<div id="readability-page-1"><p>In this Monday edition of quantum computing news, we cover Google's (GOOGL) new chip access deal in the UK, a tiny device that could help scale quantum systems, Microsoft's (MSFT) chemistry push with Algorithmiq, and a wave of new hires across the sector. We also take a look at fresh funding news and a key partnership aimed at building quantum processors in the U.S. Let's get into the details.</p><h3>Claim 50% Off TipRanks Premium and Invest with Confidence </h3><ul><li>Unlock  hedge-fund level data  and  powerful investing tools  designed to help you make smarter, sharper decisions  </li><li> Stay ahead of the market with  the latest news and analysis  so your portfolio is always positioned for maximum potential</li></ul> <h3><strong>Google Opens Its Willow Chip to UK Researchers</strong></h3> <p>Google and the UK government are giving researchers access to Willow, Google's flagship quantum chip. The chip, launched in late 2024, gave the quantum sector a real boost when it was announced, and will be available through a new joint program with the UK's National Quantum Computing Centre.</p> <p>This move is part of a wider push by the UK to grow its role in quantum tech. Researchers will be able to submit ideas and run tests on real hardware, working with both Google and local experts. The goal is to help find more real-world uses for quantum computers, which still face limits today.</p> <p>This partnership follows the UK's plan to invest £670 million in the sector. The government hopes quantum tech can add £11 billion to the economy by 2045. For Google, the deal gives its chip more visibility and helps tap into UK talent.</p> <h3><strong>Smaller Devices Could Power Bigger Systems</strong></h3> <p>A research team led by Jake Freedman and Matt Eichenfield, and supported by the U.S. Department of Energy, has built a new device that could help scale quantum systems. It uses microwave vibrations to tweak laser light, which is key for working with trapped atoms and ions.</p> <p>This device is almost 100 times smaller than a human hair and uses far less power than tools used today. It is made with CMOS, the same tech behind most chips in phones and laptops. That means it could be made in large numbers at low cost.</p> <p>The team is now working to combine more functions into a single chip. They plan to test it with quantum hardware vendors to assess its performance in real systems.</p> <h3><strong>Microsoft and Algorithmiq Target Chemistry</strong></h3> <p>Microsoft has partnered with Algorithmiq, a Finland-based startup, to develop fault-tolerant quantum tools for chemistry and drug design. The two firms aim to achieve &#34;chemical accuracy&#34; in key tests while keeping costs low enough for real-world use.</p> <p>They are working on methods that prep molecules and reduce the number of steps needed to measure results. These tools will run through Microsoft's Quantum Development Kit and be cloud-based.</p> <p>So far, the work has shown early results. The next phase will focus on making the tools faster and easier to use with a broader range of molecules.</p> <h3><strong>Qolab and Western Digital Partner on Chip Scale-Up</strong></h3> <p>U.S.-based Qolab has secured backing from Western Digital (WDC) to help build large quantum systems. The chip firm uses superconducting qubits and aims to make them more stable and easier to build at scale.</p> <p>Western Digital brings experience in materials and precision parts. The firms will work together on new ways to build quantum chips using shared methods and know-how.</p> <p>For Western Digital, this is a chance to apply its tech to a fast-growing field. For Qolab, it means a stronger path to real-world rollout.</p> <h3><strong>New Faces at Key Quantum Firms</strong></h3> <p>We end the edition with notable new hirings in the quantum realm; IonQ (IONQ) brought in Scott Millard, a former AI sales head at Dell (DELL), to lead its go-to-market push. He will focus on pairing quantum tools with AI.</p> <p>Quantinuum named John Kohl to lead its IT team. He has run large programs before and will help scale systems for more users.</p> <p>Quantum Brilliance, a company dedicated to building room-temperature quantum technology, picked Brian Wong as board chair. He has deep roots in the chip industry and will guide the rollout of room-temperature quantum hardware.</p> <p>Finally, Riverlane announced Professor Barbara Terhal will join as a fellow to help advance quantum error correction at a new site in Delft.</p> <p>We used TipRanks' Comparison Tool to line up all the quantum stocks mentioned in the piece alongside other notable ones. It's a quick way to see how they stack up and where the field could be heading.</p></div>

GOOGL

IONQ

<p>Google's Willow chip is now accessible to UK researchers, enhancing quantum tech collaboration. Microsoft's partnership with Algorithmiq aims to advance quantum chemistry tools. Western Digital supports Qolab in scaling quantum systems. Notable hires include Scott Millard at IonQ and Brian Wong at Quantum Brilliance. The UK invests £670 million in quantum tech, aiming for a £11 billion economic boost by 2045.</p>

- The article discusses recent developments in quantum computing, including Google's partnership with the UK government to provide access to its Willow chip for researchers.  
- It highlights a new device that could scale quantum systems, Microsoft's collaboration with Algorithmiq for quantum chemistry tools, and Qolab's partnership with Western Digital to enhance chip production.  
- Additionally, it notes significant new hires at various quantum firms aimed at advancing technology and market strategies.

Quantum Computing News: Google's Willow Chip, Microsoft's New Partner, and Western Digital Backs New Startup