# Elon Musk Warns "Quantum Computing Is NOT What You Think!"

I mean with artificial intelligence we are summoning the demon you know you know those stories where there's the guy with the pentagram and the holy water and he's like yeah you sure you can control the demon the rapid evolution of technology has led to transformative changes in our society particularly in the fields of programming Quantum Computing and artificial intelligence only a few years ago NASA launched a cuttingedge quantum computer with extraordinary capabilities however due to an unforeseen and shocking turn of events NASA has just shut down the quantum computer and all Affiliated Labs what happened to NASA's quantum computer and what does this new development mean for the tech industry in the world join us to find out why NASA just shut down its secret quantum computer after something insane happened the Advent of digital computers stands as one of the most extraordinary achievements in the ever evolving Tech space from the early models like eniac to the later it ations like the IBM PC each successive generation of computers has brought about a profound transformation in the way we communicate and interact as humans with the Advent of the internet the landscape of global information and communication technology ICT experienced a seismic shift turning previously unattainable possibilities into realities today we find ourselves at the epicenter of yet another Monumental Revolution the era of artificial intellig Ence AI with its ability to process large amounts of data and learn from experience AI is poised to revolutionize Industries reshape societal norms and redefine the human machine interface that being said AI is not the only driver of change in our rapidly evolving World there is another Monumental breakthrough on the horizon that has the potential to spark an even more profound transformation Quantum Computing with the remarkable advancements of a a i in 2023 it is difficult for most people to imagine a technology that can handle tasks 10 times more complex than what AI is currently capable of quantum Computing is a rapidly evolving field that explores the use of quantum mechanics principles to perform computations it has the potential to solve complex problems exponentially faster than classical computers including those that are challenging for AI however the global Community was shocked when the government abruptly intercepted Google and NASA's quantum computer secret project before we expose the truth behind why NASA just shut down its quantum computer program let's first understand the incredible technology behind Quantum Computing in a world where technology constantly pushes boundaries quantum computers stand out as a revolutionary leap in computing power these remarkable machines operate on the principles of quantum mechanics a branch of physics that delves into the behavior of matter and energy at minuscule scales unlike traditional computers that rely on simple bits representing either zero or one quantum computers utilize Quantum bits or cubits which possess astonishing capabilities cubits are like enchanting coins that possess the ability to exist in multiple States simultaneously just like a coin can be both heads and tails at the same time in a super position cubits can exist in a multitude of States concurrently this unique feature grants quantum computers an extraordinary advantage over their classical counterparts as they become exponentially faster and more efficient to implement cubits various physical systems can be utilized such as atoms ions photons or superconducting circuits these systems possess Quantum properties that enable cubits to exist in multiple States simultaneously through superposition however cubits have an additional trick up their sleeves known as entanglement imagine two coins that are forever interconnected regardless of the distance between them when one coin is flipped the other instantaneously mirrors its state even if they are light years apart this mysterious phenomenon known as entanglement allows cubits in a quantum computer to be intricately linked with the state of one cubit directly influencing the state of another this interconnectedness forms the basis for Quantum communication and computation offering unpr ented possibilities for information processing and encryption entanglement is a mind-bending feature that sets Quantum Computing apart from classical Computing it allows quantum computers to explore vast solution spaces simultaneously thereby offering the potential for more efficient solutions to complex problems the entangled cubits can represent numerous possible solutions and computations can be performed on all these states in parallel by measuring the entangled cubits the final solution to the problem can be extracted you might be wondering why NASA just shut down its quantum computer if the technology is that incredible we will explain that in a moment it's important to compare the technology to regular computers to grasp the immense power of quantum computers consider a complex problem that would take classical computers an exorbitant amount of time to solve such as finding factors for an extremely large number classical computers would need to painstakingly check each po IAL Factor one by one a process that could take centuries or even longer however quantum computers astoundingly excel in this domain through the vertical prowess of superposition and entanglement these machines can explore all possible factors simultaneously drastically reducing the time required to find the solution it's akin to having a legion of loyal supercomputers working in parallel examining the problem from countless angles at once while classical computers may require thousands of years to accomplish such a task quantum computers can achieve it in mere hours minutes or even seconds the history of quantum Computing is as captivating as the computers themselves it All Began in the early 20th century with the birth of quantum mechanics at the time classical physics struggled to provide complete solutions to complex puzzles and quantum mechanics emerged as a transformative framework to tackle these challenges in 1900 Max plank introduced the radical concept of quantum which postulated that energy comes in discret packets or quanta akin to Tiny energy snacks this groundbreaking idea laid the foundation for understanding that particles like electrons can only exist at specific energy levels with no intermediate possibilities in 1925 verer Heisenberg added to the quantum debate with his renowned uncertainty principle according to Heisenberg it is impossible to precisely determine DET both the position and momentum of a particle simultaneously the quantum World thrives on surprises keeping us on our toes and embracing probabilities in 1935 Albert Einstein Boris Podolski and Nathan Rosen intensified the Intrigue with the epr Paradox a thought experiment that defies conventional Notions of communication the Paradox describes two deeply connected particles that can instantaneously share information regardless of the distance between between them in the 1970s and 1980s physicists and computer scientists began exploring the intersection of quantum mechanics and information Theory during this period researchers like Paul benof and Richard Fineman proposed new models of computation based on Quantum principles benof introduced a quantum mechanical model of a touring machine while finan suggested that simulating Quantum systems with classical computers would be exceptionally challenging the concept of quantum algorithms began to take shape in the 1980s and 1990s in 1985 David Deutsch formulated the idea of a quantum computer positing that Quantum systems could solve computational problems that classical computers would struggle with this breakthrough opened the door to the development of quantum algorithms a significant Milestone occurred in 1994 when mathematician Peter Shaw introduced a groundbreaking Quantum algorithm for factoring large large numbers a task considered exponentially difficult for classical computers Shore's algorithm was akin to discovering a master key that effortlessly unlocks countless locks showcasing the vast computational power of quantum algorithms building practical quantum computers posed formidable challenges in 1998 Isaac chwang and his team at IBM successfully implemented a rudimentary Quantum algorithm on a nuclear magnetic resonance NMR system marked working a significant step forward in 2001 IBM achieved another Milestone by creating a 7 Cubit quantum computer showcasing progress in Quantum Hardware development these early experimental systems provided valuable insights into the challenges and possibilities of building practical quantum computers simultaneously the field of quantum information Theory emerged with researchers like Charles H Bennett JS brassard and Peter Shaw delving into Quant cryptography quantum teleportation and Quantum error correction codes their work was instrumental in understanding how to protect Quantum information from environmental noise and errors the early 2010 s witnessed an upsurge in the development of quantum Hardware as researchers explored various physical implementations of cubits the fundamental units of quantum information superconducting cubits trapped ion cubits topological cubits and other appro approaches were investigated to realize the potential of quantum Computing currently numerous quantum computers exist in universities and tech labs worldwide however these are still miniature versions that barely scratch the surface of the immense potential of quantum Computing according to physicist and author mokaku major tech companies are engaged in a race to perfect this revolutionary technology while this competition may seem intriguing there is a darker side to consider a truly Advanced quantum computer would possess the ability to crack any digital code making it a formidable hacking machine capable of bypassing passwords and compromising any digitally based system this alarming Prospect has raised concerns about the potential misuse of such power falling into the wrong hands billionaire Tech investor Elon Musk has voiced criticism and caution towards companies like Google expressing apprehension about their enthusiasm for both Ai and Quantum Computing top government agencies including the FBI and CIA are closely monitoring developments in Quantum Computing recognizing its potential implications once the ultimate quantum computer emerges it could pose a significant threat leaving no one safe these concerns combined with the existing fears of an AI takeover contribute to the uncertainty surrounding Humanity's future however amidst these uncertainties it is important to acknowledge that quantum computers also offer numerous benefits as the next generation of computers their emergence is a natural progression in the advancement of Technology while we must proceed cautiously harnessing the potential of quantum computers could lead to groundbreaking breakthroughs and transformative advancements across various Fields what is the current state of modern Quantum Computing in the year 2013 a remarkable collaboration took place between two powerhouses Google and and NASA resulting in the creation of an extraordinary quantum computer known as the d-wave 2 this cuttingedge technology was set to revolutionize the world of computing and open up New Frontiers in scientific research however just as the project gained momentum an unexpected hurdle arose the government decided to Halt the development efforts on this groundbreaking quantum computer leaving the project in a state of uncertainty the d-wave 2 quantum computer was fully operational and primed to unleash its transformative capabilities but its future suddenly became uncertain the daunting challenge was that restarting the computer once the situation normalized would be a costly and timeconsuming Endeavor this situation posed a conundrum for Google as well they had invested in the specialized Ames Quantum artificial intelligence lab which granted them access to the quantum computer however with the lab closed they found themselves at a loss they possessed a functioning computer but were unable to harness its extraordinary capabilities and their plans remained uncertain until NASA resumed operations the government shutdown dealt a significant blow to the project bringing NASA's testing and exploration of this exciting technology to a screeching halt this setback seemed like a major stumbling block in the pursuit of this futuristic field however in 2019 Google achieved a groundbreaking milestone in Quantum Computing capturing the world's attention with an announcement of attaining quantum Supremacy their powerful Quantum processor named Sycamore successfully solved a complex mathematical problem that would have taken classical computers Millennia to crack accomplishing it in an astonishingly short period of time this achievement marked a Monumental moment in the history of quantum Computing showcasing the immense potential that these enigmatic machines hold for the future Google's remarkable feat served as a testament to the extraordinary capabilities of quantum computers leaving experts and enthusiasts alike exhilarated it ignited a wave of anticipation for the remarkable possibilities that this technology could unlock prompting a surge of investments in the burgeoning field of quantum Computing in 2020 IBM further contributed to the advancements by introducing the ibmqx2 to having a readily accessible quantum computer capable of tackling a wide range of complex challenges the astonishing progress in Quantum Computing has captured Global attention captivating governments and industries alike as a result significant resources have been directed toward Quantum research initiatives leading to the establishment of cuttingedge quantum research centers and Laboratories these hubs serve as epicenters for collaboration between Academia industry and governmental agencies however the journey towards fully integrating quantum computers into our technological repertoire is still in its early stages within the realm of quantum Computing fascinating theories have emerged proposing the existence of quantum computers or systems governed by Quantum principles within our universe some theories even speculate that these enigmatic systems operate within black holes raising the possibility that extraterrestrial intelligence might harness these Cosmic phenomena as quantum computers modern scientists entertain the idea of extraterrestrial intelligent life and captivating hypotheses explore the notion that they utilize black holes as quantum computers this hypothesis aligns with the long-standing fmy Paradox which Ponders why we have yet to detect unequivocal evidence of extraterrestrial civilizations despite the statistical likelihood of their existence the Intrigue deepens as renowned physicist Michio Kaku introduces the concept of an EXT terrestrial superhighway a laser-based network that potentially enables the transit of billions of alien beings throughout the Galaxy however confirming the existence of such a phenomenon currently relies on the advancement of our technological capabilities as we lack definitive means to substantiate or refute its presence what is the next phase for Quantum Computing and how is NASA and other organizations tapping into the quantum Computing Buzz the future of quantum Computing holds great promise as these cuttingedge machines have demonstrated remarkable performance in various areas where classical computers face challenges they excel in complex optimization tasks exhibit exceptional speed in factorizing large numbers effectively simulate Quantum systems and even demonstrate Mastery in advanced machine learning applications one captivating application of quantum computers lies in the field of optimization they offer valuable solutions for real world problems such as determining the most efficient routs optimizing Supply chains and intelligently allocating resources when it comes to cryptography and security quantum computers are poised to revolutionize the way we protect sensitive information they possess the extraordinary capability to break traditional cryptographic algorithms that rely on the difficulty of factoring large numbers to address this researchers are exploring Innovative cryptographic techniques that can ensure secure communication in the quantum area these include Quantum key distribution which leverages the principles of quantum mechanics to establish unbreakable encryption keys and postquantum cryptography which focuses on developing encryption methods resistant to Quantum attacks in the field of drug Discovery and Material Science quantum computers hold tremendous potential their ability to simulate the behavior and properties of molecules and materials with remarkable accuracy opens up new avenues for acceler ating the discovery of life-saving drugs Quantum simulations enable the identification of potential drug candidates prediction of their efficacy and optimization of molecular structures Financial modeling and portfolio optimization also stand to benefit from the integration of quantum Computing with their capacity to handle vast amounts of financial data and consider multiple variables simultaneously quantum computers enable more accurate risk assessment efficient portfolio management and improved investment strategies by leveraging the enormous computational power of quantum systems financial institutions can gain a Competitive Edge in analyzing complex market dynamics and making informed decisions machine learning and artificial intelligence AI have made remarkable progress but they still have limitations however the integration of quantum Computing has the potential to revolutionize the AI landscape and overcome some of these limitations while existing AI system systems such as open ai's chat GPT excel at generating humanlike text they primarily rely on pattern recognition rather than true comprehension this pattern-based approach can lead to misinformation and raises ethical concerns Quantum Computing with its unique properties and the power of cubits can address these limitations entangled cubits can instantaneously influence each other enhancing computational efficiency while Quantum interference can guide quantum syst systems toward Optimal Solutions the integration of quantum Computing into AI can have transformative implications quantum computers exponential speed can accelerate machine learning model training and improve natural language processing NASA also has so much use for quantum computers these powerful machines have the potential to revolutionize space exploration missions and processes in numerous ways when it comes to sending probes and astronauts to specific locations in space intricate mathematical calculations play a crucial role in fact during the Apollo Mission before NASA could successfully land the first men on the moon a brilliant mathematician named Katherine Johnson had to invent an entirely new branch of mathematics similar scenarios unfold for other space missions where all calculations must take into account various factors a single miscalculation could have disastrous consequences such as sending a space probe off course or leading it to collide with an asteroid this is where quantum computers come into play their immense computational power and capabilities make them invaluable for planning space missions optimizing trajectories and ultimately enhancing Mission success rates while NASA is currently exploring the application of generative AI in space exploration these AI systems often struggle to discern right from wrong leading to inaccurate predictions quantum computers on the other hand excel at performing The Complex calcul calculations required by astronomers and cosmologists by leveraging Quantum Computing NASA experts will gain deeper insights into celestial bodies unraveling the mysteries of the cosmic Wonderland with greater accuracy and efficiency there is also another intriguing aspect that fuels NASA's urgent need for advanced quantum computers A peculiar theory has long perplexed scientists at Nasa and around the world the search for tangible evidence of extraterrestrial life beyond mere sightings of us UFOs and unexplained phenomena many in the scientific Community postulate that aliens on other planets may be utilizing black holes as advanced quantum computers perhaps even as a means of interdimensional travel black holes enigmatic and awe inspiring have always captivated our imagination these Celestial entities have an insatiable gravitational pull capable of devouring anything that Ventures too close consigning it to the unfathomable depths of their core yet yet we still know relatively little about black holes and the veracity of this alien Theory remains uncertain in addition experts at Nasa are contemplating the possibility that aliens could be employing Quantum communication methods a study by jadali and Zaza osmanov proposes that large-scale Computing facilitated by quantum computers could enable us to detect alien civilizations if these civilizations have advanced Beyond conventional radio or satellite signals traditional methods of detection may prove fule only by harnessing the power of quantum computers can we hope to detect their elusive Quantum signals amidst the vast Cosmic expanse for decades NASA's search for alien life has relied on traditional methods such as signal detection data analysis from probes and examination of space imagery however tangible results have remained elusive thus far hence the agency is poised to explore new avenues by combining the prowess of artificial intelligence and quantum computers this Fusion of AI and Quantum Computing holds immense potential and could be a GameChanger in our quest to unravel the mysteries of the universe thanks for watching another episode of Beyond Discovery while you're still here click on the other videos you see on your screen right now

*2023-11-25 12:17*