Researchers discover spontaneous chirality in conjugated polymers
Conjugated Polymers Reveal Hidden Chirality, Opening Path to Bio-Inspired Electronics Spontaneous Chirality Discovery Upends Decades of Polymer Science In a…
Conjugated Polymers Reveal Hidden Chirality, Opening Path to Bio-Inspired Electronics Spontaneous Chirality Discovery Upends Decades of Polymer Science In a…
New research demonstrates how protein coatings affect nanoparticles’ ability to avoid immune detection and reach target cells. The findings could lead to more precise drug delivery systems with fewer side effects.
Researchers have uncovered new insights into how protein coatings affect nanoparticles‘ ability to evade immune detection and reach their intended targets within the body, according to recent findings published in the Proceedings of the National Academy of Sciences. The study from University of Delaware engineers suggests that controlling these protein layers could significantly improve nanomedicine effectiveness while reducing unwanted side effects.
Saturn’s Moon Titan Shatters Fundamental Chemistry Rule in Pre-Life Environment Groundbreaking Discovery Rewrites Chemical Possibilities on Alien Worlds In a…
Initial performance testing of the upcoming Linux 6.18 kernel on Intel’s Xeon 6 Granite Rapids processors reveals notable improvements in server performance. The kernel, expected to become this year’s Long-Term Support version, demonstrates enhanced capabilities on high-end server hardware according to recent benchmarking analysis.
Early performance testing of the Linux 6.18 kernel on Intel’s forthcoming Xeon 6 Granite Rapids processors indicates significant evolution in server computing capabilities, according to reports from Phoronix. The analysis compares Linux 6.17.2 stable against the developmental Linux 6.18 Git kernel, providing insights into performance changes ahead of the kernel’s expected December debut as this year’s Long-Term Support version.
In a significant escalation of legal proceedings, global voting technology provider Smartmatic has been formally added to a federal indictment…
Nvidia and Infineon Technologies are joining forces to overhaul the power architecture of AI data centers struggling with escalating energy demands. The partnership aims to replace complex cable clusters with centralized high-voltage DC power systems as rack power consumption approaches unprecedented levels. This collaboration addresses critical infrastructure challenges as AI computing requirements continue to surge exponentially.
Technology leaders Nvidia and Infineon Technologies are collaborating to address what sources indicate is a growing power infrastructure crisis in artificial intelligence facilities. According to reports, the partnership focuses on replacing outdated power distribution systems in data centers with advanced high-voltage DC architecture.
BlackRock’s $40B Data Center Acquisition Reshapes Enterprise IT Infrastructure Landscape Private Equity Consolidation Creates New Compute Power Dynamics A landmark…
In a strategic move that reshapes the streaming landscape, Apple TV+ and NBCUniversal’s Peacock have announced a groundbreaking partnership to…
Google Takes Aim at Microsoft 365 Reliability With New Migration and Continuity Tools Strategic Move Targets Enterprise Vulnerabilities In a…
Microsoft has unleashed a significant update for Windows 11 testers, with Canary Channel Insiders now gaining access to build 27971…