Quantum computer

The quantum interference experiment as seen under an electron microscope. Using bilayer graphene, scientists controlled the trajectory of an anion in the material (in red). They made its wave go around an island containing a magnetic field and other anions (in green) and then brought it back together with the original wave to study its properties. The electrical gates (in dark gray) allow scientists to direct the anions along specific paths in the material and also determine the density of electrons in the island.

Weizmann Institute scientists identify quantum "memory particles" – a step towards a durable quantum computer

Weizmann Institute of Science scientists have found new evidence for the existence of a system of particles that "remembers" which quantum states it was in before, taking another step toward a fault-tolerant quantum computer.
The institute's scientists were looking for how to establish an efficient method for processing information in quantum computers - and unexpectedly discovered a new type of vortices that are created when two photons collide

When a particle of light sees the light

The institute's scientists were looking for how to establish an efficient method for processing information in quantum computers - and unexpectedly discovered a new type of vortices that are created when two photons collide

First simulation of a wormhole on a quantum computer

A team of researchers from Harvard University, MIT and Calcutta in collaboration with Google successfully simulated a traversable wormhole with the help of a quantum computer. The experiment performed on Google's quantum processor demonstrated a transition of
The Fantastic Five: strontium ions in a vacuum chamber trapped in an array of electric fields and cooled using laser beams to a temperature several millionths of a degree above absolute zero

Israel enters the quantum computing club

Weizmann Institute of Science scientists present the first Israeli quantum computer; In its construction, innovative methods were applied that will help advance the field towards unprecedented computational capabilities
Demonstration of an IBM quantum computer, at the CES 2019 conference. Photo: Avi Blizovsky

What does an active quantum computer look like from the inside?

Molecular spintronics - a new technology for quantum computing

FLAME system: store light particles on electron orbits. Source: Weizmann Institute magazine.

stop the light

Intel has invented a production stream of spin qubits based on its 300mm process technology that uses isotopically pure wafers like this one. Credit: Intel.

Intel is testing silicon "spin qubits" to realize quantum computing

The IBM Q quantum computer has 50 quantum bits. Source: IBM.

For the first time: IBM introduces a quantum computer with a 50-bit processor

New theories that attempt to unify quantum computing and space-time physics may provide new insights into the fabric of the universe. Chart: Johnstone / Wikimedia.

Bits interwoven in space-time

A silver nanostructure in the shape of a "bow tie", with a quantum dot trapped in its center (red arrow). Photographed using an electron microscope

Nano bow ties

An illustration showing the photonic transistor created by the scientists. At its heart is a single atom (in orange) that directs photons (in yellow) in different directions

The world's first photonic transistor

A quantum photonic chip. Illustration: University of Bristol in the UK

A photonic chip for the development of quantum processors