Here’s what’s going on in the world of technology for this Tuesday.
Long distance quantum communications is difficult due to information losses over distance. If there were a way to limit the information loss, one could have a communication system that is nearly impossible to compromise by third parties. Scientists in Australia discovered a way to limit the information loss.
Microfluidic channels can now be 3-D printed, at least in the USC Viterbi School of Engineering. Such channels are vital to microfluidic devices and biomedical research on the property of specific compounds and drug testing and the development of new treatments.
An international research team developed a new way to heal bone fractures using bioprinting paired with gene therapy. While tested on rats, the healing rate was several times greater than by natural healing, with four times greater bone tissue creation and almost four times greater bone coverage.
Miniature pulse power systems maybe the future of energy storage. Researchers at the University of Houston are studying how to create a miniaturized pulse power system that is a one-tenth of the size of the conventional devices.
Microbiologists are using bacteria to convert methane into electricity. Methane is 25 times more potent than carbon as a greenhouse gas and often introduced to the atmosphere from agriculture and fossil fuel-based energy use.
Researchers are developing a renewable alternative to increasingly expensive inorganic phosphates. This will improve fertilizers and agricultural practices.