Designer-defect clamping of ferroelectric domain walls for more-stable nanoelectronics

A UNSW research study released today in Nature Communications provides an interesting action towards domain-wall nanoelectronics: an unique type of future electronic devices based upon nano-scale conduction courses, and... Read more »

FEFU scientists participate in development of ceramic materials that are IR-transparent

IMAGE: FESEM images of Y2O3?MgO composite SPS ceramics sintered at 1100 (a), 1200 (b), 1250 (c) and 1300°C (d) view more  Credit: FEFU press workplace Scientists from Far Eastern Federal... Read more »

Seasonal forecasts challenged by Pacific Ocean warming

IMAGE: Sea surface area temperature levels throughout cold stage of PDO view more  Credit: CSHOR CSIRO research study has actually discovered worldwide warming will make it harder to forecast multi-year... Read more »

Nanoscience breakthrough: Probing particles smaller than a billionth of a meter

IMAGE: Tin oxide SNCs carefully prepared by a dendrimer design template approach are packed on the thin silica shell layers of plasmonic amplifiers, such that the Raman signals of the... Read more »

Hiring antibodies as nanotechnology builders

IMAGE: Artistic representation of the technique embraced in the work. Antibodies, by binding to antigen-conjugated DNA tiles, cause the assembly of tubular nanoscale structures. view more  Credit: Ella Marushchenko What... Read more »

Atomic-scale manufacturing method could enable ultra-efficient computers

IMAGE: Researchers reworded the binary information in the very first line of a 24-bit memory selection (leading image, red arrow) utilizing particles of hydrogen to encode the letter “M ”... Read more »

Airborne chemicals instantly identified using new technology developed at NTU Singapore

Researchers at Nanyang Technological University, Singapore (NTU Singapore) have developed a gadget that can recognize a vast array of airborne gases and chemicals instantly. The new model gadget is... Read more »

Sunlight degrades polystyrene much faster than expected

Polystyrene continues the environment for centuries, according to some worldwide governmental firms. This quote is based upon the quantity of time needed for microorganisms to break down the plastic.... Read more »

New science on cracking leads to self-healing materials

Fractures in the desert flooring appear random to the inexperienced eye, even perfectly so, however the mathematics governing patterns of dried clay end up to be foreseeable—and helpful in... Read more »

Don’t underestimate the force | Livescience.Tech! Science News

Researchers have actually recognized the weak molecular forces that hold together a small, self-assembling box with effective possibilities. The research study shows an useful application of a force typical... Read more »