Curious Cosmic wanderer. Navigator of dreams. Bridging the Gap. Sharing the beauty of love 😇🤍💫| TEAM HEART CHIEF OPERATING ORACLE
United Kingdom
Joined June 2019
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Titch Morris retweeted
November 7, 2026 - coronal hole on the sun sparks a beautiful night of aurora across the horizon. This view was taken in south west Manitoba, Canada around 9:10 pm.
A closed cycle restarting under the same planetary conditions that marked my arrival.
“destruction is a form of creation"
It manifests inapparently, effects quiescently, and accomplishes all without agency.
Profound as the earth beneath my feet.
Numinous as the overarching sky.
The boundless infinite.
Sempiternal.
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Long Count 0.0.14.1.11
moon:4 day:23
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Harmonic 19: Spectral Output Express intelligence of liberation I am a polar kin I extend the blue galactic spectrum
Blue Planetary Eagle
I perfect in order to create
Producing mind
I seal the output of vision
With the planetary tone of manifestation
I am guided by the power of abundance
I am a polar kin I extend the blue galactic spectrum
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By looking at a map that i THINK i created, i would remain laying in the valley looking up at mountains.
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Titch Morris retweeted
The last seven days of sunspots and coronal holes on the Sun, alongside the geomagnetic activity they can drive here at Earth:
Titch Morris retweeted
MUTUAL OCCULTATION OF JUPITER'S MOONS
What would Galileo think? When the great astronomer discovered Jupiter's moons 400 years ago, they were no more than pinpricks of light in his primitive telescope. Fast-forward to 2026, and they are fully-resolved spherical worlds.
This rare movie shows Europa partially eclipsing Ganymede on Nov. 7th. Günther Strauch recorded the event from Borken, Germany, using a 16-inch Meade telescope.
Galilean moons can only eclipse and occult each other near Jupiter’s equinox--or about once every 6 years. This season’s equinox falls on Dec. 16th. Observers who try to record these events typically see no more than unresolved points of light. Strauch actually resolved both disks: Ganymede at 1.34" and Europa at 0.80". A 16-inch telescope's theoretical resolution limit (the Dawes limit) is about 0.29 arcseconds, so he was working near the edge of what the instrument can do
In the video, Europa is the smaller, brighter dot. Its icy surface reflects much more light than Ganymede’s darker landscape. Europa's higher surface brightness makes it easy to follow as it passes in front of Ganymede, which is larger than the planet Mercury.
Answer: "I think I'd like a Meade"
