Reducing greenhouse gas emissions alone will not be enough to limit the impacts of climate change - active removal of CO₂ from the atmosphere is essential. CycCap addresses this need with a cyclic process in which a salt solution is electrochemically split into alkaline and acidic streams. ... Read more

An RF resonator designed for strong and fast driving of nuclear spins with applications in quantum sensing and microscopy. The resonator is a spiral structure composed of two metallic layers separated by an insulating material. ... Read more

A controllable method for synthesizing organic, crystalline spherulites from compounds with guanine-based structures. ... Read more

The growing demand for energy devices that store and deliver power and offer additional functionalities, like instant performance monitoring, is evident. ... Read more

Aerobic oxidation is a key industrial process for producing valuable chemicals from alkenes and alkanes, abundant in petroleum and natural gas. However, existing methods are inefficient and unsustainable. ... Read more

A scalable, stirring-free electro-synthesis method utilizes alternating current (AC) electrolysis to enable efficient redox-neutral, oxidative, and reductive transformations. ... Read more

UV curing of polymers plays a critical role in technologies such as dentistry, advanced manufacturing (e.g., 3D printing), optical media production, and biotechnology. ... Read more

Nanostructured silica is widely used in catalysis, encapsulation, drug delivery, bioimaging, biosensing, energy storage, and more. Current synthesis methods rely on harsh chemicals, are costly, and environmentally unfriendly. ... Read more

Electrostrictive materials can generate large movement under voltage, making them attractive for numerous applications. ... Read more

A method for coupling alternating current (AC) electrolysis to transition-metal catalysis, enabling enhanced catalytic reactions with higher yields and selectivity.  ... Read more