Finland’s leading quantum computing startup IQM Quantum Computers says it’s ready to take the next step and scale up its emerging technology from hundreds of qubits to millions after closing on a bumper $320 million funding round, bringing its total amount raised to $600 million. Today’s Series B round was led by Ten Eleven Ventures, […] The post IQM Quantum targets US expansion and 1 million-qubit scale after raising $320M appeared first on SiliconANGLE.| SiliconANGLE
To support the scientific leaders of tomorrow at the Eddleman Quantum Institute where researchers can exchange ideas on quantum science. The post Eddleman Quantum Institute appeared first on Brilliant Future: The Campaign for UCI Secure giving.| Brilliant Future: The Campaign for UCI Secure giving
It is often said that simultaneity can’t exist in Relativity Theory. In the context of Relativity as defined by Poincaré, that’s entirely correct, and a major consequence of LOCAL TIME theory. Actu…| Patrice Ayme's Thoughts
Essere al di là dello spazio e del tempo... e se fosse questo l'unico momento reale della vita? e se vivessimo nel sogno che scambiamo per realtà?...| Free Life Magazine
The conference on »Harmful Entanglements« aims to answer to the unacknowledged conditions of entanglement’s conceptual ubiquity, or, with other words, its own ‘entanglement’ in a particular political context. Arguably, the study of and the various approaches to entanglements are products...| LAWHA Lebanon's Art World at Home and Abroad
Living in a world of multiple crises makes human and nonhuman vulnerability salient, defining and remedying the consequent vulnerability integral to many social and political agendas. My concept of…| Critical Posthumanism Network
Quantum computers could one day outperform traditional machines at many types of tasks, but hurdles remain. Now, physicists in Japan have successfully entangled groups of three silicon quantum dots for the first time, in a breakthrough that could help make quantum computers more practical.| New Atlas
