Ghost Day Later – 2
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Robert – Ruggero – Timothy
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Holger – Keith – Kynthea – Maria – Maaneli – Robert – Ruggero –Timothy
Robert’s Items
Chandrayaan City
Ruins on the Moon
☀️
1.
Chandrayaan City
Viewed from Orbit
Morningstar Enh-Enl
September 2, 2023
2.
Chandrayaan City
Sharp Close-up
Morningstar Enh-Enl
September 2, 2023
3.
Chandrayaan City
Inverted
Wide View 1
Morningstar Enh-Enl
September 2, 2023
4.
Chandrayaan Long City
Close View 2
Morningstar Enh-Enl
September 2, 2023
5.
6.
Götterdämmerung
The Final Theme
For Ukraine & Zelinsky
👁️
Siegfried’s Death & Funeral March
Richard Wagner
Klaus Tennstedt London Philharmonic
https://www.youtube.com/watch?v=wXh5JprKqiU
🔥
Avise La Fin
🐬
M
Guest Page
Fast links to Items: Richard – Andrew – Greg – Holger – Maaneli –
Robert – Ruggero – Timothy
Fast links to Bios: Andrew – Barbara – David – Georgia – Greg
Holger – Keith – Kynthea – Maria – Maaneli – Robert – Ruggero –Timothy
Ruggero’s Items
1. C3PO TYPE FEATURE NASA MOON, IMAGE FROM RCH TOSM ENTERPRISE MISSION
2. RCH C3PO HEAD NASA IMAGE COMPARRISON. COURTESY ENTERPRISE MISSION_TOSM
3. C3P0 HEAD FREEHAND SKETCH RUGGERO CALO
4. RCH TOSM IMAGE COMPARRISION RUGGERO FREEHAND SKETCH
5. Colour Adjust MACBOOK to show
left and right eye iris features.
6. TOSM C3PO HEAD TRACING HEAD RUGGERO CALO
7. Ruggero Tracing Overlay, Tracing and
Orignial of RCH 3CPO Head TOSM
8. NASA Spannsh Screenshot Highlighting the many new colours we may see on NASA and other space missions.
9. ECONOMIC TIMES youtube. Screenshot 2023-08-27 at 06.22.34
10. Alan Bean Flyby Screenshot Alanbean.com
11. Sagradafamilia.org Church light Scatering, Cathederal of Sagradafamilia Barcelona
12. ISRO Moon Flyby Screenshot
13. Colour Adjust SRO Moon Flyby Screenshot
Guest Page
Fast links to Items: Richard – Andrew – Greg – Holger – Maaneli –
Robert – Ruggero – Timothy
Fast links to Bios: Andrew – Barbara – David – Georgia – Greg
Holger – Keith – Kynthea – Maria – Maaneli – Robert – Ruggero –Timothy
Maaneli’s items:
1. NASA paper: “Evidence for a high altitude distribution of lunar dust” (1974).
“The crew of Apollo 17 saw streamers accompanying spacecraft sunrise. The time variations of the brightness of these streamers indicate that they were produced by light scattering in the lunar vicinity rather than brightness variations of material streamers emanating from the sun. The angular extent of the streamers indicate that the light scattering particulates extended from the lunar surface to above the orbital altitude of the spacecraft. Although observed as typical sunrise phenomena by Apollos 10 and 17, and possibly by 8 and 15 as well, streamers were not observed during the flight of Apollo 16. The scattering particles seem to be present sporadically, most likely lunar dust of tenth micron scale, and not a result of spacecraft contamination.”
2. What We Learned From LADEE
“Addressing a longstanding mystery from the Apollo era was also on LADEE’s to-do list. Astronauts in orbit around the Moon reported seeing a glow on the horizon before sunrise. One possible explanation was that lunar dust, electrically charged by the Sun’s ultraviolet light, was levitating above the surface. However, the spacecraft’s instruments found no evidence of any effect that could be seen by the human eye.”
https://science.nasa.gov/mission/ladee/outcome/
3. A Dust Cloud Around the Moon
“So where does this leave the horizon glow observations? Unfortunately, we still aren’t sure of their origin. A lower density of dust means that any horizon glow from light scattered by a dust exosphere would be extremely weak. No horizon glow was observed by Clementine, Lunar Reconnaissance Orbiter or LADEE, despite attempts to detect it. It is possible that the Apollo 17 crew saw a transient event, possibly the remnant effects of a single, large impact that locally threw a great quantity of dust into the sky. The sketches by Cernan and Evans are labeled “GET (i.e., Ground Elapsed Time since mission began) 232-55”, meaning that they were observed and drawn at the same time. LM Pilot Jack Schmitt made his drawing after the mission. He tells me that he was focused more on the streamers that appear to emerge from the below-horizon Sun and in his rendering, horizon glow is not prominent, if present at all (see Figure 4 in McCoy and Criswell, 1974). Clearly, the Surveyor observations are different (reflecting lofted dust well below the kilometer altitudes observed by Apollo and LADEE). So we are still left with a lunar mystery – where is this horizon glow coming from?”
https://www.smithsonianmag.com/air-space-magazine/dust-cloud-around-moon-180955624/
4.
LADEE sees zodiacal light before crashing into moon, but Apollo mystery remains
“So what did LADEE see? As you watch the animation above, comprised of images taken from darkness until sunrise, you’ll see a yellow haze on the horizon that expands into large diffuse glow tilted slightly to the right. This is the zodiacal light along with a smaller measure of light coming from sun’s outer atmosphere or corona. Together they’re referred to as CZL or ‘coronal and zodiacal light’. At the very end, the sun peaks over the lunar horizon. What appears to be missing from the pictures are the mysterious rays seen by some of the Apollo astronauts. The rays, neatly sketched by astronaut Eugene Cernan of Apollo 17, look a lot like those beams of light and shadow streaming through holes in clouds called crepuscular rays.”
https://phys.org/news/2014-04-ladee-zodiacal-moon-apollo-mystery.html
5.
The lunar dust environment: concerns for Moon-based astronomy
“Electrostatic processes on the lunar surface were first indicated by Apollo-era observations.
The Lunar Horizon Glow (LHG), 30 cm above the surface was recorded shortly after sunset by the Surveyor landers (figure 3). The LHG is likely due to sunlight scattered off a cloud of dust particles with radii of a few μm that are lofted by electrostatic forces near the terminator [37–40].
The height of the LHG is consistent with a recent observation by the Chang’E-3 rover of fine dust
deposits on lunar rocks up to a height of 30 cm [41].
The unexpected signals of the Apollo 17 Lunar Ejecta and Meteorites Experiment (LEAM)deployed on the lunar surface have been suggested to be due to low-speed (<100ms−1), highly charged dust particles with the rates spiking near sunset and sunrise [42]. However, different LEAM datasets showed no rate enhancement associated with terminator crossings and indicated that any enhancements were likely caused by rapid temperature changes rather than lofted dust [43]. Similarly, high-altitude dust possibly lofted through electrostatic mechanisms indicated from the Apollo astronauts’ sketches [44,45] and images from orbit [46,47] remained controversial.
Such a dust population was not confirmed by the remote sensing observations by Clementine [48] and LRO/LAMP [49], or by the in situ measurements from LADEE/LDEX [21,50], contrary to a competing analysis [51].”
https://royalsocietypublishing.org/doi/full/10.1098/rsta.2023.0075?af=R
6.
Firefly Aerospace’s Blue Ghost Mission 1 Successfully Launches and Begins 45-Day Transit to the Moon
“Towards the end of Blue Ghost Mission 1, we expect to capture a phenomenon documented by Eugene Cernan on Apollo 17 where he observed a horizon glow as the lunar dust levitated on the surface,” said Kim. “As a tribute to the last Apollo Astronaut to walk on the Moon, we’re honored to have the opportunity to watch this incredible sight in high definition.” (Jan 15, 2025)
7.
Rectilinear structure in Apollo 15 photo
https://wms.lroc.asu.edu/apollo/view?image_name=AS15-M-2502
8. Color Mosaics of The Moon
https://ser.sese.asu.edu/MOON/clem_color.html
9.
https://www.thelivingmoon.com/43ancients/02files/Moon_Images_Menu.html#24
10.
Scientific Coalition for UAP Studies
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Holger – Keith – Kynthea – Maria – Maaneli – Robert – Ruggero – Timothy
