Completing missions awards the player in-game currency and two types of experience points: Branch EXP, which is experience points gained within specific branches, and Beam EXP, the overall amount of experience points. This gameplay mode features four career branches: Motorsports, Labourer, Specialized, and Adventurer. Players can utilize various objects ranging from road barriers to weapons such as cannons, to inflict damage on other vehicles.Īs of alpha release 0.26, the game features an experimental version of a career mode accessed by clicking the main menu button labeled "Career (coming soon)" six times. In free roam, players can explore and experiment with levels, allowing them to operate, place, and manipulate objects and vehicles within the level, but also change environmental properties such as gravity and wind. In time trials, the player selects a vehicle, a level, a route, and competes against their own best time. Campaigns are collections of small scenarios on specific themes, including races, chases and stunts. īeamNG.drive features various gameplay modes and scenarios such as campaigns and a time trial mode, aside from free mode. The game was initially released as a tech demo on 3 August 2013 along with paid access to an alpha, and was made available on Steam Early Access for Microsoft Windows on. The game features soft-body physics, which simulates realistic handling and damage to vehicles. Scientists also envision using it as a dehumidifying element in air conditioning devices, which would reduce their energy is a vehicle simulation video game developed and published by Bremen-based video game developer BeamNG GmbH. It would be configured to continuously absorb water vapor, which could then condense and be used as drinking water. In theory, the gel could be used to passively capture water in the desert and drought-stricken regions. The researchers claim that this new hydrogel offers real possibilities because it can be quickly mass-produced. They found that they could put more salt into the hydrogel than previously believed possible, and the salt-infused gel retained “unprecedented” levels of moisture in all kinds of environments. To achieve this, the researchers infused the hydrogel with lithium chloride, a specific type of salt. From diapers to the desert, that’s how we will end drought
The MIT team created an extra-absorbent hydrogel capable of extracting water from the air, even in the most arid conditions. Apart from their use in diapers, hydrogels are also useful in manufacturing contact lenses, hygiene products, and wound dressings. Hydrogels are gummy and transparent materials known for their ability to retain large amounts of water.
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