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Sonogenetics represents a rapidly emerging field focused on controlling cellular activity, particularly gene expression and neuronal firing, using sound waves—typically in the ultrasound range. Analogous to optogenetics, which uses light, sonogenetics offers the potential for non-invasive control with deeper tissue penetration, overcoming limitations associated with light scattering and absorption

Environmental monitoring is critical for understanding and mitigating anthropogenic impacts, managing natural resources, and predicting natural hazards. Current monitoring often relies on networks of classical sensors, which face limitations in sensitivity, resolution, and the types of phenomena they can detect. Quantum sensing, leveraging principles like superposition and entanglement, offers the

Artificial intelligence is transforming countless fields, and the culinary world is no exception. Computational gastronomy—where gastronomy, computer science, and chemistry converge—aims to revolutionize the art and science of cooking with data-driven insights and generative creativity. This article explores how AI technologies are reshaping flavor pairing, optimizing food design,

Topological photonics leverages concepts from topological physics, originally developed in condensed matter systems, to control the flow of light in unprecedented ways. By designing photonic structures with non-trivial topological properties, it's possible to create light states that are inherently robust against defects, disorder, and sharp bends. This robustness

The ambition to establish sustainable human presences beyond Earth hinges critically on minimizing the immense cost and logistical complexity of transporting materials from our home planet. In-Situ Resource Utilization (ISRU), the practice of harvesting and processing local resources on celestial bodies like the Moon or Mars, represents a paradigm shift

Acoustic metamaterials represent a class of engineered materials with subwavelength structures designed to manipulate sound waves in ways not typically found in conventional materials. By precisely controlling parameters like effective density and bulk modulus, these materials offer unprecedented capabilities for sound absorption, redirection, and even concealment. This has opened exciting