Quantum computers are extremely susceptible to “noise” from their environment – which leads to errors in the computation.
Magnetic materials could be at the forefront of an upcoming revolution in electronics.
There are high hopes that quantum computing’s tremendous processing power will someday unleash exponential advances in artificial intelligence.
Since launching its Q Network initiative in 2017, IBM Research has been working with Fortune 500 companies, academic institutions, research labs and startups worldwide to advance quantum computing technology for commercial use.
We’re happy to announce the winners of the fourth IBM Q Award: the IBM Q Teach Me Quantum Challenge.
I’m sitting in front of my microscope, trying to fight against the first onset of seasickness by gazing out to sea as the horizon goes up and down. Counting microplastic particles seemed easy on paper, but distinguishing fly wings from plastic films and fish eggs from plastic pellets are problems that are becoming ever too […]
To encourage more teachers and students to take advantage of the IBM Q Experience and the IBM Qiskit development platform, we announced in January a number of challenges and prizes to inspire people to take the quantum leap. We’re happy to announce the winners of the third IBM Q Award: the IBM Q Best Paper […]