Since the light defining this phenomenon left its point of
origin 6,000 years ago, the ongoing event has travelled
over 21 trillion miles -- primarily in our general direction.
As the article states, the closest approach is estimated to
be within approximately 1,000 light years of our solar
system. Continuing along its anticipated course, it will still
take another ~13 million years to reach the closest point
before heading generally away from us.

Now, the interesting angle has less to do with this
particular phenom than it does with our ability to detect
similar events occurring closer to home. We've made
considerable inroads in upgrading our analytical skill sets
when it comes to the intelligent processing of astrophysical
image data. And what we're going to find out in the next few
years about black holes will stun both the scientific and lay
communities. Although we're used to seeing evidence of
black holes in the gigantic, large and medium size ranges,
there has been a lot of work recently done on black holes
on the infinitessimally small side. And there seems to be a
distinct gap in the magnitude scale between those
ultra-tiny "holes" up to the point where we start noticing
them again at the medium-to-large size.

There is a theory which states that the relative size of
detectable black holes is linked to the proportional scale of
the referenced observational frame. And that the ability to
perceive new orders of magnitude may be due to a shift in
that observational frame. So, if we all of a sudden started
noticing small to medium-sized "holes" in the fabric of
space, this may be due to one of two factors:

1) That we've incorporated significant improvements in the
capture and recognition process; or,

2) That our actual ability to perceive these new objects has
been changed by natural forces beyond our immediate
control — like a lens that has suddenly achieved a new
focal length or an enhanced depth of field.

The first option will be more likely if new objects are found
without losing the ability to detect the ones we have already
located.

If, however, you hear an announcement one day that some
black holes have disappeared while other new smaller
ones have been found, then you can be reasonably sure
that the (theoretical) graviton displacement caused by a
currently invisible (and nearby) black hole has altered the
reference frame.

I have reason to believe that we are seeing the effects of
such a body (but not the one at the centre of our galaxy and
not the much anticipated Planet X either) which has been
driving the dimensional attitude of our system into a new
mode of behaviour -- and a new way of "being". The upshot
here, is that effects of proposed bodies like Enigma and
Planet X are more symptomatic than causative in nature.
They are as much slaves to their environment as we are.

I'll have more on this soon, I hope.

Please keep in mind that this is a theoretical work and is
prone to revision as time goes on.