When science discovers things and you want to stay religious what you would do is you would
say let me go back to the Bible and reinterpret it then you say things like oh they didn't really
mean that literally they meant that figurative there are so many unanswered questions in the
modern world will the top scientific institutions be able to succeed in finding the answers let's
take a closer look at 10 of the biggest questions about the universe waiting for an answer 10. What
was the universe like in the very beginning the Big Bang the moment the universe sprung into
existence but the laws of physics that we use to describe and predict what happens in the universe
can only help us understand what the cosmos was like a while after began these laws break down
when trying to describe the universe when it was very young during the very first moments of the
universe all the fundamental forces were fused into a single Force working in the universe until
the strong force first separated from the others but before then there was no clear picture to what
reality was like this hasn't stopped physicists from trying to find a way to mimic the conditions
of the Big Bang to try and understand what it was like one way they're trying to achieve this is to
hunt for super particles that could have only existed during the high energy environment of
the universe's Birth by increasing the energy of particle collisions in the LHC researchers are
hoping to create one of these super particles to strengthen their ideas of what the early Cosmos
was like 9. will there be a Higgs Doomsday the finding of the God particle the Higgs boson was
one of the first and most famous achievements of the Large Hadron Collider but could this discovery
have given us a dire warning of the future when researchers detected the Higgs boson they found
that it had a mass of 126 billion an electron volts which turns out to be a much bigger deal
than originally thought this exact mass of the Higg boson is needed to keep the universe stable
it's teetering on the brink of instability and there's a chance that somewhere in the universe
the Higgs field could be energized enough to change its state this would result in
a bubble in the Higgs field that would expand until it engulfed all of the cosmos causing a
catastrophic event in leading to the destruction of most matter but physicists at certain still
have hope that upon further experimentation on the Higgs field they'll be able to prove that
this isn't as guaranteed as some may think eight is the Mandela effect real you may have noticed
over the past years that the collective memory of the world seems to be wrong about certain
details from the past could these discrepancies be answered using the most powerful experimental
tools at our disposal the new Mandela effects that keep popping up every now and again have
led some to theorize that parallel worlds may be merging with our own bringing with it minor
changes to the timeline According to some of the modern theories of reality there are an infinite
number of parallel universes that are born out of each possibility that presents itself this
would mean they're an infinite number of nearly identical copies of the world each going along its
own timeline but the possibility of two of these universes merging does not break any laws of our
physical world researchers at CERN are on the hunt for any clue of the existence of these parallel
worlds that may be hidden in the underlying code of the universe 7. what is dark matter
one achievement that scientists working with the LHC have been working towards is the unraveling of
Dark Matter Dark Matter makes up five times more of the universe's matter than ordinary matter and
physicists currently have no definitive answers to what it really is when they send protons
around the particle accelerator and smash them together when they're traveling at nearly the
speed of light they're hoping to detect something resembling dark matter in the instilling shower
particles by capturing the past of these particles flying out of the Collision points researchers can
decipher what came out of this event and compare the properties of them against what we know about
dark matter 6. is super symmetry the answer in the world of particle physics the standard model
is the best guess as to how the universe is put together and how it functions on a fundamental
level and even though it's one of the best tested and most verified theories out there it's still
very much incomplete with several glaring gaps supersymmetries one extension of the standard
model that's been introduced to try and fill several of these gaps supersymmetry predicts
that every particle within the standard model has a partner particle which would solve one of the
biggest problems currently plaguing this Theory fixing the mass of the Higgs boson researchers
on the LHC have been searching for these supersymmetric pairs throughout all the collisions
and many believe that it's only a matter of time before one is found and supersymmetry
will be confirmed 5. could the standard model be wrong there are plenty of aspects of the
universe that are not answered by the current state of the standard model these include what
dark matter and dark energy are and it even lacks an explanation for the natural force we're most
experienced with gravity if scientists were able to find something that breaks the standard model
it would likely be from an experiment that the LHC probing the high energy corners of the universe 4.
can antimatter help explain what happened in the beginning CERN is on The Cutting Edge of
research into one of the most dangerous types of particle out there antimatter just a gram
of antimatter would produce an explosion the size of a nuclear bomb the moment it came into contact
with ordinary matter the early Universe was full of this intense energy generated from matter and
antimatter annihilating each other in fact only about one in every billion particles of matter
survive this early period of mutual obliteration and that tiny bit of matter that survived was
enough to create all of our visible Universe why this discrepancy existed back then no one
knows but more antimatter is created at CERN than any other facility in the world allowing them to
probe this strange material from every angle and attempt to unravel the Mysteries that it holds
3. will Dark Energy win in the end the universe is made up mostly of an almost entirely unknown
substance that physicists call Dark Energy the energy comprises about 68 of the universe and
the best guess is that it's associated with the vacuum of space it's also evenly distributed
throughout the Universe in space and time which means it's not diluted as the universe expands is
scientists currently understand dark energy is somehow responsible for driving the increasing
rate of expansion that's dominated the universe for the past several billion years will the LHC
be able to probe deep enough into the fabric of the cosmos to reveal what this energy could be
two is the Multiverse real there are multiple theories that have sprung up out of the world
of quantum mechanics that include the existence of an infinite number of possible realities in
an attempt to explain how the universe is put together theories including ones like string
theory and M Theory have additional dimensions and entire other universes built in a much larger
Multiverse the other universes are born in their own big Banks and may have completely different
laws of physics leading to widely different outcomes from our own but these other realities
are not easy to probe and prove but there are theories trying to find a connection between our
universe and others including the possibility that black holes are essentially portals that will pop
you out of a white hole in a different Universe CERN is home to the highest energy experiments
that Humanity has developed and it's at these extreme energy levels that physicists May be
able to probe through the fabric of our universe one how far will Humanity be able to dive into
the workings of the universe just in the past 200 years our knowledge of our own reality has
increased by Leaps and Bounds from the discovery of the atom in the early 1800s to the massive
particle colliders of today scientists have been able to answer so many questions over the years,
but there's still even more that we don't know, and it seems like the universe will never run out
of mysteries to solve for nearly the past seven decades CERN has been adding to the collective
knowledge of our planet and will continue to be on the front lines of scientific research
and the development of new experiments designed to go deeper into the underlying functions of
our universe looking for answers thanks for watching if you enjoyed this video be sure
to check out more of our videos flooring all the corners of our universe like “10
UNANSWERABLE Questions That Religion and Science Can't Explain”