Quantum computing

Quantum error correction requires encoding information so that errors are detected before they destroy the calculation. The research proposes performing logical operations independently of measurements during the algorithm's run, thus allowing calculations to be performed on multiple qubits.

Researchers at the Hebrew University and Cornell have found a way to synchronize the spins of atoms using light instead of magnetic shielding, which could improve quantum sensors and memory systems.

The Israeli company that grew out of the Weizmann Institute is setting ambitious goals for developing commercial quantum computing – with a technological advantage as early as 2027.

Prof. Jayendra Jain, Prof. Moti Haiblum and Prof. James Eisenstein won the prestigious award for their contributions to understanding the unique properties of two-dimensional electron systems in strong magnetic fields, and in particular in studying the fractional quantum Hall effect.

Microsoft and Purdue Collaboration Brings Topological Qubit System Building Closer

Until now, practical experience in quantum computing was only open to researchers and graduate students, but now students at Tel Aviv University will be able to operate a quantum computer as early as their undergraduate degree.

Researchers have built a component that amplifies quantum signals that can be used to upgrade quantum computing capabilities

The achievement may accelerate research in new quantum technologies and developments in security, biological sensing, wireless communication and more

Researchers have built an electrical circuit that can retain quantum information over time, which may improve the performance of future quantum computing

Tabor Electronics is about to finish these days the development of a first server of its kind in the quantum world. Tabor products were used by IBM to build the largest quantum computers to date. The computer will reach milli degrees Clovetin

Today, there are already several effective technologies for amplifying and detecting weak microwave signals, and some allow detecting even a single microwave particle (photon), but they require the use of superconducting materials cooled almost to the temperature

The quantum systems are in the stage of "small and noisy computers." Until we create noise-free quantum systems, a lot of work is being done combining classical systems with an emphasis on algorithms that will allow quantum calculations to be performed in existing systems

For the first time in the world, a quantum computing center is being established that includes three different quantum technologies with a common control layer * Project budget - NIS 100 million for three years

According to Aviv Zaevi, Vice President of Technological Infrastructure at the Innovation Authority, in the field of quantum computing (not including quantum communication and encryption) there are currently about thirty companies operating that will be able to expose and influence standardization * The Innovation Authority also intends

Is the current generation of electronic encryption strong enough to protect your information online today? The American Standards Office thinks not

The competition, designed to encourage innovation and creativity in the field, will award prizes and international recognition to the world's leading quantum software developers

Scientists at the Technion and the University of Bonn present the factors that dictate the maximum speed of quantum computations. This is through an experiment that uses quantum "matter waves".