Systems and Methods for Deterministic Photonic Quantum Computing in a Synthetic Time Dimension

A new method for quantum computing uses a single controlled atom to perform operations in a synthetic time dimension. By teleporting quantum operations from the atom to photonic qubits through measurement, complex quantum circuits can be executed efficiently. This approach eliminates the need for multiple quantum emitters in a photonic circuit and enables effective connectivity between the photonic qubits.

Compositions and methods for multilayer dry coated and wet cast film hybrid electrode films

The invention involves creating special films for energy storage devices called hybrid electrode films. These films have multiple layers, including a dry coated layer and a wet cast layer, each containing a binder and an active material. The layers can be the same or different from each other. The hybrid electrode film can also include extra layers and is combined with a current collector to make an electrode for energy storage devices. This innovation aims to improve the performance of energy storage devices like batteries and capacitors by providing new ways to make electrode films with enhanced properties. The invention builds on previous applications and research to develop better materials and methods for creating electrode films for energy storage.