Leaders in Quantum Software and Quantum Hardware Have Merged

Cambridge Quantum, a leader quantum software, and Honeywell Quantum, a leader in trapped ion quantum hardware, have merged. The new company, which will be formally named in due course, will have a long-term agreement with Honeywell to help manufacture the critical ion traps needed to power the quantum hardware. Honeywell will invest between US$270million to …

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Faster Finance Simulations Via IonQ Quantum Computers

IonQ’s quantum computers are now powerful enough to demonstrate a state-of-the-art quantum algorithm from Goldman Sachs and QC Ware that could one day speed up Monte Carlo simulations. These simulations are key for problem solving in many industries, including finance, telecommunications, robotics, climate science, and drug discovery. Arxiv -Low depth amplitude estimation on a trapped …

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Quantum Optical Computer

Xanadu Quantum Technologies is a Canadian quantum computing hardware and software with US$145 million of funding. In May, 2021, they raised US$100M in Series B financing. Bessemer Venture Partners led the round with participation from Capricorn, Tiger Global, BDC Capital, In-Q-Tel, along with returning investors Georgian, OMERS, and Tim Draper. The round brings Xanadu’s total …

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Reservoir Computing

Reservoir computing is an approach to make machine learning algorithms run faster. The word reservoir refers to a dynamical system. The reservoir consists of a bunch of recurrently connected units that are connected randomly. The main forms of reservoir computing use a recurrent neural network, and instead of updating all parameters of the network, it …

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ColdQuanta Could Become the Fastest Scaling Quantum Computer Approach

Nextbigfuture interviewed Tom Noel, ColdQuanta’s Director of Quantum Computing and Interim CEO Dan Caruso. ColdQuanta is using neutral atoms instead of trapped ions as the basis for its quantum computers. ColdQuanta is building a functional first system now and believes they will be able to scale to the 1000s of qubits faster than competing approaches. …

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Future Happening Now – Trillions in Flying Cars, Quantum Computers, EVs

The technology that we long believed would characterize the future has not just gotten billions in investment but there are many companies with multi-billion valuations to transform the world to future technology. There are things like quantum computers and flying cars. Thirteen years ago in 2008, Nextbigfuture discussed a radically transformation of the world with …

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IonQ Quantum Computer 4 Million Quantum Volume and 16X Error Correction

IonQ trapped ion quantum computer is completing a $2 billion SPAC merger which will give it about $600 million in cash to fund its quantum computer developments. IonQ indicates that its 32 qubit trapped ion quantum computer can achieve a quantum volume of 4 million. Honeywell has the leading commercial quantum computer (also trapped ion) …

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D-Wave Demonstrates Quantum Simulation of Exotic Magnetism

D-Wave Systems Inc., the leader in quantum computing systems, software, and services, today published a milestone study in collaboration with scientists at Google, demonstrating a computational performance advantage, increasing with both simulation size and problem hardness, to over 3 million times that of corresponding classical methods. Notably, this work was achieved on a practical application …

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Billion Euro Quantum Research Adds 15 Million Euro Large Scale Quantum Computing Project

A European consortium was launched with the goal of scaling silicon quantum technologies. This will be a four-year 15 million euro projecte named QLSI (Quantum Large-Scale Integration with Silicon). It will be coordinated by CEA-Leti and will lay the foundation for the EU’s industrial-scale implementation of semiconductor quantum processors and position Europe as a global …

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Path to Large Scale Qubits and Super Quantum Computers

CEA-Leti scientists have opened a pathway to large-scale integration of Si-spin qubits using existing flip-chip processes with die-to-wafer 3D-interconnect technologies developed in-house. They determined electrical characterizations at cryogenic temperatures of chip assemblies made with 3D interconnects such as SnAg microbumps and direct Cu bonded pads from Cu/SiO2 hybrid bonding process. SnAg microbumps have the advantage …

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