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Whitewood Encryption Systems Awarded Patent for Miniaturization of Quantum Key Technology

Whitewood Encryption Systems, Inc., a developer of next-generation systems of data encryption that leverage advanced cryptography technologies emerging from U.S. centers of research excellence, announced today that the U.S. Patent and Trademark Office (USPTO) has issued U.S. Patent No. 9,002,009 with claims covering miniaturized hardware that can be fabricated at-scale to facilitate secure multi-party quantum cryptography and secure all types of communications.

11 May 2015

Novel Microfabricated Ion Trap Architecture Could Help Increase Qubit Densities for Quantum Computers

Quantum computers are in theory capable of simulating the interactions of molecules at a level of detail far beyond the capabilities of even the largest supercomputers today.

6 May 2015

Two Critical Advances Towards Realization of a Quantum Computer

IBM scientists today unveiled two critical advances towards the realization of a practical quantum computer. For the first time, they showed the ability to detect and measure both kinds of quantum errors simultaneously, as well as demonstrated a new, square quantum bit circuit design that is the only physical architecture that could successfully scale to larger dimensions.

30 Apr 2015

New Mathematical Proof Reveals a Much Tighter Limit on How Fast Quantum Information Can Propagate

If you’re designing a new computer, you want it to solve problems as fast as possible. Just how fast is possible is an open question when it comes to quantum computers, but JQI physicists have narrowed the theoretical limits for where that “speed limit” is. The work implies that quantum processors will work more slowly than some research has suggested.

27 Apr 2015

Mathematicians Develop New Method that Simplifies Big Data Using Ideas from Quantum Theory

Analysing the large volumes of data gathered by modern businesses and public services is problematic. Traditionally, relationships between the different parts of a network have been represented as simple links, regardless of how many ways they can actually interact, potentially loosing precious information.

27 Apr 2015

Quantum Processors Could Work More Slowly Than Believed

If you're designing a new computer, you want it to solve problems as fast as possible. Just how fast is possible is an open question when it comes to quantum computers, but physicists at the National Institute of Standards and Technology (NIST) have narrowed the theoretical limits for where that "speed limit" is. The research implies that quantum processors will work more slowly than some research has suggested.

15 Apr 2015

CQT's Quantum Cryptography Research Featured in National University of Singapore Exhibition

CQT's research in quantum cryptography is featured in a National University of Singapore exhibition, organised as part of the celebrations for the University's 110th anniversary and Singapore's 50th birthday.

13 Apr 2015

Quantum Information Encoded in Silicon Using Simple Electrical Pulses Holds Promise for Affordable Quantum Computers

A UNSW-led research team has encoded quantum information in silicon using simple electrical pulses for the first time, bringing the construction of affordable large-scale quantum computers one step closer to reality.

13 Apr 2015

New Molecule Created with Large Permanent Dipole Moment

A proposed pathway to construct quantum computers may be the outcome of research by a University of Oklahoma physics team that has created a new molecule based on the interaction between a highly-excited type of atom known as a Rydberg atom and a ground-state atom. A unique property of the molecule is the large permanent dipole moment, which reacts with an electric field much like a bar magnet reacts with a magnetic field.

6 Apr 2015

Bristol Researchers Demonstrate Quantum Teleportation on a Silicon Chip

The core circuits of quantum teleportation, which generate and detect quantum entanglement, have been successfully integrated into a photonic chip by an international team of scientists from the universities of Bristol, Tokyo, Southampton and NTT Device Technology Laboratories.

3 Apr 2015

Quantum Computing News

Whitewood Encryption Systems Awarded Patent for Miniaturization of Quantum Key Technology

Novel Microfabricated Ion Trap Architecture Could Help Increase Qubit Densities for Quantum Computers

Two Critical Advances Towards Realization of a Quantum Computer

New Mathematical Proof Reveals a Much Tighter Limit on How Fast Quantum Information Can Propagate

Mathematicians Develop New Method that Simplifies Big Data Using Ideas from Quantum Theory

Quantum Processors Could Work More Slowly Than Believed

CQT's Quantum Cryptography Research Featured in National University of Singapore Exhibition

Quantum Information Encoded in Silicon Using Simple Electrical Pulses Holds Promise for Affordable Quantum Computers

New Molecule Created with Large Permanent Dipole Moment

Bristol Researchers Demonstrate Quantum Teleportation on a Silicon Chip

Quantum Development in Ireland: A Conversation with John Durcan, Chief Technologist, IDA Ireland

Advancing Quantum Scalability with New Qubit Method

Modified Newtonian Dynamics and the Search for a Ninth Planet

SideKick QCL Controller: Low-Noise Laser Control Solution

LabOne Q: An Intuitive Software Framework for Scalable Quantum Computing

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Enhancing High-Speed MIR Detection Using Quantum Cascade Detectors

Perovskite Quantum Dots: Transforming the Landscape of Optoelectronics

Repeat-Until-Success Algorithm for Quantum Gate Decomposition

Quantum Computing News

Quantum Development in Ireland: A Conversation with John Durcan, Chief Technologist, IDA Ireland

Advancing Quantum Scalability with New Qubit Method

Modified Newtonian Dynamics and the Search for a Ninth Planet

1Revolutionizing NQR Spectroscopy with Quantum Sensors

2Fractional Excitons: A New Class of Quantum Particles

3QICK Box Revolutionizes Quantum Computing with Customizable Control System

4NTU Singapore-Led Discovery Poised to Help Detect Dark Matter and Pave the Way to Unravel the Universe’s Secrets

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