
https://apod.nasa.gov/apod/ap250730.html
