Both games need you to make a folder called Community to install mods correctly. Humankind uses the same mod installation method as other Amplitude Studios games like Endless Space 2 and Endless Legends. If you happen to find any maps or mods you want to install, you can also install them manually. Mod.io has community support for allowing players on both consoles and PC to alter the SEGA published game, so we know it will just be a matter of time.
As it’s still being worked on, most of the custom made maps and mods are still works-in-progress or have yet to be released publicly. At the time of writing, Mod.io and Amplitude are actively working on the Humankind mods subdirectory. 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 is the modding community that Amplitude Studios is working with to be the cross-platform source for all Humankind mods.
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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