IBM has announced it will offer the opportunity to use the services of its quantum computer to the public. This will be done through the IBM Quantum Experience, a quantum platform provided by IBM cloud on regular desktop computers but also on mobile devices.
To test the IBM Quantum Experience, the company built a system based on a quantum processor with five qubits. This number doesn’t exactly give the impression of a very powerful system but at least on paper quantum computers can solve problems much faster than traditional systems. Actually it’s still difficult to make comparisons.
This Monday, Intel announced the acquisition of Ascending Technologies, also known simply as AscTec, a German company based in Krailing that produces autopiloted drones. The terms of the agreement not disclosed but in August 2015 Intel invested 60 million dollars in the Chinese aircraft company Yuneec International, which also produces drones. The acquisition of AscTec represents the culmination of a partnership between the two companies that began in 2015.
Boston Dynamics, a robotics company purchased almost exactly two years ago by Google, published a really special video of Christmas greetings. In the company’s interpretation, a woman Santa Claus is the less weird element because she’s driving a sleigh pulled by robot reindeer. This is obviously one of the Boston Dynamics models, specifically the BigDog.
Google published a series of results obtained with the D-Wave 2X quantum computer, a system purchased to use it together with NASA. The fuss came from the fact that tests showed performance a hundred million times greater than those of a traditional processor. The problem is that these results are achieved only for specific operations ending up adding new controversy around these systems.
An article published in the journal “Nature Physics” describes the results obtained with a series of simulations conducted using supercomputers at the Department of Energy of the USA’s Oak Ridge National Laboratory (ORNL). The object of these sophisticated simulations were proteins to understand their motion, a key element in the functional, structural and regulatory roles they have in living organisms.