ReportWire

Tag: Physical sciences

  • NFT Cockfighting Game Binned, Is Everything Wrong With Silicon Valley

    NFT Cockfighting Game Binned, Is Everything Wrong With Silicon Valley

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    For the past year a company known as Irreverent Labs have been working on a game called MechaFightClub, which was to be driven by NFT sales and be based on the proud and ancient sport of cockfighting.

    Not using actual chickens, mind, they were mech ones, but still.

    Here is the game in action, which it was hoped would inspire the sale of a ton of mechabots, the NFTs that players were supposed to buy and then use to fight each other with:

    MechaFightClub First Glimpse – Fight Scene in the Cockpit

    You may be shocked to hear this after seeing such an accomplished demonstration, but it’s now May 2023 and the game—or collection of concept videos built around NFTs, however you want to describe it—has been essentially cancelled, with the developers announcing an “indefinite hibernation”:

    While it would be easy to blame the cancellation on the fact it looked like shit and was built on a dead market, the developers have instead decided to blame the SEC’s recent crypto crackdown, saying “We are an American company, and a lack of clarity is making it difficult for blockchain companies to operate here. In the current regulatory confusion, we simply couldn’t create an in-game economy without concern about the regulatory ramifications.”

    You may be equally shocked to hear that a bunch of people who were very into the whole NFT and crypto hustle have now, like the rest of Silicon Valley, lurched towards “AI” instead.

    The game’s official YouTube account, which had stopped posting gameplay videos a long time ago (though its Twitter account had kept hyping the game until earlier this week, using mostly AI-generated images), has recently begun posting AI interviews instead, and Decrypt reports (via Web3IsGoingGreat) the company has now pivoted entirely away from games development and towards using machine learning to create “short-form videos from images” instead.

    I’m not posting this here to point and laugh at one bad game that was probably never going to be a game and which you’d likely never heard of. I’m posting this because this company got $40 million in funding to make MechaFightClub, and only a year later can just cancel it, shift their entire focus onto a premise as flimsy and ethereal as crypto was and just carry on like nothing happened.

    Linette Lopez’s excellent piece last week argued that “Silicon Valley has entered the Hail Mary phase of its business cycle — a desertic part of a tech-industry downturn where desperation can turn into recklessness”. Irreverent Labs going from “mech chicken fighting game” to “AI-driven video creator” in the space of a year is the perfect example of this desperation, a case study in everything wrong with so many companies working in these tech spaces and, even more damningly, the idiots who keep giving them all this money.

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    Luke Plunkett

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  • Superscattering of water waves – breaking the single channel scattering limit

    Superscattering of water waves – breaking the single channel scattering limit

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    Newswise — Recently, the National Science Review published the study of Huaping Wang’s group at Zhejiang University online. Inspired by electromagnetic metamaterials, the research team designed and fabricated a water wave superscattering device based on degeneracy resonance by using the similarity of water wave equation and electromagnetic wave equation under shallow water conditions, which was realized it experimentally.

    Water waves are a very intuitive fluctuating phenomenon that is widely observed in the natural world. Understanding and controlling the propagation of water waves is significant for both hydrodynamics and marine engineering. In recent years, metamaterials have developed rapidly and become a beneficial tool to manipulate electromagnetic waves, elastic waves, acoustic waves and water waves. Enhanced water wave scattering using metamaterials has a wide range of promising applications in marine energy harvesting and coastal protection.

    Inspired by the superscattering in electromagnetic and acoustic waves, it is possible to design water wave superscatterers based on transformation optics to achieve an increase in the scattering intensity of a given object. However, its experimental implementation remains a great challenge due to the extreme requirements on anisotropic parameters and in water wave conditions.

    Based on the degenerate resonant superscattering mechanism, the researchers theoretically designed and experimentally verified the superscatterer structure of water waves in an experimental water tank. The subwavelength superscatterer is composed of multiple concentric cylinders with different heights, and the geometry and operating frequency of the superscatterer are optimized by a simulated annealing algorithm. By designing resonances with different angular momentum channels, the total scattering cross section can break the limit of single-channel scattering by several times and also far exceed the scattering intensity of ordinary scatterers of the same size. For an ordinary scatterer, the resonances are spread out and the total scattering cross section is limited by the single channel.

    In the experiments, the research group measured the near-field patterns of the water-wave superscatterers, which were in agreement with the theoretical predictions and numerical simulations, and further measured the superscattering effects under different boundary conditions, water depths, and frequencies.

    This study provides a simple and low-cost method to enhance the scattering of water waves, which can be used to enhance the scattering of small sub-wavelength objects, and this is highly relevant for marine engineering, offshore coastal protection, etc., and may be used in marine energy harvesting devices and coastal protection facilities in the future.

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    See the article:

    Superscattering of water waves

    https://doi.org/10.1093/nsr/nwac255

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    Science China Press

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  • U.S. Announces Nuclear Fusion Energy Breakthrough

    U.S. Announces Nuclear Fusion Energy Breakthrough

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    Scientists have successfully produced a nuclear fusion reaction resulting in a net energy gain, a major breakthrough in a decades-long quest to unleash an infinite source of clean energy that could help end dependence on fossil fuels. What do you think?

    “It’ll take some pretty big fundraising dinners to stop this.”

    Debora Emel, Prank Adviser

    “If clean energy is so great, why haven’t we invaded anyone for it yet?”

    Spencer West, Chief Filer

    “I thought we all agreed Earth was more of a run-out-the-clock scenario.”

    Malcolm Gareau, PSA Director

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