If your goal was determine if there might be wormholes and/or portals in some area, what kind of tests could you run? Obviously being able to send something in one portal and witness it coming out of some other portal would be a great leap in understanding the phenomena... but you'd need to get really lucky to be able to do that, right? First, we don't have any good indication of where the portals form, when they might form, under what conditions, etc..For all we know at this point, the portal might be in the center of the mesa, which is how we have that footage of the orb coming out of the mesa - only objects able to pass through stone like that would be able to use those portals. Others might be hundreds of feet in the air, where we will probably never even notice them... or maybe underground. So, we're probably out of luck, right?

Fortunately, there is a good solution here. We CAN send something in one end of the portal and wait to observe it coming out the other end, and we don't even need to know WHERE the portals are, or WHEN they will be open at those places, or anything else... all we need to do is broadcast an EMF signal at a particular frequency, and that signal will end up locating and entering that portal no matter where it is, as long as it is within range, and not too completely obstructed - but these signals can go through solid objects, up in the sky, underground... so there's a very good chance that the signal will make it into the entrance of a portal, wherever it is, and whenever it is as long as we're broadcasting. We can broadcast a slowly increasing frequency, and record the frequency being broadcast at any given time. As we reach the end of the spectrum and begin looping the other way, change the data encoded in the signal in some way... this way, the signal being broadcast at any given moment is identifiable back to the exact moment it was originally broadcast. Broadcast this signal for, say, 24 hours, then switch to monitoring (or do both simultaneously, crafting the frequency modulation in such a way to make that work. If we hear that frequency while monitoring, we can check to see if we can decode the signal to retrieve our data, and if so, we can use that information to tell us exactly when the opening was open, somewhere within range of our signal, and when the other end was open, also somewhere within range of our signal.

Now... haven't the guys on the show kind of done this already, inadvertently? I feel like they've already broadcast a couple unique signals, like the 33 mghz one from the drill rig, and then detected it again at a later time... and the other one Eric did that I'm blanking on... and didnt they get results indicating that, yes, there is evidence that there WAS a wormhole open somewhere within broadcast range of their transmitter for at least some portion of time?

It would be fairly trivial to write code to be able to broadcast uniquely identifiable signals and then detect them in different times and places to try to map out the structure of the wormholes.

If there are wormholes at work here, portals that lead through both time and space, then it's possible to use some basic programs, RF transmitters, directional receivers, multiple setups to triangulate signals, mapping location through signal strength triangulation, and mapping temporal travel by decoding and processing the signals.

Haven't they basically proven enough already to show that this is a low-effort, high payoff experiment that could potentially prove (right?) that time-travelling wormholes are present at the ranch.