@FLRW wrote in post #68: Einstein’s light deflection prediction was conclusively verified by modern radio and space-based astronomy, achieving a precision far exceeding the historical 1919 solar eclipse measurements. Radio Astronomy and VLBI 1. Very Long Baseline Interferometry (VLBI) …snip… 2. High Precision …snip… Space-Based Astrometry 1. Spacecraft Tracking …snip… 2. Optical Mapping
Your 4 numbered points interrelate as astronomer astrologer’s cohesive VLBI.
I primarily focus with you in reference to the Big Bang as related to VLBI, General Relativity, and gravitational lensing.
It appears to me that you cannot stand on your own in this debate because a short 11 minute interval transpired between your post #67 and post #68, and your second post that I’m responding to here has the hallmarks of predominantly AI generated material - that AI is a soulless master for those who know not Master Jesus Christ.
Now, I address your lack of data. I suspect you failed to read your own citations for comprehension in their entirety, there in your post #68. Here is some VLBI raw data for you:
“810-005 211H; Wideband Very-Long Baseline Interferometry”, Christine Chang, NASA JPL Caltech, 2026
VLBI measures the temporally synchronized data collection between the arrival of radio waves emitted by what scientists believe are many distant extra-galactic quasars at various permutations of disparately located Earth-based and space-based antennas. Two antennas form the scientist sorcerer’s very long baseline with a quasar forming the third vertex of a triangle for gargantuan distance triangulation in order to bind other stellar objects into this cosmic distance ladder, such as stars in the Milky Way Galaxy being tied to this reference frame. (“VLBI”, NASA EarthData)
Post #53 specifically detailed the missing rungs of your cosmic distance ladder, including astronomer astrologer produced research indicating that quasars exist in intra-galactic context as well as in locations which contradict red-shift readings to a very high degree.
VLBI calibration founded on broken quasar readings result in fraudulent VLBI. It takes a leap of faith to believe VLBI.
If you diligently read your citations for comprehension while cross referencing other data (do you recall writing “Very stupid people cannot review a lot of data” in your immediately prior post #67?), then you would have found that “scientists” selectively incorporate data favorable for their calculations, and this leads directly to your high priest Stephen Hawking’s star bible passage of “a case of knowing the result they wanted to get, not an uncommon occurrence in science”.
(“First Very Long Baseline Interferometry Detections at 870 μm”, Alexander W. Raymond et. al., Published by the American Astronomical Society, The Astronomical Journal, Volume 168, Number 3 2024-08-27)
High precision exists separately from estimation, that is, guesswork. The estimations in VLBI far exceed study bias. VLBI exists in the fraud zone, even the foundation for your faith.
The Earth’s orbit around the Sun provides a very short triangle baseline at polar opposite orbital sides for parallax calculations, so VLBI’s much smaller baseline combination of Earth vicinity (Earth-based and/or near Earth space-based) vertices to form a baseline are fantastically miniscule in relation to the scientist’s believed triangle apex fantastically gargantuan distance location at a stellar object posing as a third vertex for the triangle.
The Episcopic Model (post #53) illustrates that the triangulation lines are indistinguishable from parallel lines at merely 4 light years, yet VLBI astronomer astrologers believe their technique increased angular confinement over historical methods. I present this comparison of angle resolutions:
- 0.0003611111° (89.9996388889°) for 30,000,000,000,000 miles (5 light years) with a 186,000,000 mile triangle baseline (Earth’s solar orbit diameter).
- 00.0001833333° (89.9998166667°) for 60,000,000,000,000 miles (10 light years) with a 186,000,000 mile triangle baseline (Earth’s solar orbit diameter).
- 0.0000040556° (89.9999959444°) for 2,670,000,000,000,000 miles (445 light years) with a 186,000,000 mile triangle baseline (Earth’s solar orbit diameter).
- 0.0000000091° (89.9999999909°) for 1,800,000,000,000,000,000 miles (200,000 light years) with a 186,000,000 mile triangle baseline (Earth’s solar orbit diameter).
Split a single degree into one million slices then take 9 of those teeny tiny slices closest to a right angle (90°), and then you have the angle resolution necessary for an object far less than one million light years from Earth at 200,000 light years (see the last bullet item above), yet astronomer astrologers imagine much smaller granular degree angles for billions of light years.
VLBI astronomer astrologers believe they read maximal angular resolution at 0.00002 arcseconds which translates to 0.000000006°, but their baseline is not the very long 186,000,000 mile triangle baseline (Earth’s solar orbit diameter)! Their VLBI triangulation baseline is the Earth’s very short 7,926 mile diameter, or maybe a space-based instrument at Lagrange L2 opens that distance up to what remains a very short baseline at about 933,000 miles.
(“Very Long Baseline Interferometry (VLBI) in Radio Astronomy: Techniques and Applications”, By ICO-Optics.org, 2026-04-28, “Facts About Earth - Science@NASA”, “Lagrange point”, Wikipedia)
At 0.00002 arcseconds, the maximum triangulation distances from Earth are as follows:
- baseline: 7,926 miles; maximum measurable distance: 7 light years
- baseline: 933,000 miles; maximum measurable distance: 750 light years
- baseline: 186,000,000 miles; maximum measurable distance: 149,000 light years
Astronomer astrologers base their 0.00002 arcsecond accuracy upon their cosmic distance ladder - that is not instrumentation accuracy, alone.
The angles are all unreasonable, so the angles fall into the faith category.
Longer triangulation baselines result in superior data collection conditions, yet shorter baselines result is unreliably difficult data acquisition. The VSBI for VLBI results in radical reduction for the maximum distance measurement between a stellar object and Earth; in other words, a stellar object must be much closer to Earth for VLBI angle determination:
- The Earth solar orbit diameter of 186,000,000 mile triangle baseline is very short compared to a star at 445 light years (2,670,000,000,000,000 miles) away.
- The Lagrange L2/Earth 933,000 baseline is very, very short compared to a star at 10 light years (60,000,000,000,000 miles) away.
- The Earth diameter 7,926 mile baseline is very, very, very short compared to a star at 5 light years (30,000,000,000,000 miles) away.
Since VLBI’s foundation of VSBI undermines the VLBI, then VLBI triangulation exclusively supports a leap of faith.
Einstein’s light deflection E=MC2 nonscience is conclusively verified as a leap of faith by logical analysis of astronomer astrologers star bible’s VLBI modern radio and space-based astronomy, and gravitational lensing currently achieves no precision exceeding the historical 1919 solar eclipse measurements because General Relativity is part of the Big Bang Myth.