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Advanced Materials Engineering
Crystal Structure
AI Synthesis & Market Narrative
Computational methods are driving the prediction and manipulation of crystal structures to engineer advanced materials for applications in multiferroics, metal-organic cages, and 2D polaritonics. This highlights a significant trend in materials science innovation and drug discovery.
Correlated Linguistic Patterns
["first principles calculations"
"noncollinear spin alignment"
"molecular-dimer calculations"
"metal-organic cages"
"computational drug repurposing"
"two-dimensional metal oxide polaritonics"
"extrinsic manipulation"]
Driving Media Context
Electric polarization driven by noncollinear spin alignment investigated by first principles calculations
We present an approach for first principles investigations on the spin-driven electric polarization in type II multiferroics. We propose a parametrization of...
Resonance-enhanced integrated acousto-optic beam steering
The authors combine molecular-dimer calculations with simplified, coarse-grained simulations to predict the crystal structure of metal-organic cages and show...
Computational drug repurposing against histone acetyltransferase p300 for non-hormonal treatment of endometriosis using virtual screening and molecular dynamics simulations
Scientific Reports - Computational drug repurposing against histone acetyltransferase p300 for non-hormonal treatment of endometriosis using virtual screenin...
Australia's 'incognito' nuclear reactor marks 20 years of innovation
Australia's only nuclear reactor is celebrating 20 years of producing vital ingredients for lifesaving medicine, critical electronic products and groundbreak...
Two-dimensional metal oxide polaritonics
Metal oxides support a broad range of polaritons. In this review, the authors extend this to the emerging family of two-dimensional metal oxides and cover th...
Ultrahigh pressure phase transition in ice
The crystal structure of ice X is observed to distort under extreme pressure at room temperature before transforming to ice XXII, the most dense H2O polymorp...
Solid-state cooler uses heat to make things cold
You can’t brighten a room with darkness, you can’t dry a towel by soaking it, and you surely can’t cool things with heat. Right? Well, maybe. Scientists have...
New type of stainless steel is optimized for hydrogen electrolysis
If anyone could defeat the “man of steel,” it would be a “man of stainless steel.” However, even stainless steel has its electrochemical kryptonite. Scientis...
SuperCDMS SNOLAB Starts Its Dark Matter Hunt
The search for dark matter has reached another milestone - in this case the start of science for one of the world’s newest detectors. The Super Cryogenic Dar...
Motorless solid-state cooler uses heat to cool itself; could recycle processor heat into cooling — shape-memory alloy films could turn data center exhaust into refrigeration
German and Japanese researchers demonstrate a heat-driven elastocaloric cooler that uses shape-memory alloys to turn waste heat into cooling.