The quantum logic clock -- maybe greatest identified for exhibiting you age quicker for those who stand on a stool -- has climbed again to the main efficiency echelons of the world's experimental atomic clocks.

Scientists are getting nearer to confirming the existence of an unique quantum particle referred to as Majorana fermion, essential for fault-tolerant quantum computing -- the type of quantum computing that addresses errors throughout its operation.

A staff of physicists introduces a novel method to detect entanglement even in large-scale quantum programs with unprecedented effectivity. This brings scientists one step nearer to the implementation of dependable quantum computation. The brand new outcomes are of direct relevance for future generations of quantum gadgets.

Researchers have developed a brand new protocol for making certain the steadiness of information when photons are saved for prolonged intervals of time. The speculation may advance improvement of quantum computer systems.

By discovering a sure sort of defect inside a block of diamond and fashioning a sample of nanoscale pillars on the floor above it, engineering researchers can now management the form of particular person photons emitted by the defect. As a result of these photons carry details about the spin ...

Scientists have used digital actuality and synthetic intelligence algorithms to study the main points of chemical change.

Researchers have designed a solution to generate, at room temperature, extra single photons for carrying quantum data. The design, they are saying, holds promise for the event of sensible quantum computer systems.

A joint analysis workforce has set a brand new document of photonic quantum reminiscence effectivity, pushing quantum computation a step nearer to actuality.

The weird optical properties of tiny metallic particles -- smaller than mild waves -- may be captured on paper to detect even a single goal molecule in a take a look at pattern. These hyper-sensitive testing units may very well be assembled and customised on the level of use in ...

Physicists have proven that shaking ultracold Bose-Einstein condensates could cause them to both divide into uniform segments or shatter into unpredictable splinters, relying on the frequency of the shaking.