Scientists at Mitsubishi Chemical, a member of the IBM Quantum Hub at Keio University in Japan, reached out to our team about experimenting with new approaches to error mitigation and novel quantum algorithms to address these very challenges. In the new arXiv preprint, “Applications of Quantum Computing for Investigations of Electronic Transitions in Phenylsulfonyl-carbazole TADF Emitters,” we – along with collaborators at Keio University and JSR - describe quantum computations of the “excited states,” or high energy states, of industrial chemical compounds that could potentially be used in the fabrication of efficient organic light emitting diode (OLED) devices.
Today, IBM Research is building on a long history of materials science innovation to unveil a new battery discovery. This new research could help eliminate the need for heavy metals in battery production and transform the long-term sustainability of many elements of our energy infrastructure.
How did we get from the Palm Pilots of the 90s to the ultra-powerful smart phones of today? In large part, because of scaling, where integrated circuits are made with smaller feature sizes fitting more and more circuit elements in the same area of silicon at each technology generation. This sets our expectations that in […]
Half of IBM’s 2018 Fellows Hail from IBM Research For more than 70 years, IBM Research has defined the future of technology for IBM. Today, we lead the way forward in AI, blockchain, quantum computing and cybersecurity, thanks to critical foundational research conducted across our global labs. This defining moment in IBM’s transformation is made […]
I recently participated in a panel at Applied Materials’ 2017 Analyst Day to talk about artificial intelligence (AI). Yes, a materials company asked me, an executive overseeing semiconductor research, to join other technologists to give our view of AI – demonstrating how interest in AI has permeated all aspects of the IT industry! To lead […]
For decades, researchers have used high performance computing (HPC) to simulate systems at ever-growing speeds and scales. Recently, the design of HPC systems has started to evolve to handle and exploit the vast amounts of data now produced by both models and real-world data-sources, a paradigm IBM calls Data-Centric Computing (DCS). DCS provides a flexible […]
The ultra-high vacuum electron microscope tucked away in a lab down a nondescript aisle on the ground floor of the IBM Thomas J Watson Research Center (itself tucked away in the woods of Westchester County, NY) holds many clues that help scientists unlock the physics that takes place at nanoscale dimensions. Understanding how materials behave […]
Why understanding how nanowires self-assemble could lead to a new crop of nanodevices Building transistors today is done with lithography, which is a “top-down” process that uses patterning to create the complex layers that make up the transistor structure. It’s a bit like exposing a negative on photographic paper to get the pattern you want […]