Michio Kaku Panicking: "Quantum Computer Just SHUT DOWN After It Revealed THIS!"
have you ever pondered the consequences of merging Advanced Technologies like artificial intelligence with the Mystique of quantum mechanics imagine if the military got a hold of this potent Duo the stakes are high scientists relentlessly chase the next big breakthrough while alarm Bells sound from the corridors of power the U.S government recently halted Google and NASA's Research into this domain why they've seen something deeply unsettling the plot thickens when physicist Miki okaku voices his ominous concerns is this strange combination a bane or a blessing delve with us into this realm where the future hangs in the balance and Revelations could shake our very existence the two of them the chatbots that are revolution in software and then quantum computers which are revolution in Hardware when they get together watch out so we're talking about an extremely powerful alliance between software and Hardware quantum computers are a revolutionary Tech Marvel instead of using the typical bits that you find in everyday computers which read as either a zero or one these Advanced machines use qubits what makes qubits special they can be both zero and one at the same time thanks to a phenomenon called superposition the ability of a Quantum system to be in multiple States at the same time until it is measured but that's not all quantum computers harness another incredible property entanglement picture two qubits in different places yet somehow they're mysteriously linked the state of one instantly influences the state of the other no matter the distance between them it's like magic but it's real science but what is truly incredible about them is the fact that while traditional computers can process tasks one after the other quantum computers can do many at once it's like having a Super Brain that can solve complex problems in a fraction of the time in essence while our usual computers are like diligent workers checking tasks off a list one by one a quantum computer is like an entire team working in Perfect Harmony tackling multiple challenges simultaneously the potential mind-blowing speed and efficiency imagine what we could achieve with such power at our fingertips but where did all this begin in the early 20th century a new branch of physics called quantum theory began to shape our understanding of the universe this Theory delves deep into the world of atoms and subatomic particles challenging everything we once believed imagine a stage where energy doesn't flow smoothly but in bits like steps of a staircase this was what Max Planck introduced in 1900 he said energy is quantized existing only in specific set amounts moving ahead to 1925 Werner Heisenberg added a Twist he proposed the uncertainty principle which means you can't exactly pinpoint a particle's position and momentum simultaneously it's like trying to watch a buzzing bee you can't be sure of its exact location and speed at once then in 1935 something even crazier came up Albert Einstein and his colleagues introduced a mind-bending concept with their epr Paradox they suggested that two entangled particles no matter how far apart could be mysteriously connected influencing each other instantaneously fast forward to 1980 and physicist Paul benioff thought what if we could use these quirky Quantum rules to compute he believed we could tap into Quantum phenomena like entanglement to craft a whole new kind of computer Richard Feynman in 1982 expanded this idea suggesting quantum computers could tackle problems impossible for regular computers his vision ignited excitement Paving the way for groundbreaking research in the late 20th century scientists made exciting advancements in a field known as Quantum computation the promise of quantum Computing was simple a device so powerful that it could solve problems almost unimaginably faster than today's machines in 1994 a bright mind named Peter Shore discovered a way for these machines to break down huge numbers faster than ever before this finding wasn't just for fun it had major implications on how secure our Communications were fast forward to 1998 a team achieved the remarkable they built the first simple version of a quantum computer though it was basic it was a promising start and as the New Millennium dawned more scientists and even companies jumped on board by 2001 IB BM had built a more advanced seven unit version but like any new technology it had its bugs Quantum data can become unstable a bit like a shaky hand trying to thread a needle researchers tackled this by developing error correction techniques which became a significant achievement the progress didn't stop there in 2005 a significant Landmark was achieved a functional quantum computer even though it was Tiny in size two years later another leap was made at Yale University when they figured out how to make these machines more stable and efficient then in 2010 something happened that seemed to be straight out of a sci-fi movie researchers in China managed to teleport Quantum data over 10 miles it wasn't about beaming humans up or down but moving data in a revolutionary way this Whirlwind journey of quantum advancements might sound like a Sci-Fi Tale But it's a testament to human Ingenuity and our pursuit of the next big thing and this thing continues on its surprising journey in 2013 an exciting collaboration between Google and NASA began with the aim of creating the d-wave 2 a groundbreaking computer intended to be housed at NASA's Ames Research Center things took a turn when the government unexpectedly stepped in urging a pause on their efforts just when the computer was ready and running this Interruption left it in a peculiar State consuming power but not working to its full capacity Google having set up a specialized lab for this Venture was left in a dilemma although the machine was operational with the lab's shutdown its purpose remained unclear the suspense around the computer's fate lasted until 2019 when Google re-emerged in the Limelight they had achieved a Monumental feat in Computing using the Sycamore processor they cracked a complex problem that would have taken regular computers Millennia to solve this not only highlighted the sheer power of such Advanced systems but also spurred Tech giants like IBM and Microsoft to delve deeper into this realm igniting a fierce yet fascinating race in the world of advanced computing in 2020 IBM unveiled the IBM system 1 marking the arrival of the first quantum computer designed for business applications this groundbreaking invention signaled the dawn of a new era where Quantum Computing could be used for real-world tasks as interests and investments in this field surged globally governments also realized its potential leading to the foundation of specialized research centers but while our advancements in Quantum Tech are impressive there's an age-old question that still boggles the mind is there intelligent life beyond Earth surprisingly our answer May lie in what we have been discussing so far some scientists believe that if such Advanced civilizations exist they might be harnessing the power of black holes as their supercomputers physicists Gia Diwali and Zaza osmanov have presented an intriguing Theory they suggest that to discover extraterrestrial life we might need to shift our Focus instead of just looking for signs of Life as we know it we should search for evidence of advanced Quantum activities especially around black holes why black holes these Cosmic phenomena are mysterious and if aliens were technologically advanced they might manipulate or harness black holes for their massive power some of these alien-associated black holes could be small yet incredibly potent they'd radiate intense energy a key component of which would be the Hawking radiation Stephen Hawking a renowned physicist proposed the idea of Hawking radiation he believed that due to Quantum Mechanics black holes emit a distinct type of radiation if Diwali and osmanov's theory is accurate finding such radiation could point to Advanced alien civilizations working with Quantum Technologies this perspective opens a new Avenue in our quest to find life beyond Earth simple but fascinating the idea urges us to think about space exploration in innovative ways here's the mind-boggling twist what if this radiation is a clue to discovering Advanced alien civilizations some of the radiation particles like high energy neutrinos can travel vast distances and carry information scientists are looking to the Ice Cube observatory in Antarctica to detect such Signs Now think about this we've always wondered why we haven't found signals from other civilizations maybe they've Advanced Beyond Simple radio signals and are using black hole computers our search for extraterrestrial intelligence might need an upgrade could this be the answer to the age-old question of why the universe seems so silent Michio Kaku a famous theoretical physicist and futurist has consistently been at the Forefront of predicting the future of Science and Technology Dr Kaku is a professor a TV show host and has written many books his work focuses on string theory and the future of humanity through his engaging talks and writings he helps people see the amazing possibilities that science offers he's not just a scientist he's also a bridge between complex ideas and the general public but there's way more he is particularly interested in the merger of Advanced Computers and smart algorithms Kaku believes that these technological advancements have the power to reshape our future in profound ways as a Visionary he offers insights into how this blend might impact everything from daily tasks to larger societal shifts his thoughts offer a glimpse into a future where technology and intelligence seamlessly intertwine through his discussions we gain an understanding of the exciting possibilities on the horizon let's delve into his perspectives Kaku views the fusion of these Technologies as an evolutionary leap potentially leading to a profound paradigm shift in how we solve complex problems imagine a world where diseases are diagnosed even before they manifest where Global economies can be simulated in real time and Mysteries of the universe unravel at the click of a button sounds like science fiction doesn't it but with the advances discussed by Kaku it might be closer than we think for Kaku the integration isn't just about raw computational power but the manner in which data is processed and understood he speculates on a future where machines don't just calculate faster but think smarter it's a vision where technology adapts learns and possibly even anticipates the physicist often paints an image of this Confluence being the key to unlocking the next stage of human understanding just as Galileo's telescope broadened our view of the universe this blend of cutting-edge tech might unveil Secrets hitherto unknown imagine a system so Advanced that it could simulate the birth and death of stars or decode the intricate dance of subatomic particles however Kaku also reminds us of something terrifying the immense capabilities of these systems mean that they could also be a double-edged sword their use and evolution must be guided by ethical considerations and an awareness of the potential pitfalls it's not just about what they can do but what they should do in many of his talks and writings kaku's sense of wonder is evident he often speaks with a contagious enthusiasm inviting us to dream of a world where technology and intelligence blend seamlessly leading Humanity into a golden age of Discovery and innovation to the Layman kaku's ideas sound like they're straight out of a Sci-Fi novel he talks about the possibility of a new age where supercomputers powered by the principles of quantum mechanics might seamlessly integrate with intelligent systems to bring forth a revolution however here's where it gets really interesting not everyone is on board with kaku's visions a segment of the scientific Community believes that his ideas while fascinating might be overly optimistic or even misguided they argue that just because two fields are advancing rapidly doesn't mean they'll harmoniously converge the principles and challenges that govern these domains are vastly different some experts in the field of quantum mechanics argue that while Quantum machines might achieve immense computational power integrating them with intelligent systems can be way more complicated than that they point out that Quantum machines are sensitive requiring conditions that might not be conducive to running intelligent algorithms the unpredictability and probabilistic nature of quantum mechanics might not always align well with the deterministic world of artificial intelligence on the other hand those deep into the research of intelligent systems raise concerns about how such systems would interpret and make use of the data processed by Quantum machines would they be equipped to understand the nuances or would the sheer speed and volume of data be too overwhelming furthermore there's a philosophical debate Brewing can true creativity and understanding emerge from the combination of quantum mechanics and artificial intelligence or would it merely be an illusion of intelligence with machines spewing out answers without genuine comprehension this combination of unfathomable processing power and sophisticated machine intelligence promises advancements beyond our wildest dreams but like a double-edged sword it also poses threats that could turn those dreams into nightmares imagine a world where predicting the future isn't just a mystical art but a possibility with enormous data crunching capacity machines could forecast events Trends and decisions with Eerie precision while it might sound tempting to know tomorrow's stock market movements or the outcome of a political election such foreknowledge can have devastating consequences if accessible to the masses it could lead to chaos where everyone acts based on future predictions paradoxically altering the very outcome they were trying to anticipate moreover Technology's misuse remains a pressing concern in the wrong hands these tools could be exploited for nefarious purposes unscrupulous individuals driven by greed power or even sheer curiosity might use this capability to manipulate financial markets sway public opinion or even compromise National Security the stakes are higher than ever before and the margin for error is Razor thin the Realms of the digital world are not Untouched by crime in fact with this new wave of technological prowess we could witness an escalation in cyber threats criminals would no longer be limited to hacking personal data or bank accounts instead they could orchestrate large-scale disruptions affecting entire cities or nations picture a scenario where the grid of an entire city is held hostage not by a tangible weapon but by lines of code powered by unparalleled computational strength and the chaos would mercilessly continue as deep fakes will also become increasingly Advanced with the potential to cause significant harm imagine a world where videos images and audio recordings are so real yet completely fabricated this ability to blur the lines between reality and fiction can be especially damaging in the political Arena false information can easily spread leading to baseless accusations against individuals potentially tarnishing their reputation and credibility but the dangers don't stop there on the international stage deep fakes can throw countries into chaos fabricated orders could mislead the public and even Armed Forces resulting in unpredictable actions how would you react if you couldn't tell whether a piece of evidence or a command was real or fake when we look at law enforcement there's another layer of complexity tools driven by this technology can lead to excessive policing and skewed decision making this could mean more people being detained without proper cause or receiving undeserved harsh sentences worryingly marginalized communities might bear the brunt of these injustices why because the bias already present in society can infiltrate these models amplifying the disparities shockingly even our financial systems aren't immune think about the stock market automated trading Bots driven by this technology have the power to disrupt markets in unforeseen ways on a different note as the way we search the internet evolves there's chatter about how this might impact the digital advertising space and the efficiency of search engines while this paints a rather Bleak picture it's essential to remember that with every leap in technological Evolution there's a responsibility to wield it wisely these tools can transform our world for the better pushing the boundaries of human capability however without adequate checks and balances the price we might pay could be far greater than the benefits we reap the future remains uncertain but the choices we make today will undoubtedly shape it so as we stand at the crossroads of this digital Revolution one must ask Will We Master these tools or will they Master us despite all these concerns bright Minds across the globe are racing to bring this revolutionary piece of technology to life while we're teaming with anticipation the road to this Tech Marvel isn't smooth predicting its arrival is like trying to guess the final piece of a jigsaw puzzle it hinges on breakthroughs resource availability and Collective genius to put it in perspective it's like assembling a puzzle without a reference picture where the pieces constantly shift shape you might be wondering how are they making this dream a reality by fusing Knowledge from diverse Fields like physics computer science and engineering two main methods underpin this journey gate-based Computing and adiabatic Computing the first involves maneuvering Quantum bits or qubits these qubits are like the gold in an alchemist's Quest scientists are perfecting them making them sturdier and troubleshooting them with techniques like superconducting circuits and trapped ions on the other hand adiabatic Computing is like a maestro conducting an orchestra guiding a Quantum system to harmoniously solve intricate problems this approach Taps into Quantum annealing a fascinating process where scientists play with various materials and devices to refine the computer's efficiency and capacity however quantum computers are like prima donnas highly sensitive and demanding Perfection they need a Serene environment free from the tiniest disturbance and chilled to extreme colds any fluctuation and they're thrown off their game moreover the inherent delicacy of qubits and the cryogenic conditions they thrive in present formidable engineering Feats especially when trying to make them grander and more powerful ah but the plot thickens errors are the Nemesis in this tale as computations unfold mistakes can sneak in and amplify distorting outcomes addressing these glitches isn't just about fixing them it's about designing an entirely new system that anticipates and corrects them on the Fly it's like trying to predict where a leaf will land in a storm and placing a catcher there in advance but fear not for this story is filled with Heroes renowned entities like IBM Google and Microsoft are leading the charge offering tools software and knowledge to fellow Pioneers the spirit of collaboration is palpable with Investments pouring in from all Corners be it governments academic hubs or private sectors and every day Innovations and algorithms and software inch us closer to the finish line but why all this energy and positivity why is everyone jumping on the bandwagon it is because while they are cognizant of all the negative things we have discussed so far they also have Great Hopes invested in this new technology firstly the speed at which problems are solved by these computers is nothing short of revolutionary tasks that took years to complete can be done in mere seconds this incredible Pace has the potential to revolutionize sectors ranging from medicine to finance making Innovations and breakthroughs a common occurrence secondly the collaboration between these two powerhouses can lead to enhanced machine learning models think of it as giving a Supercar an even more powerful engine the enhanced capabilities mean more accurate predictions smarter Automation and personalized Solutions like never before diving deeper this Union allows for tackling complex simulations for Industries like Pharmaceuticals this could mean simulating how a drug interacts with human biology on a molecular level the results faster drug discoveries and more personalized medicine tailored to individual genetic makeup optimization problems are challenges we encounter in many areas like Logistics and finance by addressing these we can discover Solutions we never thought possible for instance imagine Supply chains streamlined to such an extent that Goods reach consumers in the quickest and most effective way or think of financial investments crafted in a way to bring in the highest profits with minimal risks now consider the vast amounts of unstructured data in our world today commonly referred to as Big Data the integrated system can sift through this mountain of information converting the jumbled raw data into useful insights this transformation is revolutionarily invaluable for businesses as it can provide a deeper comprehension of what their customers want likewise scientists can pinpoint patterns in colossal data amounts Paving the way for countless new findings Beyond these practical uses there's another fascinating Prospect the dawn of machine-driven creativity imagine machines capable of crafting art composing music or even pinning literature they would achieve this by delving deep into human emotions and imitating our Expressions as this happens the lines distinguishing humans from machines begin to fade ushering in a thrilling yet uncertain future in simple terms as we blend the power of systems and data we not only solve complex problems but also potentially unlock a new era of creativity where machines might mirror human emotions in their Creations thank you for being with us make sure to watch the next video on your screen it's fantastic
2023-10-03 19:18
