Bellatrix, Bella Tricks

Here is a screenshot taken with Google Earth online, figuring a line (following the surface) between CERN and nearest mountains, where there could be a tunnel and an opening in the barely populated area between mountains at an altitude of 2500 meters (nearly 8000 ft) where air density is 20% lower than at sea level. A gold beeam passed through that tunnel and deflected a few degrees could follow Orion constellation a few minutes maybe up to an hour a day. If it will glow, at least in the lower part of the atmosphere. Yes, it could. Maybe they divert all planes from the area during those minutes of "operation".

The angle. From this image you can gas the angle in which particles can escape the ring into a tunnel.

I went and started Stellarium on Angela's computer. At this time of the year, at around 8:30 AM in Geneva, Bellatrix (Bella tricks, closest in Orion, at 252 light years, a blue giant, 7 times the mass of Sun, 6 times the diameter, 4 times hotter surface), is at around 20 degrees south (from east) which does correspond to the line in the first image and 20 degrees above horizon.

Assuming the last part of the tunnel under the yellow line is curved in a similar way with the rings, filled with superconductive hyper magnets, the beam could be sent in space at that angle (maybe variable), around that time period. Middle click (right click, open in new tab) for best view.

In popular culture,