Exploring how hypersonic phonons behave differently in crystalline and amorphous solids, and why this matters for technology and materials science.
Explore how high-pressure crystallography transforms materials and unlocks new scientific possibilities through diamond anvil cells and synchrotron technology.
Explore how inorganic chemistry creates materials powering modern technology from silicon chips to sustainable catalysts and quantum materials.
Exploring the scientific mystery of how materials form gels without traditional cross-linking mechanisms, with implications for biology and material science.
Explore the mind-bending realm of near-zero-index materials and self-interfering wave packets where ordinary rules of optics and quantum mechanics no longer apply.
Exploring how proton-conducting ceramic La₁₋ₓSrₓScO₃₋α could revolutionize energy production and storage through advanced material science.
Explore the fascinating world of microstructure evolution in materials and how it shapes the properties of everything around us.
Explore the science behind thermal spray coatings, their applications in engineering, and cutting-edge research in materials science.
Explore how chemistry is revolutionizing our world through sustainable materials, energy breakthroughs, and molecular editing techniques.
Explore how cutting-edge polymer testing methods are revolutionizing material science through AI, robotics, and advanced instrumentation.