D-Wave Systems, which in 2011 became the first company to bring a working quantum computer to market, is diversifying beyond the quantum annealing approach that has been its bread and butter and entering the superconducting gate-model sector that will put it in direct competition with IBM. The Canadian company announced at its Qubits conference that it plans to make its first gate model commercially available in 2023 or 2024. While quantum annealing works well for certain specialized functions, gate-model quantum computing is considered more broadly applicable, in areas like materials science and pharmaceutical research. Continue reading D-Wave Plans a Commercial Gate-Model Quantum Computer

Two major steps forward for large-scale quantum computing just took place. Physicists from the MIT-Harvard Center for Ultracold Atoms (CUA) and elsewhere mastered the programmable quantum simulator, which can operate with 256 quantum bits (“qubits”). The company ColdQuanta also successfully created a 100-qubit quantum processor by cooling atoms down to “near absolute zero” and then controlling them with lasers. Their system, said experts, compares with other quantum systems built by leading players in the field. Continue reading New Initiatives Signal Advancements in Quantum Computing

Hanson Robotics — which develops robot products and artificial intelligence technology to serve consumer, medical and entertainment markets — is currently looking to fill two positions: robotics product manager and software product manager. The company is seeking a robotics product manager to lead product development and manage hardware, arts and software teams. The company’s software product manager will lead software development in collaboration with the hardware, arts and executive teams. Details and contact information for each position are available on ETCentric. Continue reading Hanson Robotics Is Seeking Experienced Product Managers

Scientists have been working with atomic-scale memory tech that manipulates interaction between atoms so they could develop “a device that can pack hundreds of times more information per square inch than the best currently available data-storage technologies,” reports The Wall Street Journal. The prototype, described as a significant breakthrough, could be the next step toward storing future information — including photos, videos and posts from the Internet — more efficiently and affordably. Leading tech companies such as IBM and Hewlett-Packard are among those researching solutions to future data storage needs. Continue reading Miniature Hard Drive Stores Data Using Atomic-Scale Memory

Researchers have discovered the ability to create ultrasharp images from barely illuminated objects. This is done by mathematically stitching together information from particles of light. The development will likely be used to support studies of fragile biological materials such as the human eye, that could be damaged or destroyed by illumination. The development could also be used for military surveillance applications in locations with low light.  Continue reading MIT Researchers Use Algorithm to Take Pictures in the Dark

A team of engineers at Stanford University has built the first functioning computer that uses carbon nanotubes rather than the standard silicon. The new material for building transistors could dramatically impact the way computers work in the future. While others have discussed the possibility of carbon nanotubes for years, Stanford’s team is the first to put them to practical use. The material could launch a new generation of devices that run faster and use less energy. Continue reading Stanford Scientists Build Computer Using Carbon Nanotubes

IBM Research now claims the world’s smallest movie with “A Boy and His Atom.” The 60-second movie — certified by the Guinness Book of World Records as the world’s smallest stop-motion film — shows the story of a boy comprised of individual atoms who befriends an atom and interacts with it while playing on a trampoline made of atoms. It illustrates how scientists at IBM’s Almaden Research Lab can precisely move and manipulate individual atoms. Continue reading IBM Releases Smallest Stop-Motion Film in Cinema History