Scifi science
of the Mars Insight mission and the reality of the Sun's position, Mars and the galaxy
and the question, "why is it there"?
as part of some images from the insight probe.
by Henryk Szubinski
of the Mars Insight mission and the reality of the Sun's position, Mars and the galaxy
and the question, "why is it there"?
as part of some images from the insight probe.
by Henryk Szubinski
The small difference between the 360 degrees of mars, the Sun and the galaxy as related to the extension of the 356 days of the year as the difference being the angle 0,06849
degrees per day difference of the projected angle in reference to the galaxy and the way of the angle vector as above the center of the milky way as seen from mars 3,4,5
degrees per day difference of the projected angle in reference to the galaxy and the way of the angle vector as above the center of the milky way as seen from mars 3,4,5
Sol 1: Instrument Deployment Camera (IDC)
NASA's InSight Mars lander acquired this image using its robotic arm-mounted, Instrument Deployment Camera (IDC).
This image was acquired on November 27, 2018, Sol 1 where the local mean solar time for the image exposures was 12:51:28 PM. Each IDC image has a field of view of 45 x 45 degrees.
Image Credit: NASA/JPL-Caltech
the change from c to d to e as the x square and the increase of height of the galaxy center effect that may be the m = matter core of the galaxy as it also has the radius, diagonal and circumference to observe it as one approaches the zone of the circumference of it's inner zone.
This becomes the MEGA sized observation of the size of the galaxy core as being almost vertical for every new motion into it's core by way of the radius becoming a vertical and the diagonal also observed as becoming vertical by way of the morphed space of the matter center.
This becomes the MEGA sized observation of the size of the galaxy core as being almost vertical for every new motion into it's core by way of the radius becoming a vertical and the diagonal also observed as becoming vertical by way of the morphed space of the matter center.