More Articles | Free Reports | Premium Services I love science fiction. As a kid, I had a model of the original Starship Enterprise dangling from the A/C vent of my bedroom. I would get into heated debates with my friends over who was the better captain – Kirk or Picard. (We decided it was an unanswerable question.) And somewhere in a shoe box I have a pair of Spock ears I bought at a Star Trek convention in Dallas. As the decades have gone by, my tastes haven’t gotten any less geeky. One of my favorite sci-fi shows of the past few years is Travelers. It’s set in a world that has been ravaged by war, disease, and environmental collapse. What’s left of humanity survives under the leadership of a mysterious and all-powerful Director. To try to stop humanity’s downfall, the Director sends the consciousness of surviving humans back through time into people living in the 21st century to carry out missions. The spoiler is the Director’s true identity. It’s a quantum computer powered artificial intelligence. Of course, you don’t need an all-powerful AI quantum computer to make better decisions than Congress, the President, the Federal Reserve, or the Supreme Court. A Magic 8-Ball or a bag of fortune cookies would be improvement enough. And if programmed well, ChatGPT would have been ethical enough to not invade Iraq in search of nonexistent weapons… smart enough to know that shutting the country down for months was a poor way to fight a pandemic… and sane enough to have avoided giving us “transient” inflation that is still running hot after five years. I’ve seen enough Terminator movies to know that rule by an AI overlord wouldn’t be all sunshine and roses. But this does bring up one of the primary strengths of quantum computers. They are massively superior to classical computers in solving optimization problems. That’s down to their ability to process vast amounts of information and explore multiple solutions simultaneously. As Freeport Society cofounder and legendary growth stock investor Louis Navellier will be revealing during a new presentation next Thursday, March 13, quantum computing will trigger the next phase of the AI revolution… and make early investors outsized profits. When Louis makes a prediction like this, it pays to listen. In May 2016, he recommended a leading AI chipmaker to subscribers of his investment advisory. It went up as much as 70x from there. Now he says his quantum AI call could return as much as 50x. It all has to do with a first-time event Nvidia is hosting on March 20 called “Q Day.” So, today, let’s look at what makes quantum computing so special… and how Louis says we should position ourselves to profit. | Recommended Link | | | | Because according to 40 year Wall Street legend Louis Navellier… Nvidia is poised to ignite the next phase of the AI supercycle... Where they could announce a new breakthrough technology that is poised to affect nearly every aspect of our lives… But according to Louis, the media is missing out on the most important part of the story… The story of how one tiny small-cap company is positioned to be crucial to Nvidia's AI reveal, thanks to its technology protected by 102 patents. To learn more about Nvidia's first ever "Q Day"... And this tiny small-cap stock… CLICK HERE TO REGISTER FOR FREE. |  | | Spooky Action at a Distance Classical computers store data in the form of bits (binary units). It’s the basic unit of information. A bit can exist in only one of two states at a given time: 0 (false) and 1 (true). The basic unit of information in quantum computing, on the other hand, is a qubit (quantum bit). Unlike a classical bit, a qubit can exist in three states: 0 (false), 1 (true), and a “superposition” of 0 and 1 (false and true) at the same time. Qubits can also be entangled, meaning their states are linked even if they are physically separated. And this is where things really start to feel like science fiction… Einstein called entanglement “spooky action at a distance.” That sums it up well. If you have two entangled qubits, knowing something about one instantly reveals information about the other… no matter how far apart they are. This it allows quantum circuits to coordinate computations more efficiently than classical computers. It allows quantum computers to evaluate multiple possible solutions at the same time, making it possible to quickly solve complex problems much faster than classical computers can. Think of it this way… Regular computing is like a speed reader who can read faster than humans, but still only one page at a time. Quantum computing is like a super-powered speed reader who can read all the pages at once. The possibilities are limitless. And there are some low-hanging fruit for quantum computing… -
Logistics and supply chains – Quantum computers can optimize delivery routes for companies like DHL, FedEx, or Amazon, saving time, labor, and fuel costs. Amazon is already a miracle of modern logistics. Imagine next-day delivery turning into one-hour delivery. -
Financial modeling – We have a good stock market panic regularly because some egghead quant built a model that was good enough to juice returns for a few years… but not quite good enough to properly calculate the risks. Quantum computers can model complex risks in options and derivatives… helping us avoid the next 2008 meltdown. -
Drug discovery – Quantum computers can simulate drug interactions, eliminating painfully slow trial and error in the lab. If cancer is cured in our lifetimes, it will be with the help of a quantum computer. -
Artificial Intelligence: Training AI models is wildly time consuming and expensive. Quantum computers can speed up the training and build better, more complex models. That’s why all the big boys are in a quantum computing arms race, and the stakes couldn’t be higher. Whoever comes to market first with a commercially viable quantum computer stands to change the world. And the race is heating up in 2025… | Recommended Link | | | | Forget outsourcing — this American chip maker is creating next-generation technology right here at home. Louis Navellier's system, which spotted NVIDIA early, shows this company's "Made in USA" advantage could deliver both economic growth and potentially explosive returns. Click here to get the ticker. |  | | Are You Ready for Q Day? Last month, Amazon made headlines with its prototype Ocelot chip. It aims to reduce the errors produced by existing quantum computer prototypes by 90%. This follows the launches of Microsoft’s Majorana 1 and Google’s Willow quantum chips earlier this year. And on March 20, Nvidia will host its first-ever “Q Day.” This features sessions, training, and demonstrations focused on the latest developments in quantum computing and provides a platform for industry leaders to discuss the future of this transformative technology. At least, that’s how the mainstream media is portraying this event. But Louis says the media is missing out on the most important part of the story… As he’ll reveal at his event next Thursday, one small-cap company is positioned to be crucial to Nvidia’s anticipated AI reveal, thanks to technology protected by 102 patents. And if he’s right, 50x gains are on the table – despite all the volatility we’re seeing in the stock market lately. I know that might sound crazy, with so much worry right now about tariffs, inflation, and the war in Ukraine. But at his event, Louis will be addressing how one of his readers made 50x their money from his Nvidia call in 2016. And that wasn’t exactly an easy year for investors. As you’ll recall, that’s the year that Britain exited the European Union after its shock “Brexit” vote. It’s also the year that Donald Trump – one of the world’s most disruptive politicians – shattered the status quo in Washington by besting Hillary Clinton in the U.S. presidential election. Besides, I know Louis. And he doesn’t make empty promises. At his event, he’ll be laying out the research he and his team have been doing on quantum computing… and he’ll walk you through his projections and analysis. So, I hope you’ll join him for his 50x Nvidia Call event. It kicks off next Thursday, March 13 at 1 p.m. ET – one week before Nvidia’s Q Day event. And he’ll be getting into all the details of why he believes this tiny company could be one of the biggest winners of Nvidia’s big “Q-Day” event. It’s free to attend. Simply go here to secure your spot. To life, liberty, and the pursuit of wealth, | 
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