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Lenovo's revolutionary rollable laptops at CES 2026: ThinkPad XD & Legion Pro hands-on (2026). Get ready for a glimpse into the future of computing! Lenovo, the tech giant, has unveiled two groundbreaking concept laptops with expandable screens, and they're here to revolutionize the way we think about portable devices. The Future is Flexible: Lenovo's Rollable Revolution Lenovo, just six months after launching the world's first rollable laptop, is back with a bang at CES 2026. They've introduced two new concept PCs that push the boundaries of what we thought was possible. But here's where it gets controversial: these aren't just prototypes; they're functional, sleek, and ready to challenge our perceptions of laptop design. The first, the ThinkPad Rollable XD Concept, is a business-oriented powerhouse. Its expandable display can grow from a compact 13.3 inches to a spacious 16 inches, offering a 50% increase in screen real estate in an instant. But it's not just about size; Lenovo has added a unique twist. The OLED display wraps around the top edge of the lid, creating a second 'world-facing' display on the back. It's a bold move, and Lenovo has partnered with Corning to develop a transparent glass cover, showcasing the inner workings of this innovative mechanism. Engineering Excellence: A Win for Lenovo? Even if these concepts never make it to market, they're already a triumph for Lenovo's engineering team. They work seamlessly, and their design is nothing short of impressive. With just a button press or a swipe, you can control the height of the ThinkPad Rollable XD's display. While it doesn't respond to voice or gesture commands yet, remember, this is just the beginning. Lenovo might just surprise us with these features in the future. Now, let's talk about the gaming beast, the Legion Pro Rollable Concept. This laptop takes the expandable screen concept to the next level. Its 240Hz OLED display expands from both sides, offering three distinct modes: Focus, Tactical, and Arena. In Arena Mode, it's like having an entire extra monitor appear out of thin air! It's a gamer's dream, offering more screen space than a dual-screen setup like the Asus ROG Zephyrus Duo. The Future of Gaming Laptops? Despite some minor creases and skid marks on the screen, which Lenovo assures can be improved upon, the Legion Pro Rollable is a force to be reckoned with. Configured like the premium Legion Pro 7i, it boasts high-end Intel Core processors, an Nvidia GeForce RTX 5090 GPU, and an array of ports. Aesthetically, it's a showstopper with RGB accent lighting, a glowing 'Legion' logo, and dynamic LED strips. However, its flashy design comes with a price - it generates a lot of heat, even without running games. While these prototypes might not hit store shelves anytime soon, the success of Lenovo's original rollable laptop, two years after its conceptual debut, gives us hope. Considering the ThinkBook Plus Gen 6's retail price, it might be wise to start saving now. So, what do you think? Are these rollable concepts the future of computing, or just a flashy gimmick? Let us know in the comments! References. Top Articles Article information Last Updated: 2026-09-16T12:52:58+07:00 Views: 6333 Rating: 4 / 5 (51 voted) Name: Horacio Brakus JD Birthday: 1999-08-21 Address: Apt. 524 43384 Minnie Prairie, South Edda, MA 62804 Phone: +5931039998219 Job: Sales Strategist Hobby: Sculling, Kitesurfing, Orienteering, Painting, Computer programming, Creative writing, Scuba diving Introduction: My name is Horacio Brakus JD, I am a lively, splendid, jolly, vivacious, vast, cheerful, agreeable person who loves writing and wants to share my knowledge and understanding with you.

Citi lifts guidance; banks navigate card pressures. Citigroup raises ROTCE outlook on broad momentum; luxury card market faces churn and cost pressures across major issuers Banks & Lending. Citigroup (C) Chief Financial Officer Gonzalo Luchetti said the bank expects full-year return on tangible common equity to finish slightly above the high end of its previously stated 10% to 11% range, citing continued momentum across its markets, banking, services and consumer businesses. Wells Fargo (WFC) lowered its price target on Carnival but maintained a bullish view, noting the bank still sees nearly 60% upside despite Caribbean pricing pressure weighing on the cruise operator. JPMorgan Chase (JPM) has issued a flurry of fixed-rate, callable medium-term notes across maturities from 2030 to 2056, while also hosting investor events and making senior appointments in its international technology investment banking franchise, positioning the bank at the intersection of higher rates and market volatility. The high-end card market is challenging banks with increased costs, a limited consumer pool and churn pressuring the financial institutions competing in the luxury card segment, according to industry reporting that highlighted difficulties for JPMorgan Chase (JPM) and other major issuers. Asset management. MS Direct Lending yield 12% 0.75x P/NAV MS JPM BLK Morgan Stanley (MS) is rated a Hold at $214 with valuation already at 4x tangible book, according to analyst commentary noting the franchise strength but limited upside from current levels. Morgan Stanley Direct Lending (MS) faces persistent portfolio and earnings headwinds despite trading at 0.75x price-to-NAV and offering a 12% yield, with analysts cautioning that the valuation metrics are not enough to warrant immediate investment. JPMorgan Private Bank (JPM) head of alternative investment strategy Sitara Sundar said the AI trade is in a digestion phase, though the firm maintains a constructive long-run view on the industry and would lean more into the integration and application layer of artificial intelligence. BlackRock (BLK) appeared in ETF league tables reflecting daily flows as of September 11, while VanEck saw outflows during the same period, according to asset total reporting. Payments & fintech. Mastercard (MA) was selected by Thredd to power iPayLinks' new virtual commercial debit card programme, expanding the payments network's presence in cross-border payment and capital settlement platforms. Mastercard (MA) entered a multi-year partnership with KEO Capital to expand KEO's cross-border card program, with the agreement focusing on widening access to Mastercard-branded cards for KEO Capital clients and program participants in international markets. Visa (V) and Mastercard payments can now be accepted by Finsei clients through the London-based payments company's newly launched acquisition service, allowing businesses to add card acceptance to their account through a simplified onboarding process with settlement funds landing in the same account holding multi-currency balances. Capital markets. ICE August ADV growth +14% +Record levels Corning equity offering $2B Via Goldman Sachs Intercontinental Exchange (ICE) reported record operating metrics for August 2026 across multiple asset classes and platforms, with trading activity up 14% on an average daily volume basis as trading and open interest in energy, oil, natural gas, agriculture, metals, financials and equity options reached record levels in several categories. Goldman Sachs (GS) is serving as placement agent for Corning's at-the-market equity distribution agreement to sell up to $2 billion of common stock, a program that triggered a 12.7% decline in Corning shares and pressure on AI optical connectivity peers. Important disclaimer - not investment advice. Disclaimer: This article is provided by Money365.Market for general information and educational purposes only. It is not financial advice, a personal recommendation, or an inducement to buy, sell, or invest in any security or product. Capital is at risk and the value of investments can go down as well as up; past performance does not indicate future results. You should seek independent advice from an FCA-authorised adviser before making any financial decision. Read the full disclaimer - 8 further points, including total-loss risk, its regulatory status and conflicts of interest

ASML, Xanadu partner on lithography for quantum photonics. * Xanadu and ASML collaborating on advanced lithography for photonic quantum chips * Partnership targets line edge roughness to reduce optical losses * Xanadu achieved 0.085 dB/facet edge-coupling loss in June 2024 * Optical loss remains primary barrier to fault-tolerant photonic quantum computing (cite index="1-7,19-8">Line edge roughness from lithography causes optical loss in photonic quantum processors, and (cite index="1-5">Xanadu, founded in 2016, just enlisted the world's dominant lithography supplier to help fix it. (cite index="23-1">Xanadu and ASML announced a collaboration to develop advanced lithography processes for Xanadu's photonic quantum hardware, aiming to reduce the scattering losses that destroy quantum information before it completes a computation. The partnership comes seven months after (cite index="2-1">Xanadu and Tower Semiconductor expanded their collaboration to develop advanced silicon photonics on Tower's high-volume platform. ASML brings a different capability: precision patterning control through deep ultraviolet (DUV) and extreme ultraviolet (EUV) exposure systems that can minimize nanometer-scale sidewall imperfections. Optical loss sets the quantum error threshold. (cite index="10-1,10-2">A lost photon cannot be reset or recovered, making loss reduction a central focus of photonic quantum hardware development. (cite index="22-1,22-2">Line edge roughness induces Rayleigh scattering, causing photons to scatter out of integrated optical waveguides. Every scattered photon is lost quantum information - and unlike superconducting or trapped-ion qubits, there's no way to reinitialize it mid-computation. (cite index="3-8,3-9">Xanadu's Aurora photonic quantum computer identified optical loss as the next major hurdle, with the biggest impact found in optimizing chip design and fabrication. (cite index="8-2,8-5">Xanadu demonstrated 0.085 dB/facet edge-coupling loss in June 2024. But (cite index="17-6,17-7">current optical path transmission rates of 78-82% must exceed 99.5% to meet fault-tolerance requirements. The difference between 82% and 99.5% transmission sounds marginal. It's not. A photonic quantum chip routes photons through dozens of components - beam splitters, waveguides, phase shifters - and loss compounds at each step. If a chip requires 50 operations and each has 95% transmission, overall photon survival drops to 7.7%. At 99.5% per operation, survival is 77.8%. That gap determines whether error correction can keep pace with physical errors, or whether the system drowns in noise before completing a single useful calculation. ASML targets patterning precision at nanometer scale. (cite index="1-1,1-2">The work will examine how lithography and process conditions affect line edge roughness and optical losses, aiming to identify manufacturing approaches that improve patterning control. (cite index="22-3">The partnership aims to establish optimized patterning conditions by leveraging ASML's advanced exposure systems and computational lithography. ASML's involvement signals that photonic quantum computing has matured enough to warrant attention from the semiconductor industry's infrastructure providers. The company dominates advanced lithography - it's the sole supplier of EUV systems - and photonics applications represent a growth vector beyond traditional logic and memory chips. (cite index="18-2,18-3">Stan Baron, Senior Vice President at ASML, said the collaboration is an opportunity to explore advanced lithography processes and better understand how ASML's technology can support next-generation photonics applications. Tower and Corning complete the manufacturing stack. Xanadu isn't relying on lithography alone. (cite index="2-3,2-4">Xanadu and Tower co-engineered a unique production flow for Xanadu's custom material stack, designed to sustain scalability and performance as systems grow in complexity. (cite index="8-7">Xanadu also has a joint development agreement with Corning to develop customized fiber and fiber-array solutions engineered for low-loss networking of photonic quantum computing chips. The manufacturing strategy resembles traditional semiconductor fabless models: Xanadu designs the chips, Tower fabricates them on silicon photonics platforms, ASML optimizes the lithography step, and Corning handles chip-to-fiber interconnects. (cite index="3-1">Xanadu's Aurora quantum computer consists of 35 photonic chips and 13 km of fiber optics operating at room temperature, so packaging and interconnect losses matter as much as on-chip waveguide quality. Key Takeaway Lithography partnerships won't solve photonic quantum computing alone, but line edge roughness is one of the few loss mechanisms that advanced manufacturing can address directly. Xanadu has already demonstrated edge-coupling losses below 0.1 dB/facet and built functional 12-qubit systems. The ASML collaboration targets waveguide sidewall quality, which compounds across hundreds of components in a fault-tolerant architecture. If the partnership can push transmission fidelity above 99% per component through better patterning control, photonic quantum systems move closer to error-correction thresholds that make million-qubit machines plausible. Until then, optical loss remains the binding constraint. Frequently Asked Questions Why is line edge roughness the primary lithography challenge for photonic quantum chips? (cite index="22-1,22-2">Line edge roughness is a nanometer-scale sidewall imperfection introduced during photolithography and etch processing that induces Rayleigh scattering, causing photons to scatter out of integrated optical waveguides. Unlike electrical signals that can be amplified or regenerated, scattered photons are permanently lost, destroying the quantum information they carry. Smoother waveguide edges reduce scattering and improve photon survival rates across multi-component circuits. How does Xanadu's approach differ from competing photonic quantum architectures? (cite index="17-10,17-11,17-12">PsiQuantum prioritizes operational redundancy with fusion measurements and hardware fault-tolerance thresholds above 10% photon loss, while Xanadu prioritizes encoding efficiency using GKP logical qubits that resist Gaussian noise but demand extreme optical path transmission fidelity below 0.5 dB loss. Xanadu's architecture requires better component-level performance but offers deterministic gate operations. PsiQuantum tolerates more loss per component but requires higher photon generation rates and more complex fusion networks.