IBM has just installed its IBM Quantum System One in Shin-Kawasaki Sozo-no-Mori for Japan’s Quantum Innovation Initiative Consortium (QIIC).
It’s the second IBM quantum computer outside of a lab, after one was brought to Fraunhofer Institute in Germany in June.
By Katia Moskvitch
Education. Workforce development. Quantum-ready infrastructure.
Quantum is about more than just technology. Crucial variables like these should propel us into quantum computing’s digital future — one that’s poised to revolutionize our world. Now that quantum computers are emerging, these are the variables we must get right.
For years, media coverage has mainly focused on the race to…
By Gregor Pillen, general manager IBM Germany, Austria & Switzerland
Excitement. Pride. And, most of all, anticipation. At this month’s unveiling of the Europe’s most powerful quantum computer, IBM Quantum System One, these sentiments came through loud and clear in the words of every speaker.
Chancellor Angela Merkel referred to the occasion as “an excellent flagship for Germany as a location for high tech,” while IBM CEO Arvind Krishna called it “a watershed moment that will greatly benefit German business, industry and society.” …
Not at IBM Research — a place where interns are not expected to routinely bring coffee or make photocopies. At IBM, as one former intern put it, “it’s amazing how much you can learn in such a short time when you’re surrounded by so many smart people.”
The former intern is Victor Akinwande, and he wrote these words in February 2018 during his stint at IBM Research Africa in Nairobi, Kenya. The internship eventually turned into a full-time software engineering position at IBM.
But now, with his manager’s encouragement, he is preparing to leave for…
“Do what you love and don’t be afraid to fail.”
Greek computational biologist and a busy mom of a toddler, Marianna Rapsomaniki remembers her childhood well — and the stories her dad, a captain, used to tell her as a kid. They were all about his travels, about the Universe, and about believing that if you want something really, really badly, your wish will always come true.
Her wish has always been to work with nature — as well as with math and computers.
Today, Marianna works at IBM Research Europe. For a week, she’s taking over…
Forty years ago, on 6–8 May 1981, a group of physicists and computer scientists got together at MIT’s Endicott House. The event was the Physics of Computation conference. The hottest topic of discussion — the possibility of mimicking nature to design ever more powerful ways of computation.
The possibility of building a quantum computer.
Fast-forward to today. Some of those physicists have gathered at a celebratory event QC40 this week to chat about the future and the present of quantum computing. After all, several companies have been busy building these machines, using different approaches. …
Earth Day is the day to celebrate our blue planet. The day to remember that it’s the only home we’ve got.
During his very first days in office, President Joe Biden signed a flurry of climate change-related executive orders. He rejoined the Paris Climate Accord, pledged to double offshore wind-produced energy by 2030 and freeze new oil and gas leases on public lands. All in all, he’s committed himself to an ambitious goal.
Ambitious, yes, but realistic — especially with the help of cutting-edge science and technology. To make it happen though, academia and industry should join…
It was in March 2020, at the start of the COVID-19 pandemic, when Elli Androulaki first thought about creating a digital health pass. The leader of blockchain research at the IBM Research Europe near Zurich, she knew that once the pandemic begins to ease up, returning to work, attending events, or even using public transport would require people to provide information on their health.
All it took was a ball of discarded Scotch tape in the waste basket.
There was residue on the tape’s sticky side — the result of researchers at the University of Manchester cleaning up graphite, the material in pencil lead. Curious, physics professor Andre Geim examined the residue under the microscope, then folded the tape in half and pulled it apart. The graphite flakes were thinner than any he’d ever seen. Geim had discovered graphene, an atom-thick layer of carbon — the thinnest, yet the strongest material known. …
About 90 percent¹ of world trade relies on maritime shipping, every year moving goods with a total value of $14 trillion², with more than 50,000³ merchant ships delivering everything from food to natural gas to widgets. Logistically speaking, this isn’t the “traveling salesperson problem.” It’s a problem with thousands of companies moving every kind of good imaginable around the globe, on ships that can carry as many as 200,000 containers¹, each.
In an industry with such large and complex logistical challenges, route optimization problems are challenging to solve with classical…
Developing new software for a specific scientific task can be time-consuming and costly. Software repurposing can help — at times it can even improve the results of the task compared to the traditional methods. This is exactly what our global team from IBM Research Daresbury in the UK, and Almaden and Yorktown in the US has achieved.
In our latest paper, “Repurposing software for functional characterization of the microbiome,” published in the Microbiome Journal, we propose a way to improve the speed, sensitivity and accuracy of what’s known as microbial functional profiling — determining…