Players can modify name descriptions, event text, tooltips, etc. As per the official statement, the modding tool for Humankind will let players change the values of in-game elements. They can unlock more new regions or add a unique feature to the game. This will allow players to tweak the game the way they want. There were some official updates coming out of the game developers which clearly shared that modding is going to be a part of the game. You can practice with these two maps to find out how mods work in Humankind. One adds a small island to the game and the second gives you a full Earth Map in Humankind. Currently, there are two modes available for download. The work of self-healing conductive liquid metal hydrogels will promote the research and practical application of hydrogels and liquid metal in intelligent devices and military fields.The best Mods are available at Mod.io, you can download the best mods from here. Significantly, owing to the excellent photothermal effect and low infrared emissivity of EGaIn, the LM hydrogel reveals great potential in infrared camouflage.
The LM hydrogel exhibits sensitive strain sensing behavior, allowing human–computer interaction to achieve motion recognition and health monitoring.
The synergistic effect of the rigid PVA microcrystal network and the ductile P(AAm- co-SMA) hydrophobic network, together with the ionic coordination and hydrogen bonds between polymer networks (multiple physical cross-links), endow the LM hydrogel with excellent super-stretchability (2000%), toughness (3.00 MJ m −3), notch resistance, and self-healing property (healing efficiency > 99% at 25 ☌ after 24 h). Herein, gallium indium alloy (EGaIn) is utilized to initiate the polymerization and simultaneously serve as flexible fillers to construct a super-stretchable and self-healing liquid metal/polyvinyl alcohol/ p(acrylamide- co-octadecyl methacrylate) (liquid metal/PVA/P(AAm- co-SMA)) double network hydrogel (LM hydrogel). Due to their mechanical flexibility, conductive hydrogels have been widely investigated in the fields of flexible electronics and soft robots, but their non-negligible disadvantages, such as poor toughness and limited self-healing, severally restrict their practical application.
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