Hello!
I'm Cynthia Sue Larson, with RealityShifters.com
Today I'm talking with you about why Nelson Mandela
didn't die in prison, and why it matters.
I'd like to start with a quote that most you may remember that
comes from Mark Twain. He said, "The reports of my
death have been greatly exaggerated." Some of us
remember that Nelson Mandela did pass away
in the 1980s when he was still incarcerated.
I've talked about this before. A lot of people have talked about this before.
It's really not that new an item, but I think what is
becoming interesting is now that he has passed away--
for some of us again in 2012-- a lot of people are feeling that weird sense kind of like
déjà vu, but a little different. Because
when Nelson Mandela died back in the nineteen eighties,
there was a lot of hubbub. It was a big deal.
Because his family got involved, because of the circumstances of his death
and what happened afterwards. A lot of people were very
emotional about it. Not to say that they aren't emotional now.
I'm just saying it was quite memorable, and not one of those little mistakes
of, well surely we got it mixed up with someone else.
No. We did not get it mixed up with someone else. So the reason I'd like to
bring this to your attention today is because there is a mechanism behind both the
so-called
"Mandela Effect" where people say, "Wasn't he... dead?"
"Didn't he die before?!"
It's very strange that he came back to life. This is also known as the "Alive Again" effect,
because it's not just about Nelson Mandela.
This has been reported with a number of other people--not just celebrities,
but people in people's families and extended circles.
And it's been happening for decades; in fact, longer than that.
In fact, it's been happening for millennia. So this is one of those phenomenon
that fortunately for us, we live in a time now
when we can, thanks to science and scientific discoveries and experiments,
start putting two and two together. The
amazing and exciting work of UC Berkeley physicist
Raphael Bousso has come up with a theory to explain
why the Higgs boson, for example, has such a huge effect on things without having a
phenomenal
weight and mass that one would expect. That was a big surprise!
But when Rafael Bousso puts forward and presents his model of
the holographic multiverse, that's like putting
two things together: the holographic universe and parallel universes together.
When Bousso does that, he says this is a very
strong possible contender for what's going on
in our universe as a whole.
It's also being backed up from other scientists who are doing work
with some of the data from the cosmic radiation at the time of the Big Bang.
So there has been a lot of scientific confirmation
that in fact, when you look far enough back, at what you might think of as the "baby
pictures"
of the Big Bang when it first exploded, and this whole universe came into being,
if there was such a thing as a holographic multiverse, we would expect to see
some of the energy imprint of those external universes to ours
at that time of the Big Bang. And in fact, we do.
This was predicted and also observed, and that was the work of theoretical
physicist
Laura Mersini-Houghton of the University of North Carolina
at Chapel Hill, and also Carnegie Mellon's Professor Richard Holman.
And all this was done with the European
Space Agency's Planck telescope. So this is all
very wonderful research, but you might be wondering, "What does this have to do
with me?"
Well what this has to do with you is that what happens in the quantum realm
does not stay in the quantum realm. It's kind of like
Las Vegas. People wish that what happens in Vegas would stay in Las Vegas, but
that's not always the case. Physicists also were really wishing and hoping
that this quantum weirdness would stay in the quantum realm, and not be sneaking out and
observed
on all levels. But scientifically, we are
observing it on all levels. We now have fields of research of not just quantum biology,
but we also have quantum statistics, quantum astronomy,
and we're seeing the so-called "spooky action at a distance,"
which is another way to refer to entanglement,
on the macroscopic scale. We're seeing it in diamonds that you can hold in your hand
physically.
Of course the reason for this race forward to demonstrate quantum effects
and properties on the microscopic scale has a lot to do
with industry and the race to build these quantum computers that are coming
out right now.
So back to our story about Nelson Mandela.
"Extraordinary claims require extraordinary proof."
This is a statement that has been popularized by Carl Sagan.
And what that means in reference to what we're talking about today is,
"Okay, so if we're saying basically
that you can occasionally cross from one parallel universe to another
thanks to the fact that they're all connected, and we can actually travel
for whatever reason from a reality where we know for sure
we heard about Nelson Mandela passing away in the nineteen eighties
to one in which now he just recently passed away
December 2012, then
we should be expecting to see this a lot. So, prove it!
Okay. This is a tough thing to prove, but there is evidence again,
thanks to research done this time
at Emory University with researchers Ulric
Neisser and Nicole Harsch. What they wanted to show...
and they were really on top of it... they wanted to study of
what's known as "flashbulb memory." This happens at
the time of something amazingly significant, such as the death of
Kennedy, or Princess Diana...
or in this case, in their research, the Challenger Space Shuttle explosion.
They were right on the mark. As soon as that happened,
they rushed out and started doing surveys of their students,
asking them to record with her own handwriting
a journal entry of what they were doing, where they were, and what was happening
when they heard the news about the Challenger Space Shuttle explosion.
And then they came back to these same individuals two and a half years later,
to compare what people had written down
with what they remembered very clearly. Because people are very clear about
where they were and what they were doing at pivotal points in history.
With great confidence, many students asserted that they had been
somewhere very different than what they had written in their own handwriting.
One student remarked, "That's my handwriting, but that's not what happened."
So once again you could say, "Well, that's anecdotal." Maybe. But there are
increasing numbers of studies to show that what we would expect to see
when we've got a quantum effect happening on the macroscopic scale
is superposition of states. In other words, you'd expect sometimes
you would have a little bit of that crossover that you would definitely see on the quantum
microscopic scale on our macroscopic scale.
You would see things like an
ever-increasing placebo effect, where people
are starting to get better just when they're told,
"You are in the placebo group, and sometimes people improve in that group."
So why does all this matter? It matters because kindness matters.
This is something I've talked about a lot before. Often we have different
memories...
different childhood memories... different memories of eyewitness accounts of
what supposedly happened and took place. Keep in mind
that it's very possible that not only are YOU remembering something different than
what now
in the current reality that you're in actually happened,
but other people might be, too. And this is
very much a part of the alternate history phenomenon that we would expect to
see
as living in the Quantum Age. So these are great thoughts
to think about! I'd like you to think about how to be kind, and how to bring
your best possible self into this current reality.
Which brings me to my favorite question of all, which is, "How good can it get?"
Keep asking that question for yourself and the world.
Until next time, this is Cynthia Sue Larson with RealityShifters
dot com.