Obtain More Reproducible Databy Porvair SciencesNovel hybrid technology improves phospholipid removal from plasma/sera
NewsNew Insights into Light Enhance Fusion Plasma Heatingby Princeton Plasma Physics LaboratoryResearchers uncover novel properties of light that could improve fusion plasma heating techniques
NewsA Simulation Finds Solutions to a Central Mystery in Space Physicsby University of HelsinkiNew model shows the the two central theories on near-Earth plasma eruptions are both valid
NewsHow a 3cm Glass Sphere Could Help Scientists Understand Space Weatherby University of California - Los AngelesStudy overcomes the effects of Earth’s gravity, replicating conditions on other planets, stars
NewsThe Mechanism of Cosmic Magnetic Fields Explored in the Laboratoryby U.S. Department of EnergyA novel experiment sheds new light on a possible mechanism that may seed magnetic fields for the galactic dynamo
NewsMathematical Tool to Help Understand Fractal Structure of Quark-Gluon Plasmaby Fundação de Amparo à Pesquisa do Estado de São PauloA technical aspect of the solution to the Klein-Gordon equation for the dynamics of bosons
NewsInsights into Perhaps the Most Extreme State of Matter Produced on Earthby Princeton Plasma Physics LaboratoryPhysicists have discovered a new way to measure and understand HED plasmas
NewsNew Technique Improves Design of Facilities That Aim to Harvest Fusion Energyby Princeton Plasma Physics LaboratoryScientists have transferred a technique from one realm of plasma physics to another
NewsDiscovery of 10 Phases of Plasma Leads to New Insightsby Princeton Plasma Physics LaboratoryNovel way to classify magnetized plasmas could lead to advances in harvesting fusion energy
WhitepaperNewly Developed Global Plasma Proteome Quantification Workflowby Thermo Fisher ScientificGlobal plasma proteome quantification using internal standard triggered targeted analyses
WhitepaperUltra-Small Sample Proteomic Analysis of Plasma and Cerebrospinal Fluidby IsoPlexisObtain quantitative and highly multiplexed proteomic data from ultra-small sample volumes with only five minutes of prep time