Google’s quantum computing team has achieved a second milestone in its quest for a commercially viable quantum computer. The team has managed to lower the error rate of quantum calculations by increasing the size of the quantum code, according to a report in Nature. The improvement is modest and much work remains to be done, but it’s a significant step towards quantum error correction. This is essential for the development of a quantum computer that can solve problems beyond the capability of classical machines. Google’s next milestone is to create a quantum computer made up of one million physical qubits, encoding 1,000 logical qubits.
Related Posts

Introducing the Robotic ‘Chef’ that can learn cooking from videos
Researchers at the University of Cambridge have achieved a significant breakthrough by training a robotic chef to watch cooking videos and replicate the recipes. Equipped with a ‘cookbook’ containing eight simple salad recipes, the robot utilized video demonstrations to identify the recipe being prepared and recreate it. Remarkably, the robot even developed its own unique […]

Calcium supplements may increase the risk of kidney stone recurrence
While eating foods rich in calcium has protective effects against kidney stones, the effect of supplementation with calcium and vitamin D on the risk of kidney stone formation remains unclear. Patients who took calcium supplements had lower total calcium and oxalate (which are components of kidney stones) in their urine while blood levels were unaffected. […]

AIP Publishing removes the charges obstacle
AIP Publishing declared to remove publication page charges and color charges from all organisation’s’ journals on effect from January 1, 2018. The journals include Physics of Plasmas, Review of Scientific Instruments, and 10 other well-known peer-reviewed physical science titles. This initiative is taken to eliminate the charges barriers and facilitate emerging shifts in scholarly communication. […]