Science | AAAS Science AAAS peer-reviewed journals deliver impactful research, daily news, expert commentary, and career resources
Contents | Science 390, 6775 COVER Bulky hydrogels are used as structured supports for tissue engineering because of their high water content and soft mechanical properties, but they lack semiconducting properties This image shows three-dimensional, millimeter-thick, and cell-embeddable semiconducting hydrogel fibers These fibers can be used to construct interwoven living transistors that mimic real neuronal connections
Science Advances | AAAS Science Advances—AAAS’s gold open-access journal—publishing innovative, peer-reviewed research and reviews across a range of scientific disciplines
About Us - Science | AAAS Science has been at the center of important scientific discovery since its founding in 1880 Today, Science continues to publish the very best in research across the sciences, with articles that consistently rank among the most cited in the world
Civil Engineering Sciences | SPJ The Open Access journal Civil Engineering Sciences, published in association with the China Civil Engineering Society and Tsinghua University, is a peer-reviewed, interdisciplinary journal that aims to promote future reform and innovation in civil engineering science and technology
Wormwood Extract Kills Cancer Cells - Science | AAAS As the pair reports in the 16 November issue of Life Sciences, almost all the cancer cells exposed to holotransferrin and artemesinin died within 16 hours The compounds killed only a few of the normal cells
More Than 4% of Death Row Inmates May Be Innocent - AAAS Although only 1 6% of defendants who had been sentenced to death were actually exonerated between 1973 and 2004, 4 1% of defendants were likely falsely convicted, the team reports online today in the Proceedings of the National Academy of Sciences
Developing fatigue-resistant ferroelectrics using interlayer sliding . . . Ferroelectric materials change polarization in response to an electric field and are useful for memory However, these materials often fatigue as they are cycled many times, capping their lifetime Bian et al explored this behavior of a sliding ferroelectric, bilayer molybdenum disulfide, and found very little fatigue after switching the polarization a million times Sliding ferroelectrics