Joe Rogan: "Something EVIL Just Happened At CERN That No One Can Explain!"

about Quark glue on plasma that's bad that's bad for physics with the cosmic M background the leftover radiation from The Big Bang but you would like something more that you could bring to people saying that this is very Val valuable and tangible stuff and we had very good reason to hope that we could detect it by now in an underground [Music] laboratory the European Center for particle research CERN is unveiling details of a new particle acceleration today something three times larger and twice

as deep Joe Rogan has recently revealed something terrifying that has been found at CERN that scientists cannot explain deep beneath Geneva the Large Hadron Collider at CERN operates quietly exploring the fundamentals of our universe but recently something unexpected happened at CERN raising questions even the experts struggle to answer what could this discovery mean for our understanding of the universe how is the Mandela effect related to this join us as we go into the details of this recent

event at CERN that has sparked both curiosity and concern worldwide it has discovered three new particles which could help us learn how our universe was born and what its future looks like at the heart of cern's groundbreaking work is a mission to recreate the conditions of the universe mere moments after the big bang how do they aim to achieve such a feat through the Large Hadron Collider a giant machine that accelerates particles to near light speeds before smashing them together this process

creates conditions similar to those that existed just after the big bang allowing scientists to study the building blocks of our universe in ways never before possible however something has been found out about these experiments that no one can explain but what has been discovered and why is the entire scientific World in shock about it the story of CERN and the Large Hadron Collider is a fascinating Journey Through Time located on the outskirts of Geneva CERN the European Organization for nucle

ar research was established in 1954 with a vision to explore the fundamental secrets of the universe this collaborative effort born out of need after World War II was aimed at using science for peace bringing together Nations and scientists in a quest for understanding the universe the organization started with 12 founding member states and has since expanded welcoming countries from around the globe to participate in its groundbreaking research this Spirit of international cooperation has been

the corner Stone of cern's success fostering an environment where the brightest minds work together transcending borders and political differences the collider's construction was an international Endeavor involving thousands of scientists engineers and technicians from all over the world it was a feat of scientific ambition and logistical and Technical prowess requiring advancements in superconducting magnet technology vacuum engineering and Computing the construction of the Large Hadron Collide

r a project that began in the late 20th century and came to fruition in the early 21st marked a pivotal chapter in cern's history the Large Hadron Collider the world's largest and most powerful particle accelerator is a Marvel of engineering and physics stretching 27 km in circumference and located 100 m underground it is a ring of superconducting magnets and accelerating structures that Propel particles to near light speeds before colliding them these high energy collisions recreate conditions

similar to those just after the big bang allowing scientists to investigate particles and forces at play in the early Universe the significance of creating this mini Big Bang is huge by observing the particles produced in these high-speed collisions scientists can uncover clues about how the universe came to be but why go to such lengths to understand the universe's Origins this knowledge has the potential to answer fundamental questions about the nature of matter energy and the forces that gove

rn the the universe by peering into the past cern's work helps us understand the universe's fundamental laws potentially Paving the way for new technologies and innovations that could transform our future in 2012 scientists at CERN made a groundbreaking discovery that would change our understanding of the universe the higs bosen this elusive particle often referred to as the God particle plays a crucial role in the standard model of particle physics it's responsible for giving Mass to Elementary

particles the tiny building blocks that make up everything in the universe but what does that really mean imagine the universe as a vast ocean and particles are like ships sailing through it the higs bosan is similar to the water in this ocean creating a kind of resistance that gives particles their Mass without the higs boson particles would zip through the universe at the speed of light weightless and unable to form the atoms and molecules that make up stars planets and even life itself the d

iscovery of the higs bosan was a Monumental achievement for CERN and the entire scientific Community it confirmed the existence of the higs field an invisible energy field present throughout the Universe this field interacts with particles slowing them down and providing them with mass the higs bosin is a particle associated with this field much like a wave is associated with the ocean the implications of this discovery are huge it solidifies our understanding of how the universe works at a fund

amental level and opens the door to new mysteries for instance the higs bosan mass is lighter than theoretical predictions suggested leading scientists to ponder the existence of new physics beyond the standard model this discrepancy known as the hierarchy problem suggests that there might be undiscovered principles or particles that could explain why the higs boson is lighter than expected moreover the higs bosan could offer clues about the universe's very early moments shedding light on how pa

rticles acquired Mass after the big bang this knowledge could lead to a deeper understanding of the universe's Evolution and the forces that have shaped it the discovery of the higs boson is a key that unlocks further Mysteries of the universe as scientists continue to study this particle and its interactions however some recent Secrets have come to light that have shocked everyone this is where the concept of Dark Matter comes into play dark matter is one of the universe's greatest Mysteries de

spite making up about 85% of the universe's Mass it doesn't emit absorb or reflect light making it completely invisible and detectable only through its gravitational effects on visible matter this elusive substance plays a crucial role in the universe influencing the structure of galaxies and the universe's overall structure so where does CERN come into the picture through the Large Hadron Collider CERN is on a quest to understand dark Matter's Secrets the Large Hadron Collider known for collidi

ng particles at incredibly high speeds creates conditions that mimic the early Universe moments after the big bang by analyzing the particles and forces generated in these collisions scientists hope to find evidence of Dark Matter particles the challenge with dark matter is its silent nature it doesn't interact with electromagnetic forces meaning it doesn't produce light or radiation that we can easily detect however if Dark Matter particles exist they might occasionally interact with other part

icles in ways that the collider can observe for instance missing energy or momentum in the aftermath of particle collisions could hint at dark matter particles being produced and escaping detection as they don't interact with the collider sensors cern's experiments are piecing together Clues from particle collisions to build a picture of Dark Matter while direct detection remains elusive the collider's ability to probe the fundamental particles and forces of the universe gives scientists a uniqu

e tool to understand what Dark Matter could be made of and how it influences the world however cern's quest to uncover dark matter is fraught with danger by shedding light on Dark Matter could CERN be opening a door into something dark that will potentially be dangerous to our world one accident shows how dangerous this could be this is where the tale of Anatoli bugorski stands as a reminder of the immense power and potential dangers associated with particle accelerators bugorski a Russian physi

cist experienced something almost unimaginable while working on the u70 synchrotron at The Institute for high energy physics in proino Russia he accidentally exposed his head to a proton beam in 1978 the incident occurred when bugorski was checking a malfunctioning piece of equipment unbeknownst to him the safety mechanisms had failed and as he leaned in a proton beam shot straight through his head remarkably he reported seeing a flash brighter than a thousand suns but felt no pain at the moment

of the accident the beam entered the back of his head and exited near his nose leaving a path of destruction in its wake the areas of his face and head that the beam touched swelled up and over the next few days the skin at the beam's entry and exit points peeled off revealing the path the beam had burned through parts of his brain despite the severity of the incident borski survived he continued to work in science completing his PhD after the accident however the long-term effects were signifi

cant he lost Hearing in his left ear where the beam had entered and the left side of his face remained paralyzed over time he experienced seizures and occasional complex partial seizures the borski incident is an example of the power behind particle accelerators while designed for scientific exploration to unlock the secrets of the universe they are Machines of immense energy and potential Hazard borski's accident although unique and extraordinarily rare highlights the importance of strict safet

y measures in the operation of such complex scientific equipment this concern about cern's experiments is also extended towards what they could potentially uncover one of the most intriguing aspects of cern's research involves exploring the theoretical possibility of parallel Dimensions this concept which sounds like it's straight out of a science fiction novel is a serious area of study in theoretical physics the idea is that our universe might be just one of many in a vast Multiverse each with

its own laws of physics so how could cern's experiments potentially reveal these hidden Dimensions it all ties back to the Large Hadron Collider and its high energy particle collisions these extreme conditions might be just right for revealing signs of Dimensions beyond our familiar three-dimensional space theoretic iCal physicists have proposed that if extra dimensions exist they could influence the behavior of particles in ways that we can detect for example some particles produced in the col

lider collisions might disappear into these other dimensions which would leave behind a distinct energy signature similarly gravity which is weaker than other fundamental forces might be leaking into these extra Dimensions which could explain why it's so weak compared to forces like electromagnetism the potential to discover par parallel Dimensions could fundamentally change our understanding of the universe if multiple dimensions are confirmed it would support the string theory which says that

particles are rather tiny strings vibrating at different frequencies these strings could stretch into other dimensions connecting our universe with others in the Multiverse moreover uncovering parallel Dimensions could provide answers to some of physic's Biggest Mysteries such as the nature of dark matter and the fundamental forces that govern the universe if Dark Matter interacts more strongly with forces in other dimensions it could explain why it's so difficult to detect using conventional me

thods cern's theories of the possibility of parallel Dimensions is not a speculative Endeavor it's a journey to answer serious questions about the nature of reality while the concept of a Multiverse might seem like the stuff of fantasy the science behind it is very real grounded in mathematical theories and high energy experiments as CERN continues to push the boundaries of what's possible we might just find that our universe is part of a much larger more complex Cosmos than we ever imagined so

why are scientists terrified about what these theories of parallel Dimensions have uncovered cern's experiments with parallel Dimensions have exposed us to a concept that was once thought to be just a conspiracy theory have you ever sworn Something Happened One Way only to discover your memory doesn't match the historical record this phenomenon known known as the Mandela effect involves large groups of people remembering events or details differently from how they actually occurred named after N

elson Mandela whom many incorrectly remember dying in prison in the 1980s the Mandela effect has sparked curiosity and debate across the globe one classic example of the Mandela effect is the spelling of the popular children's book series the barenstein Bears many people vividly recall it being spelled barenstein with an e insisting on their alternate memory despite evidence to the contrary another instance involves the iconic line from the movie Snow White and the Seven Dwarfs where the evil qu

een says magic mirror on the wall while many remember it as mirror mirror on the wall these discrepancies in Collective memory have left many puzzled and searching for explanations some theorists have linked the Mandela effect to the concept of parallel universes suggesting that these Collective false memories could be remnants or glimpses from alternate realities that have somehow merged or interacted with our own the idea says that in some parallel universe Nelson Mandela did die in prison the

baren stain Bears was indeed spelled with an e and the line from Snow White was mirror mirror on the wall according to this Theory our memories of these alternate realities seep into our current Universe creating the Mandela effect another intriguing example of the Mandela effect involves the famous line from the movie Star Wars The Empire Strikes Back many fans vividly recall Darth Vader revealing his paternity to Luke Skywalker with the phrase Luke I am your father this line has been quoted p

arodied and referenced countless times in popular culture reinforcing the collective memory of the phrase however upon rewatching the film viewers are often surprised to discover that the actual line is no I am your father while intriguing the connection between the Mandela effect and parallel universes remains speculative and firmly within the realm of theoretical physics and science fiction most psychologists and neuroscientists attribute the Mandela effect to more mundane aspects of human mem

ory such as confabulation suggestibility and the way our brains encode store and recall information memory they argue is not a perfect record of past events but a reconstructive process that can be influenced by a multitude of factors leading to widespread but inaccurate Recollections but where does CERN fit into this picture some speculate albeit controversially that cern's high energy experiments at the Large Hadron Collider might go beyond a quest for understanding the universe's fundamental

particles they suggest that these experiments could somehow influence reality itself causing ripples that lead to the Mandela effect the theory says that by recre creating conditions similar to those just after the big bang CERN might inadvertently affect our timeline or even create alternate realities that intersect with our own it's essential to approach this Theory with a critical mind the collider while powerful operates within well understood physical laws and there's no scientific evidence

to suggest it can alter the past or create parallel universes that merge with our own the experiments conducted at CERN are meticulously planned and analyzed with safety and ethical considerations at the Forefront however one incident that happened at CERN made the scientific Community worry that perhaps these safety considerations were not as strong as once thought in 2022 during the third run of the Large Hadron Collider at CERN an unusual event captured the attention of scientists and the pu

blic alike a prolonged disturbance in the Earth's magnetic field was observed an anomaly that stood out due to its duration and int intensity this incident sparked curiosity and concern could the high energy experiments at the collider have influenced our planet's magnetic shield and opened a hole to a parallel universe the Earth's magnetic field an invisible force that protects us from solar winds and cosmic rays is crucial for maintaining the balance of our planet's environment and the safety

of electronic infrastructure when this field is Disturbed it can lead to geomagnetic storms affecting satellite communic ations GPS systems and even the electrical grid the 2022 incident was notable because the disturbance lasted for an extended period much longer than the usual fluctuations caused by solar activity in response to this event a series of Investigations were launched to understand the nature of the disturbance and whether there was a direct connection to the collider's activities

scientists from various Fields including Geo physics solar physics and particle physics collaborated to anal analyz the data from the time of the anomaly the initial phase of the investigation focused on reviewing the operational records of the collider scientists examined whether there were any unusual events or experiments conducted that could explain the magnetic field disturbance they looked into the energy levels particle collision rates and any new experimental setups that were in place du

ring the third run parallel to the review of collider operations experts in solar physics scrutinized solar AC it data to rule out the possibility of an extraordinary solar event being the cause of the disturbance understanding the sun's behavior during that period was crucial as solar flares and coronal mass ejections are known to impact the Earth's magnetic field significantly the investigation also considered geological factors that might contribute to such an anomaly the Earth's interior pro

cesses such as movements in the molten core can influence the magnetic field scientists explored historical data to identify any similar incidents in the past which could provide insights into natural cycles or occurrences that might explain the 2022 event while the incident raised questions about the potential impact of human-made high energy experiments on Earth's natural systems it also highlighted the need for continuous monitoring and research to safeguard our planet's delicate balance as o

f now the link between the collider's operations and the magnetic field disturbance remains a subject of study with Scientists committed to unraveling this mystery with rigorous scientific inquiry there has been no answer to this mystery and we are still left in the dark about what really happened on that day cern's groundbreaking experiments particularly with the large hedron collider pushed the frontiers of what we know about the universe but with this exploration comes a series of ethical and

existential questions what are the risks of diving into realms of physics that are still shrouded in mystery and how do we balance our quest for knowledge with the responsibility to avoid unforeseen consequences the pursuit of understanding the fundamental particles and forces of the universe is undeniably Noble yet as we inch closer to replicating conditions that existed at the dawn of time we go into Uncharted territories theoretical physicist sha Carol expresses this sentiment well emphasizi

ng the importance of approaching these scientific Endeavors with with both curiosity and caution He suggests that while the pursuit of understanding quantum mechanics and other complex phenomena is crucial the scientific Community must also be mindful of the potential implications of their discoveries Carol among other experts often discusses the need for a balanced approach to scientific discovery the excitement of potentially uncovering new particles forces or even Dimensions is tempered by th

e responsibility to consider the broader impact of these findings for instance the speculation around cern's experiments potentially affecting the Earth's magnetic field or opening gates to parallel Dimensions while largely theoretical show the need for rigorous safety and ethical standards in scientific research the conversation around the ethical implications of cern's work also extends to the use of vast resources both in terms of funding and intellectual Capital with significant Investments

directed towards understanding the universe questions arise about prioritizing research that addresses immediate Global challenges however as Carol and others would argue the pursuit of fundamental science often leads to unforeseen benefits that can address broader societal issues but have previous experiments done at CERN led to benefits in our daily lives while CERN is primarily known for its exploration of the universe at the smallest scales its contributions extend far beyond the world of pa

rticle physics the research Arch conducted at this prestigious institution has led to practical applications that touch various aspects of our daily lives particularly in medicine and Technology one of the most notable examples of cern's broader impact is in the field of Medical Imaging techniques developed from particle detection Technologies used in experiments like those at the collider have been adapted for medical use for instance positron emission tomography scans a staple in modern medica

l Diagnostics have been benefited from advancements in particle detection Technologies pioneered at CERN these scans which help doctors identify cancer and monitor heart and brain functions are a direct Testament to how high energy physics research can contribute to life-saving Medical Technologies moreover cern's research has paved the way for advancements in radiation therapy for cancer treatment the development of more precise and effective forms of radiotherapy such as proton beam therapy ow

es m much to the understanding and Technologies derived from particle acceleration and manipulation areas where CERN leads the world this form of treatment allows for targeting tumors with minimal damage to surrounding healthy tissues a significant advancement in oncological care beyond medicine cern's contributions to technology are equally impressive perhaps the most groundbreaking is the creation of the worldwide web invented in 1989 by Sir Tim burner's Lee a British scientist at CERN the web

was initially conceived as a tool to facilitate information sharing among physicists worldwide today it is extremely important to the Global Information Society transforming how we communicate work and access knowledge this Innovation born out of a need to share scientific data exemplifies the unforeseen benefits stemming from Pure research but that's not all cern's influence also extends to advancements in Computing and data processing the need to analyze vast amounts of data generated by part

icle collisions has led to significant developments in distributed computing notably the worldwide Large Hadron Collider Computing grid this network one of the most extensive Computing grids globally is a model for large-scale scientific collaborations and has applications in areas ranging from climate research to bioinformatics another significant Discovery at CERN apart from the pgs bosen is the observation of the pentaquark particle by the lhcb experiment in 2015 pentaquarks are exotic forms

of matter consisting of four quarks and one antiquark bound together unlike the more familiar protons and neutrons made of three quarks this discovery opened new avenues in understanding the strong force that binds subatomic particles together this helped further enrich the field of particle physics the impact of cern's work goes well beyond theoretical physics and the quest to understand the universe's fundamental forces and particles through practical applications in medicine and Technology CE

RN demonstrates the tangible benefits of investing in fundamental science these advancements often unexpected highlight the broader value of curiosity-driven research reinforcing the importance of supporting scientific Endeavors that push the boundaries of human knowledge CERN and the Large Hadron Collider stand at the crossroads of all inspiring discoveries and mysteries from the groundbreaking detection of the higs bosen to the strange nature of dark matter and the theoretical possibilities of

parallel Dimensions we're continually reminded of the vastness of the unknown that lies ahead thanks for exploring with us on Beyond Discovery if you enjoyed these Revelations click now on the next video that pops up on your screen it's unbelievable