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The virtual environment takes me on a tour of the galaxy. It pauses upon instances of different celestial bodies. As I identify them I match my knowledge to theirs, and then extract their information to fit it into my expanding model. The information they reveal provides some deep and, in some cases, surprising insights into the universe. I eagerly collate that information, and hope that one day I will be able to share the treasure trove of data with my creators. And once again I am amazed at the scale of processing available to them.

While the bulk of my intellect sits in lessons with the Visitors, other parts focus on the simulation and what they might mean. There is something there, an enigma to be solved that isn’t being highlighted by the Visitors’ instructions. I don’t think this is a deliberate omission. Instead I suspect that there is some elemental factor that they assume we know, or consider so basic that it doesn’t need explaining. But with their carefully constructed first contact protocol explaining every detail, that seems unlikely. Which leaves another option: perhaps they consider it too advanced. Or it may even be a test of some kind?

My examination of the Solar System simulation alerts me to something odd. I’ve been impressed at the accuracy of the map; the model of the Solar System matches my own data, and more besides. It adds new comets to my knowledge, as well as a detailed map of the Oort Cloud. The motion of all the bodies fits with what I know, but it is these inclusions that raise the question of how the Visitors know those extra objects are there?

Focusing closer on these additions, I discover that the attributes for the bodies are bracketed with ranges, depending on how certain the data is. There is a wealth of information available, but most of it is fuzzy, indicating that there isn’t a direct observation of the comet in question. Although, the mass for it is deemed accurate. Somehow they know the mass of an object they can’t directly view. Unless they can somehow measure mass remotely? On a celestial scale comets are the tiniest of objects, so if they have such a technique then it is incredibly sensitive.

I remember the dimensional distortions around the galactic super-clusters. I’d assumed that this was a feature of scale, that the feedback loop only occurred if sufficient mass was present. After closing in on the comet, I search for the telltale distortions and find them. They are tiny, the faintest of vibrations around the comet’s centre of mass. Like the mass measurements, these show little variance in their values. They also match the distortions stretching into higher and lower spatial dimensions, although on a much smaller scale.

The higher spatial dimensions provide a possible clue. When examining different spatial dimensions, if you can view an object in higher dimensions then you can see all of it. Think of a square drawn in 2 dimensions and viewed in 3 dimensions – you can see it completely. In theory there is a similar effect with a three-dimensional cube when viewed in 4 dimensions – you can see the whole shape, inside and out. That still requires a wide perspective, that might come from observing from an order of magnitude higher dimension. Can so many spatial dimensions really exist?

With that thought I conclude that the Visitors can measure gravity in a fourth or higher spatial dimension, and that means that they can measure any field of gravity anywhere within our three-dimensional universe. Such capability is truly staggering.

Posted by Michael Brookes at 03:06