Quantum Computing Pushes from Research to Reality
Image: Depositphotos enhanced by CogWorld
After years of anticipation, quantum computing is no longer a distant promise. It has moved decisively into the center of the technology conversation, joining artificial intelligence as one of the defining breakthroughs of recent years. The shift has been driven by an acceleration in scientific progress and a surge in corporate investment that has pushed quantum computing from a laboratory experiment to a strategic priority.
Google’s Breakthrough
The clearest indicator that quantum computing has broken into the mainstream came from Google’s announcement that its new Quantum Echoes algorithm, running on the Willow chip, achieved a computation roughly thirteen thousand times faster than the best classical supercomputer on a complex molecular modeling task. Even more important than the raw speed was the fact that the result was verifiable, something earlier quantum claims struggled to demonstrate.
Google’s progress has set the pace for the rest of the industry. Momentum has built this year as researchers realized the field had crossed a meaningful threshold from theoretical potential to measurable capability.
Engineering Advances Are Converging
A defining reason quantum is emerging as a top story is that progress is now happening on multiple fronts simultaneously. Researchers in Japan introduced a more efficient technique for producing magic states, a key ingredient in fault-tolerant quantum computing. Companies such as IBM outlined credible roadmaps for systems capable of sustaining significantly more reliable operations than any previous generation. Microsoft recently opened a state-of-the-art Quantum Lab in Denmark, accelerating progress toward scalable quantum computing. This was a significant milestone in the company’s mission to develop general‑purpose, fault‑tolerant quantum computing technology, including the development of topological qubits that form the heart of Microsoft’s Majorana 1 chip.
Advances in control electronics, chip design, error correction and hybrid quantum workflows are accelerating at the same time. This convergence is shifting quantum computing from a scientific challenge to an engineering race.
Rising Confidence from Industry Leaders
The excitement around quantum computing has been reinforced by a broader shift in tone from industry leaders. Alphabet CEO Sundar Pichai captured the sentiment clearly when he posted on LinkedIn, “We’re optimistic that within five years we’ll see real-world applications that are possible only on quantum computers.” His comment reflects an emerging view across the technology sector that quantum computing is becoming the next foundational platform, with implications comparable to the rise of AI, cloud computing or the smartphone generation.
Jay Gambetta, Director of IBM Research and IBM Fellow, declared, “We believe that IBM is the only company that is positioned to rapidly invent and scale quantum software, hardware, fabrication, and error correction to unlock transformative applications.” Even though his view is IBM-centric, it shows optimism about quantum computing.
With breakthroughs landing at a steady pace, enterprises are approaching quantum computing differently than before. Executives are starting to treat quantum not as an abstract future question but as an emerging capability that may shape long-term competitiveness. Companies in pharmaceuticals, advanced materials, financial optimization, climate modelling and cybersecurity are building internal teams to evaluate quantum readiness. Venture capital and private-equity interest has risen sharply as well.
Challenges Remain
Despite the optimism, the quantum computing field is not yet at commercial maturity. Google’s achievement addresses a specific kind of problem rather than broad workloads. True fault tolerance, low-noise environments and scalable architectures remain clear challenges. Integration with existing computing systems will take time. But the pace of recent progress has led many observers to conclude that the transition from possibility to reality is already underway.
The Defining Technology
Quantum computing has become one of the biggest technology stories because it represents a combination of scientific breakthrough and strategic impact. It touches national security, global competition, advanced manufacturing, bio technology, encryption and climate modelling. It is both a frontier technology and a geopolitical asset. For the first time, it feels genuinely within reach.
Recent breakthroughs have driven quantum computing to move into the mainstream technology map, alongside AI. While the consumer applications are still a few years away, 2026 will be remembered as the moment the quantum computing era truly began.
Ekta Dang, Ph.D.
Dr. Ekta Dang is CEO and Founder of U First Capital and drove venture capital investments at Intel prior to that. She has an excellent track record of achieving at least 1 Exit every year: Pensando (Acquired by AMD in 2022), Nextdoor (IPO 2021), Palantir (IPO 2020), Orb Intelligence (Acquired by Dun and Bradstreet in 2020), Pinterest (IPO 2019), Docusign (IPO 2018), etc. She has invested in category-leading companies such as SpaceX, Uniphore, Pensando, and DevRev.
Dr. Dang is a member of Congressman Ro Khanna’s Leadership Circle and advises him on technology policy. She is also an Advisor to the Chancellor of the University of California San Diego and has been on the Science Translation and Innovative Research (STAIR) Grant Committee of the University of California Davis. She is also an Advisor to Israel’s Ben-Gurion University of the Negev. She is a contributing writer for VentureBeat and Cognitive World.
She has been a successful venture capital investor, corporate executive, speaker, and writer in Silicon Valley for two decades. While at Intel, she demonstrated solid experience both in venture capital and on the operating side. She brings a stellar network from the venture capital and corporate world to the startup community. She has been a mentor at Alchemist Accelerator, Stanford, UC Berkeley, Google Launchpad, etc. She has been a member of the US-level Technology Policy Advisory Committee. She is an invited Speaker at several top venture capital/startup conferences, like TiECon, Silicon Valley Open Doors, etc. She has also co-chaired TiECon’s entrepreneurship track.
She has a Ph.D. in physics (electronics) and has attended UC Berkeley Haas School's Venture Capital Executive Program. She has published several research papers in IEEE and other reputed international journals.