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The burgeoning field of computational gastrophysics sits at the nexus of food science, physics, materials science, and computer science, aiming to unravel the complex interplay between the physical structure of food and its sensory perception, encompassing both flavor and texture. As consumer demand for novel food experiences, personalized nutrition, and

Avian magnetoreception—birds’ ability to perceive Earth’s magnetic field—remains one of the most intriguing examples of nature’s use of quantum mechanics and thermodynamics. Modern research increasingly suggests that avian navigation does not rely on classical biochemistry alone but engages quantum processes occurring far from thermodynamic equilibrium. These

Volcanic eruptions are among the most powerful natural events on Earth, producing tremendous amounts of acoustic energy that propagate through the atmosphere. A major portion of this energy is in the form of infrasound—low-frequency sound waves that travel great distances and can be detected by sensitive sensors located far

A severe global problem is plastic waste. Traditional recycling techniques frequently fall short of efficiently converting plastic waste into high-value products, resulting in resource depletion and environmental harm. Electrocatalysis has emerged as a viable technology for converting plastic waste into useful monomers, which is consistent with the circular economy'

In the era of pervasive algorithmic media, the temporality of information is no longer governed solely by human editors or natural narrative progression. Instead, algorithmic systems filter, compress, and reorder digital content in ways that fundamentally reshape our experiences of time and sequence. This phenomenon—termed chronocriticism—calls attention to

Subterranean muon tomography, also known as muography, is an emerging passive imaging technique that utilizes naturally occurring cosmic ray muons to probe the density structure of large-scale geological and man-made objects. These high-energy particles, generated from cosmic ray interactions in the upper atmosphere, continuously shower the Earth's surface.

Sonocytology is conceptualized as an emerging interdisciplinary field dedicated to the study of cells using acoustic waves. This builds upon the growing recognition that physical cues, including acoustic vibrations, profoundly influence biological systems from microbes to complex organisms (de la Viuda et al., 2025; Ostasevicius et al., 2024). Sonocytology aims