Zombies also appear in the the trailer, confirming human experimentation also went on behind the walls of the facility. It's not just robots you have to worry about in 3826. Have the scientists in 3826 discovered a way to distort reality itself? Have they found a way for humans to control the elements with their minds, perhaps? The answers to those questions remain a mystery for now. Judging by all the warped visuals in the trailers it's probably safe to say at least some of the experiments in the facility are linked to neuroscience, but perhaps those trippy scenes are more than just simple hallucinations. Now it's possible that these robots have been programmed to behave like this, but perhaps it's actually secret experiments on the human brain that have allowed these robots to somehow become self aware. Sechnov is the father of Russian physiology whose main interests lay in neuroscience, in particular how activity in the brain is linked to electrical currents.Ĭhances are this choice of name isn't random, because according to a post on the Atomic Heart website, the machines of 3826 are rising up are killing everything not made out of nuts and bolts. This facility is codenamed Sechnov, which I'm guessing is a reference to Ivan Sechnov. Is this an Alt-Hamster?īack to Atomic Heart now, and I've discovered the majority of the game is set in a bizarre secret research complex called Facility No3826. Seems like the developers have made sure there's plenty of lighthearted moments to balance out all the horrific uber-violence.
If that's not enough weirdness for you, it also says you can win prizes by shooting hungry Soviet seagulls out of the sky with a slingshot.
It boasts a story mode that can be played in single-player or co-op, and a PvP arena for some multiplayer mayhem.Īccording to the Steam page for Soviet Lunapark, you can also play a Whack-a-Mole game with your friends, although in this case Nazi-hamsters assume the role of the moles. Soviet Lunapark is a VR horror game set in and around the same location as Atomic Heart. The announcement trailer for this game came out on 10th April, but it flailed to generate anywhere near the levels of buzz we're seeing for Atomic Heart. Mundfish have another game in the works called Soviet Lunapark VR, which ties in with the events of Atomic Heart. Mundfish's first social media post for Atomic Heart was pushed out on 23rd March 2017, showing us the studio has been working on the game for at least 14 months. The resolution of the picture is too low tell what's written on the map, but I'm pretty sure that fella in the foreground is part way through eating a marker pen. Only one photo of the development team exists on social media and it shows a couple of young designers planning out the game's story using a paper map and Post-it notes. It's built in Unreal Engine 4 by a little-known development studio named Mundfish, which is based in a loft office in central Moscow. Suitably intrigued myself, I decided to scour the internet to find out as much about the story and gameplay of Atomic Heart as possible.Ītomic Heart is an adventure first-person shooter (think along the lines of BioShock) set in an alternate universe version of the Soviet Union. Visually the game looks phenomenal, but the psychedelic scenes that unfold have left viewers with a lot of questions. By simply rotating the microscope turret, the user can switch between optical and AFM modes quickly and accurately, maintaining the look and feel of optical microscopy in the AFM mode.Atomic Heart's most recent trailer has created quite the buzz in Video Game Land. bright-field, dark-field, polarization, fluorescence, etc.), the user can further determine the point-of-interest for the AFM measurement. Using additional illumination and detection techniques (e.g. Through the simultaneous sample and AFM-cantilever view, the measurement position can be easily identified and adjusted. The optical mode combined with an advanced video camera system allows high-resolution sample survey and quick selection of the area-of-interest. topography etc.) are displayed as an image. The sample is scanned under the tip using a piezo-driven scanning-stage and the results (e.g. The WITec Atomic Force Microscope integrated into a research-grade optical microscope provides superior optical access, exact cantilever alignment and high-resolution sample survey.
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