One theory is that CERN altered or even destroyed our universe on December 17 2012.

"This morning CERN completed the first LHC proton run."

https://home.cern/news/press-release/cern/first-lhc-protons-run-ends-new-milestone

“The LHC’s performance has exceeded all expectations over the last three years,” said Steve Myers, “The accelerator delivered more than 6 million billion collisions and the luminosity has continuously increased. It’s a fantastic achievement, and I’m incredibly proud of my team."

Now they will be reactivating CERN for the first time in 3 years
https://home.cern/news/news/accelerators/new-schedule-cerns-accelerators-and-experiments

And one can only speculate what the results might be, known or unknown.

There are 265,000 Galaxies in this photograph, estimated to be 13 billion years old. The creation of the universe as we know it, the big bang they speculate. What caused the big bang? And if what they are doing in the LCH smashing 6 million billion collisions releasing luminosity, are they not in their own claims trying to recreate the conditions at the beginning of the universe?

'Large Hadron Collider (LHC) generates a 'mini-Big Bang'' Nov 8 2010

"..for the next four weeks, scientists at the LHC will concentrate on analysing the data obtained from the lead ion collisions. This way, they hope to learn more about the plasma the Universe was made of a millionth of a second after the Big Bang, 13.7 billion years ago."

I want to know more than just the headlines so lets look at 2 papers on Google Scholar.

1 Higgs boson production in heavy ion collisions April 1991

"The idea of producing neutral particles via fusion of virtual photons accompanying ultra-relaitivistic heavy ions is reviewed. In particular, the possibility that such a mechanism could provide a method for producing and detecting intermediate mass Higgs bosons (MZ ≲ MH ≲ 2MW) is discussed."

2 Production of exotic tetraquarks QQqq in heavy-ion collisions at the LHC Feb 2019 PDF

"We investigate the production of exotic tetraquarks, QQ¯q¯q≡TQQ (Q=c or b and q=u or d), in relativistic heavy-ion collisions using the quark coalescence model. The TQQ yield is given by the overlap of the density matrix of the constituents in the emission source with the Wigner function of the produced tetraquark. The tetraquark wave function is obtained from exact solutions of the four-body problem using realistic constituent models. The production yields are typically one order of magnitude smaller than previous estimations based on simplified wave functions for the tetraquarks. We also evaluate the consequences of the partial restoration of chiral symmetry at the hadronization temperature on the coalescence probability. Such effects, in addition to increasing the stability of the tetraquarks, lead to an enhancement of the production yields, pointing towards an excellent discovery potential in forthcoming experiments. We discuss further consequences of our findings for the search of exotic tetraquarks in central Pb+Pb collisions at the LHC."

This is my first time reading about Tetraquarks.

On Page 2,

"We avoid such approximation and calculate the Wigner
function of the tetraquark employing the four-body wave
function obtained from constituent models that correctly
reproduce the low-lying meson and baryon spectra. In
particular, we use the chiral constituent quark model,
χCQM, of Ref. [30] and the Cornell-like interaction, AL1,
of Ref. [31]. Both, the χCQM and the AL1 models, predict a
binding energy for the Tbb tetraquark [4,10] comparable
to the recent heavy-quark symmetry and lattice QCD
estimates [5–7,9]."

I am not going to presume to understand all of this, but it is clear they are smashing the building blocks of reality, and perhaps even destroying entire universes. Since I was young I have had this idea that inside every atom is a star or even a whole universe itself. The movie MIB seemed to confirm my idea with the very universe being hung around the neck of a cat, and at the end of the film we see aliens playing marbles with among ours, many marble universes. What is reality?

Let's say that yes, in December of 2012 just before the timewave hit zero on Dec 21st, our entire planet and say universe was destroyed as the release of energy they witnessed in the experiment, was that from our own reality. The observer, all of us, instantly move to the next world to our own.

This is just a theory of course, I am speculating on what I have heard over the past few years.

Another theory is that we all just remember incorrectly. Perhaps Berenstein Bears was always Berenstain and in the ignorance of pre-net times we just pronounced it wrong. The next is Star Wars Empire Strikes Back when Darth Vader speaks to Luke on Cloud City. "Luke, I am your father."

I remember this one all during my childhood. I watched that movie over and over as a kid. I remember taking out the garbage and repeating the lines, "Luke, I am your father" as I look up at the sky and then toss the trashbag into the bin. These memories could be mistaken also, but everyones?

I remember the Fruit of the Loom logo having a cornucopia basket, absolutely. "Hello Clarice" from Silence of the Lambs. There are so many things that have slightly changed, so how can we know?

There are other things over the past decade that have really confirmed to me that there is a world beyond what we think we understand, and I believe personally that Time Travel could be involved.

I think the simplest explanation is that time travel does eventually get invented, like in 2036 as John Titor suggested. Once that happens, then the time wars begin. After all that though, Time Travel is likely used for educational purposes. What if some UFOs are just visitors from the future? Earth 101

I can entertain the idea of something with out believing it. I don't believe anything unless I can understand it and even then I want to test it, because I never have enough information.

I WANT to believe that technology can be created to use the natural laws of the universe, to move or create energy. However I am very skeptical about splitting atoms or smashing particles.

"On the mechanism of T4c(6900) tetraquark production" Jan 2021 PDF

"We calculate the distribution in the invariant mass of the four-quark system M4c for SPS and DPS production of ccc¯c¯ in the kT -factorization approach with modern unintegrated gluon distribution functions (UGDFs). The so-calculated contribution of DPS is almost two orders of magnitude larger than the SPS one, but the tetraquark formation mechanism is unknown at present. Imposing a mass window around the resonance position we calculate the corresponding distribution in pt,4c – the potential tetraquark transverse momentum."

Some aspects on four quarks recombination Feb 2019 PDF

"We have performed a 3-D Monte Carlo simulation of a system composed of two identical
light quarks (qq) and two identical antiquarks (Q¯Q¯) and determined whether it is energetically
more favorable to form a tetraquark or two mesons, as a function of the interparticle separation
distance which, for a fixed number of particles, can be identified as a particle density. In this
proceedings, we highlight the main results and elaborate on the implications in properties like the
correlation function for two-mesons and characterize the isolated diquark correlation function.
We analize the four-body potential evolution and exhibit its linear behavior as a function of
the invariant distance. We track the dynamical flipping among configurations to determine the
recombination probability, exhibiting the importance of the tetraquark state."

"A tetraquark state offers the opportunity to learn about the strong interaction features leading
to its formation when two mesons are forced to approach each other as it could happen in a
meson-meson collision or, on the opposite, when the four quarks are produced very close in space
as in the WW decay, which eventually freeze out to two mesons [16, 17]."

(A proton-proton collision event with six muons (red lines) produced in the decays of three J/ψ particles. Image credit: CMS / CERN.)

CERN Physicists Observe Triple J-psi Meson Production Nov 2021 PDF

Observation of triple J/ψ meson production in
proton-proton collisions at √s = 13 TeV

The result is compared to theoretical expectations for the production of three J/ψ mesons in single (SPS), double-(DPS), and triple- (TPS) parton scattering processes.

What makes Time Travel possible? What does the Flux Capacitor do?

When I get a Time Machine I am going back to 1993.

I'll try not to break anything.