Intel is presenting a body of research highlighting its full-stack approach to quantum innovation spanning hardware, software and algorithm development at this week’s IEEE International Conference on Quantum Computing and Engineering this week, according to a company news release. Quantum computing could deliver faster and more accurate simulations and lead to the discovery and development of new materials, e.g., for energy storage. Press Kit: Quantum Computing While there’s been significant progress, quantum computing research is still nascent. QuTech at Delft University of Technology is Intel Corporation’s quantum computing research partner in the Netherlands. (Credit: Walden Kirsch/Intel Corporation), Intel’s dilution refrigerator at Intel Labs’ Hillsboro, Oregon, campus allows qubits to operate at a constant temperature fractions of a degree above absolute zero while in superposition. It is estimated that this new method for working with higher temperatures should reduce the costs of building quantum systems from a few million U.S. dollars to a few thousand. EY & Citi On The Importance Of Resilience And Innovation, Impact 50: Investors Seeking Profit — And Pushing For Change, Michigan Economic Development Corporation BrandVoice. “I don’t expect quantum computers to cannibalize high-performance classical computers,” predicts Clarke. At CES 2018 in January, Intel CEO Brian Krzanich predicted that quantum computing will solve problems that today take months or years for our most powerful supercomputers to resolve. (Credit: Tim Herman/Intel Corporation), Brian Tarasimski, (left) post-doctoral researcher, and Dr. Leonardo DiCarlo, professor of superconducting quantum circuits, both of QuTech, work on a dilution refrigerator for quantum computing at Delft University of Technology in July 2018. Another recent breakthrough demonstrated that the radical cooling required by quantum systems may turn out to be a tad warmer. One method is adjusting the dilution refrigerator at Intel Labs’ Hillsboro, Oregon, campus. (Credit: Intel Corporation), Intel Corporation has invented a spin qubit fabrication flow on its 300 mm process technology using isotopically pure wafers like this one. It has the potential to tackle problems that conventional computing – even the world’s most powerful supercomputers – can’t quite handle. This, in turn, will help Intel’s quantum solution to eventually reach a scale of thousands of qubits, which the company argues is what will be required for quantum practicality. Intel’s approach to quantum computing is based on spin qubits, similar to a single electron transistor, a technology Intel knows extremely well. You may opt-out by. “Intel is unique in being able to build state-of-the-art transistors,” says Clarke, “and we are using the same tools, the same fab,” with Intel’s current approach to quantum computing. Opinions expressed by Forbes Contributors are their own. I write about technology, entrepreneurs and innovation. (Credit: Tim Herman/Intel Corporation), Florian Unseld (left) and Kian van der Enden, research assistants at QuTech, work on a readout tool for an Intel quantum test chip at Delft University in July 2018. Researchers started testing this “spin qubit chip” at the extremely low temperatures necessary for quantum computing: about 460 degrees below zero Fahrenheit. All Rights Reserved, This is a BETA experience. Intel’s news source for media, analysts and everyone curious about the company. But there are limitations in how well we can model these materials—at some point they just get too complex,” he explains. (Credit: Intel Corporation), Researchers at the Intel Labs campus in Hillsboro, Oregon, work to install a dilution refrigerator used to create the perfect performance environment for qubits. QuTech at Delft University of Technology is Intel Corporation’s quantum computing research partner in the Netherlands. Intel is advancing its vision of quantum practicality in collaboration with leading industry and academic partners to bring quantum from the lab to commercial reality. Collectively, the body of work highlights important advances across all these areas, which are critical to build scalable commercial-grade … “If you look at the history of semiconductors,” says Clarke, “the big inflection points take place on a ten-year timeframe.” Accordingly, Intel is investing today in quantum computing research so it is ready when quantum practicality finally arrives. Intel is manufacturing spin qubits on a 300mm silicon wafers in the same facilities and the same processes it employs to produce its most advanced processors. QuTech was created as an advanced research and education center for quantum computing by the Netherlands Organisation for Applied … “Back in 2018, we were saying we thought [quantum practicality] was going to happen in 10 to 12 years,” says Jim Clarke, director of the Quantum Hardware Research group at Intel. But he doesn’t foresee future quantum computer systems replacing classical computers, Intel’s traditional business. (Credit: Walden Kirsch/Intel Corporation), Intel researchers work to develop alternative methods for keeping qubits in superposition for longer periods of time. While this technology will be transformational for areas such as drug development, logistics optimization, and natural disaster prediction, we need to overcome many challenges – and pass many mile markers – on this incredible journey of discovery before it can be ready for mainstream business adoption and deliver broad societal impact. (Credit: Tim Herman/Intel Corporation), Changing the World with Quantum Computing | Intel, Intel & Qutech Advance Quantum Computing Research (B-roll), Measuring Packages and Pallets at the Speed of Light. (Credit: Walden Kirsch/Intel Corporation), A close-up photo shows an isotopically purified silicon spin qubit wafer Intel Labs uses to create scalable designs for achieving quantum practicality. He also supports nation-wide initiatives to spread the word all the way down the education system, even to high-school students, “so people aren’t scared or intimidated by the word quantum.”.

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