Phasons in Quasicrystals
In 2025, researchers studied a quasicrystal forged in a hypervelocity asteroid collision 600 million years ago—and found that it contains ‘phasons’! It’s not a perfect icosahedral...
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In 2025, researchers studied a quasicrystal forged in a hypervelocity asteroid collision 600 million years ago—and found that it contains ‘phasons’! It’s not a perfect icosahedral...
New technique could support atomic-scale manufacturing The post Electron beams rearrange atoms in a 3D crystal appeared first on Physics World.
Symmetry is a foundational principle underpinning much of the natural world, defining how objects maintain their appearance under various transformations such as rotation or reflec...
On the Possibility of Piezoelectric Nanocomposites without using Piezoelectric Materials research Nikhil Sharma Sun, 05/20/2007 - 01:48 ho...
Author(s): Tianhan LiuTheorists have identified a phase that could facilitate the switching of a crystal between its right-handed and left-handed versions.[Physics 19, s55] Publish...
Industry organisation the World Platinum Investment Council has highlighted the importance of platinum‑based equipment for producing large, flawless crystals for electronics and op...
I love quasicrystals—like crystals, but with patterns that never repeat, like Penrose tiles. But they’ve very rare in nature. They’re created only by the most exotic and violent ev...
The conditions under which the world's rarest and most valuable gem-quality diamonds – referred to as Cullinan-like, large, inclusion-poor, pure, irregular and resorbed (CLIPPIR) –...
In a groundbreaking development at the forefront of molecular magnetism, researchers have synthesized a novel three-dimensional molecular framework, Cr(pyrazine)₃, that exhibits an...
A new approach to looking at solids provides theoretical limits on some of their properties.
Author(s): Michael SchirberA new method for creating twisted structures in liquid crystals could be helpful in controlling them for possible memory-storage applications.[Physics 19...
For the first time, researchers observe and control how angular momentum is transferred between vibrations of a crystal lattice.
A subtle mechanical adjustment reveals a powerful way to control the quantum behavior of embedded defects. Researchers have identified a new method to control the quantum behavior...
Room-temperature e-beam method uses crystal buckling to pattern hard materials like silica for next-gen photonic and optoelectronic chips.
After two centuries of failed attempts, scientists have finally grown dolomite in the lab, cracking a long-standing geological puzzle. They discovered that the mineral’s growth sta...
For decades, relaxor ferroelectrics have powered everything from medical ultrasounds to sonar systems, yet their inner atomic structure remained a mystery—until now. Researchers ha...
An unusual crystal created by America’s first nuclear bomb test could help scientists understand a structure needed for quantum computers, solar power, and batteries.
Nanoscale X-ray method reveals hidden orientation in materials and biological structures too small to image directly, opening new ways to study nano-order.
New method using ultrashort electron pulses enables detailed structural insights beyond conventional limits.
Physicists have discovered 3D 'moire crystals' that simulate four-dimensional quantum materials to a T.
On the Possibility of Piezoelectric Nanocomposites without using Piezoelectric Materials research Nikhil Sharma Sun, 05/20/2007 - 01:48 ho...
Experiment with nanodiamonds reveals that they are less rigid than other diamonds, adding to our understanding of how they could be used in new technologies
Lattice symmetry directly shapes topological spin structures in two-dimensional van der Waals magnets, a role typically attributed to interfacial interactions.
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