Business

欢迎来到德里第二季迎来了令人期待的新消息

HBO(SeaPRwire) -   HBO 仍未批准续订《小丑回魂：欢迎来到德里》的下一季，但该工作室的负责人认为还有更多故事可讲。在最近与《好莱坞报道者》（Deadline）的一次对话中，HBO 首席执行官凯西·布罗伊斯（Casey Bloys）坚称这部前传剧集“完全没有陷入僵局”。《欢迎来到德里》对 HBO 来说是“巨大的成功”，而且第一季结尾设置的令人费解的悬念表明，《小丑回魂》的导演安迪·马斯切蒂（Andy Muschietti）和联合创作者芭芭拉·马斯切蒂（Barbara Muschietti）对后续季有规划。只是需要将其具体化。“安迪和芭芭拉正在努力构思一个他们想在下一季讲述的故事，”布罗伊斯说，“除了他们需要想出一个让他们在创意上兴奋的点子之外，这并非陷入僵局。我们会支持他们。”幸运的是，安迪·马斯切蒂似乎正在努力创作一个能超越《欢迎来到德里》第一季欢乐杀戮场面的故事。在土星奖颁奖典礼上——《欢迎来到德里》获得了最佳恐怖剧集等多个奖项——这位电影制作人透露，第二季的开发工作已正式启动，而且会比第一季“更精彩”。《欢迎来到德里》第二季不会是另一部普通的前传，而是一部疯狂的科幻/恐怖混搭剧。 | HBO“我们能说的不多，但没错，”当被问及第二季是否真的在筹备中时，马斯切蒂说，“我们很自豪第一季之后大家的期待值很高。我认为我们会呈现出更精彩的内容。”马斯切蒂已经透露了《欢迎来到德里》未来几季的大致计划。该剧将再回溯 27 年，讲述第一季中与小丑潘尼怀斯（比尔·斯卡斯加德 饰）对抗的孩子们的父母的故事。但季终集也为这个直白的设定引入了一个引人入胜的时间旅行元素：由于潘尼怀斯对时间的体验不同，过去对他来说几乎就是未来。他意识到了对自己存在的威胁，并且似乎一心要消灭最终会打败他的家族血脉。这一切让潘尼怀斯在《欢迎来到德里》进入新一季时有点像《终结者》里的角色。问题在于，这个恶魔实体在深入过去的过程中是否真的在改变未来，还是这一切只是一个注定他会面临失败的固定循环。仅这个概念就应该能让第二季比第一季“更精彩”，但马斯切蒂似乎决心尽可能地超越这个转折。无论如何，等待这部恐怖剧集的更多内容都是非常值得的。本文由第三方内容提供商提供。SeaPRwire (https://www.seaprwire.com/)对此不作任何保证或陈述。 分类: 头条新闻,日常新闻 SeaPRwire为公司和机构提供全球新闻稿发布，覆盖超过6,500个媒体库、86,000名编辑和记者，以及350万以上终端桌面和手机App。SeaPRwire支持英、日、德、韩、法、俄、印尼、马来、越南、中文等多种语言新闻稿发布。《小丑回魂：欢迎来到德里》正在 HBO Max 上播出。

JCN Newswire

NEC and The University of Tokyo calculate carbon accumulation rates in Malaysian national park with a 9.4% margin of error

The University of Tokyo’s carbon cycle assessment model, VISIT, and NEC’s data assimilation technology calculate decarbonization effect in forests with greater efficiency and accuracy than conventional methodsTOKYO, Mar 12, 2026 - (JCN Newswire via SeaPRwire.com) - The University of Tokyo’s Graduate School of Agricultural and Life Sciences, Faculty of Agriculture, and NEC have calculated carbon accumulation rates for Lambir Hills National Park in Malaysia based on observed removals data for greenhouse gases (GHG) utilizing the university’s VISIT (Vegetation Integrated SImulator for Trace gases) terrestrial ecosystem model.NEC’s data assimilation technology (patent pending) was used to correct data errors, and observed data was compared with simulated data in order to calculate carbon accumulation rates with a high degree of accuracy, achieving a daily margin of error of 9.4%.BackgroundNEC is promoting initiatives to quantify GHG removals in forests across Southeast Asia and to develop carbon credits in the forest sector. As part of these efforts, NEC has been conducting joint research with the Graduate School of Agricultural and Life Sciences at The University of Tokyo, which developed the VISIT model, an ecosystem model with strengths estimating carbon stocks and fluxes (*1) in forests in the Asian region.The VISIT model estimates carbon stocks and fluxes based on forest vegetation, soil, and meteorological data. By combining VISIT with NEC’s data assimilation technology, exceptionally high-precision estimation of forest carbon accumulation rates has become possible.Data assimilation technology is a computational method that improves model accuracy by adjusting model parameters based on differences between model outputs and observed data. NEC’s data assimilation technology is designed to enhance the accuracy of carbon flux estimations for the future by linking VISIT with image data obtained from satellite-mounted sensors. A patent application has been filed by NEC for this technology.Key features of the VISIT modelThe VISIT model assesses carbon cycles in terrestrial ecosystems. In addition to enabling estimation of carbon stocks and fluxes using vegetation, soil, and meteorological data, the model can also assess the impacts of land-use changes and climate change. VISIT is particularly well suited for improving accuracy based on observed data and is regarded as highly reliable compared with other similar models.Furthermore, the VISIT model is applicable to forests across Asia, including Japan. The methodologies recommended by the Verified Carbon Standard (VCS), the world’s largest voluntary carbon crediting program, primarily reference models developed for Europe and North America and have not specified models tailored to Asian regions (*2). This joint research utilizing the VISIT model is expected to make important contributions to the advancement of forest carbon credit development in Asia.Key features of data assimilationData assimilation is a computational method that improves the accuracy of model estimation by correcting model parameters based on differences between model outputs and observed data. The NEC data assimilation technology used in this joint research has the potential, in the future, to enhance the accuracy of carbon flux estimation by linking the VISIT model with satellite-mounted hyperspectral sensors. A patent application has been filed by NEC for this technology.Currently, the application of data assimilation technology to observational models in the forestry field is not widespread. By applying this technology to the VISIT model, more efficient and highly accurate data collection in forest environments becomes possible, contributing to the advancement of forest conservation initiatives.Building on the findings obtained through this joint research, NEC will accelerate its initiatives in natural capital accounting and carbon credit development.(1) The amount of carbon dioxide absorbed and emitted between forests and the atmosphere.(2) Source: Verra, a nonprofit organization that operates standards in environmental and social markets. About NECThe NEC Group leverages technology to create social value and promote a more sustainable world where everyone has the chance to reach their full potential. NEC Corporation was established in 1899. Today, the NEC Group’s approximately 110,000 employees utilize world-leading AI, security, and communications technologies to solve the most pressing needs of customers and society.For more information, please visit https://www.nec.com, Copyright 2026 JCN Newswire via SeaPRwire.com. All rights reserved. www.jcnnewswire.com

Business

一部新的动漫改编可能会弥补Netflix最大的失误

Toonami(SeaPRwire) -   真人版动漫改编作品的表现时好时坏，而且通常是后者。这两种媒介的美学风格往往相互冲突，因此写实改编会失去“动漫感”，而忠实于原作的改编又可能显得俗气或怪异。有《极速赛车手》这样的成功案例，就有《进击的巨人》这样的失败之作，至于那部《龙珠》电影，还是少说为妙。但得益于现代流媒体平台，这种趋势开始逆转。突然间，像样的动漫改编作品随处可见：《钢之炼金术师》三部曲电影、《弥留之国的爱丽丝》多季剧集，甚至还有高预算的《降世神通：最后的气宗》和《海贼王》改编作品。现在，另一部粉丝喜爱的动漫也将被改编成真人版，不过一个旧失败案例的阴影笼罩着它。据《Variety》报道，负责《海贼王》改编的制作公司Tomorrow Studios正在着手改编渡边信一郎的武士时代惊悚片《混沌武士》。《混沌武士》讲述了茶馆女招待Yuu、罪犯Mugen和浪人Jin的冒险故事。| Toonami这并非渡边的作品首次被改编成真人版。他也是《星际牛仔》的创作者，这部邪典经典科幻动漫在2021年被改编成电视剧，但因失去原作的精髓而遭到评论家和观众的猛烈批评。即使是被列为该系列顾问的渡边本人，也对此心存疑虑。“对于新的Netflix真人版改编，他们给我发了一段视频让我审核，”他在2023年接受《Forbes》采访时表示，“视频以赌场场景开头，这让我很难继续看下去。我看到那里就停了，所以只看了开头的场景。那显然不是《星际牛仔》，我当时就意识到，如果我不参与其中，它就不会是《星际牛仔》。”渡边最具标志性的作品《星际牛仔》被改编成一部平淡无奇的真人版剧集，由Netflix出品。| Netflix渡边的另一部动漫改编作品能否打破这个魔咒？Tomorrow Studios向粉丝保证，《星际牛仔》是一个需要吸取的教训，而非未来的不祥预兆。这一次，渡边将有更多的参与。“我们学到了，”制片人Mark Adelstein告诉《Variety》，“让创作者在场并认可创意非常重要。”《星际牛仔》在当前的改编热潮早期就出现了，所以可能当时还没有解决所有问题。希望制片人在跨媒介转换方面已经从例子中吸取了教训。《混沌武士》的江户时代背景融入了渡边标志性的时髦时代错位元素，因此忠实于原作的基调至关重要。希望在Netflix的动漫时代深入发展之际，这家流媒体（或最终播出这部新剧的任何流媒体）能证明《星际牛仔》只是一个意外。本文由第三方内容提供商提供。SeaPRwire (https://www.seaprwire.com/)对此不作任何保证或陈述。 分类: 头条新闻,日常新闻 SeaPRwire为公司和机构提供全球新闻稿发布，覆盖超过6,500个媒体库、86,000名编辑和记者，以及350万以上终端桌面和手机App。SeaPRwire支持英、日、德、韩、法、俄、印尼、马来、越南、中文等多种语言新闻稿发布。《混沌武士》动漫正在Crunchyroll上播放。