Go to blazes kid, many are up their own arses a bit including me but you have passed the event horizon.
I actually had to look blazes up and spilled my Doritos while doing so, so to speak.
Speaking of event horizons, with improvements in camera sensor technology and the use of fast telescopes with Lucky Imaging where videos of planets or even the brighter deep sky objects are used, optical telescopes on Earth are increasingly able to approach their Rayleigh Criterion resolution limits through less than perfect seeing conditions.
The above developments seems to make my idea of using a dedicated narrow pass filter in front my relatively inexpensive 4 or 7 500 mm or so (depending on wavelength to be imaged) high f-ratio, single lens refractors obsolete. The narrow pass filter would eliminate chromatic aberration, but a shorter f-ratio refractor would still have other serious optical issues. As imaging times increase through using higher f-ratios, the signal to noise ratio decreases as well as the ability to Lucky Image, especially on dim deep sky objects. The cost of buying fully corrected, 4 lens 500 mm custom built refractors is currently way beyond my budget. Although the “mass produced” 127mm APO refractors are more affordable at about $10k per pop, one of my other goals of being able to stitch together multiple images of smaller parts of a deep sky object together into a higher resolution mosaic would not be met. My ultimate goal is to create images that have a breathtaking “3d” effect through high resolution data and exceptional image processing skills. For all the images by the Hubble and larger telescopes, very few images have reached their maximum possible visual impact in my mind. Perhaps I could visit one of the new 30 meter observatories in Chile in 2025, when they are expected to be completed.
I wonder if the techniques I learn in signal processing could be utilized in short term trading? Grin.
So how are things going with your new telescope?