The Antitrust Case Against Facebook Draws Blood

On Tuesday, federal judge James E. Boasberg ruled that the Federal Trade Commission’s effort to break up Facebook could move forward. The case itself is far from decided. But by blessing the FTC’s theory that a monopoly can harm consumers even when its product is free, the judge has signaled that Facebook—and other tech platforms—are not invincible.

It’s a big turnaround from last summer. In June, Boasberg, a judge on the United States District Court for the District of Columbia, granted Facebook’s motion to dismiss the case. (The company has since rebranded itself as Meta Platforms, but Facebook remains the named defendant.) The problem, he held, was that the FTC—which is seeking to reverse Facebook’s acquisitions of Instagram and WhatsApp—hadn’t provided any evidence that the company was a monopoly. But in that same ruling, Boasberg gave a clear blueprint for how to revive the case. All the government had to do was provide evidence that Facebook has a dominant share of the social networking market.

Two months later, the agency filed a new complaint stuffed with data points from Comscore, an analytics firm that Facebook itself uses, suggesting that the company dominates the market under a variety of metrics: daily active users, monthly active users, and user time spent. The new evidence seems to have impressed Boasberg. “In short,” he writes in the latest ruling, “the FTC has done its homework this time around.”

The market-share data doesn’t quite settle matters on its own. The FTC, Boasberg notes, also has to show that Facebook’s alleged monopoly has been bad for consumers. This is where the ruling gets interesting. From the beginning, the movement to wield antitrust law against companies like Facebook and Google has faced a major obstacle: How do you show that consumers are harmed by companies whose core offerings are free? (Or, in Amazon’s case, famously cheap?) Antitrust law is technically not about prices, but since the late 1970s, judges have tended to interpret it as if it were. The standard way to argue against a corporate merger is to show that it will lead to higher prices. (See, for example, the beef industry.)

In recent years, legal thinkers, including FTC chair Lina Khan, have been developing another way to think about the harms of tech monopolies: When there’s no competition, companies will be free to do things that users don’t like, and will feel less pressure to improve their products. The scholar Dina Srinivasan, for example, has argued that Facebook lowered its user privacy standards once it defeated early rivals like MySpace. The FTC included that theory in its brief, plus several others. Facebook’s dominance, it argued, has also allowed the company to pack users’ feeds with more ads. And, the FTC noted, Facebook killed its own in-house photo-sharing app once it purchased Instagram, suggesting that consumers would have more choices if the two companies had remained rivals.

Until now, it has been an open question whether these non-price theories will succeed in court. Which is why it’s a big deal that Boasberg seems to have accepted them. “In short,” he wrote, “the FTC alleges that even though Facebook’s acquisitions of Instagram and WhatsApp did not lead to higher prices, they did lead to poorer services and less choice for consumers.”

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NASA帕克太阳探测器捕捉到令人震惊的金星新图像

NASA的帕克太阳探测器已经从太空中拍摄了第一张金星表面的可见光图像。由于被厚厚的云层所笼罩,金星的表面通常会被遮蔽,无法看到。但在最近两次飞越这颗行星时,帕克利用其广域成像仪即WISPR,以可见光谱的波长--即人眼可以看到的光的类型--对整个夜面进行成像并延伸到近红外。 这些图像被组合成视频,并由此揭示了来自表面的微弱光芒及显示了大陆地区、平原和高原等独特的特征。另外,还可以在视频中看到大气层中氧气的发光光环围绕着这个星球。“我们对帕克太阳探测器迄今为止所提供的科学见解感到兴奋,”NASA总部太阳物理学部的部门主管Nicola Fox说道,“帕克继续超出我们的预期,我们很高兴在我们的重力辅助机动期间所进行的这些新的观察能够以意想不到的方式帮助推进金星研究。”这颗行星通常被称为地球的孪生兄弟,这样的图像可以帮助科学家更多地了解金星的表面地质,那里可能存在哪些矿物以及这颗行星的演变。鉴于这两颗行星之间的相似性,这些信息可以帮助科学家了解为什么金星变得荒凉而地球成为绿洲。“金星是天空中第三亮的东西,但直到最近我们还没有掌握关于其表面的信息,因为我们的视线被厚厚的大气层挡住了,”这项新研究的论文第一作者、华盛顿特区海军研究实验室的物理学家Brian Wood说道,“现在,我们终于第一次从太空中看到了可见波长的表面。”意想不到的能力金星的首批WISPR图像是在2020年7月拍摄的,当时帕克开始进行第三次飞越,该航天器利用这次飞越使其轨道弯曲进而更接近太阳。WISPR旨在看到太阳大气和风中的微弱特征,一些科学家认为他们也许能够利用WISPR对帕克经过金星时遮挡金星的云顶进行成像。WISPR项目科学家Angelos Vourlidas表示:“目标是测量云层的速度。”他是新论文的共同作者,也是约翰霍普金斯大学应用物理实验室的研究员。但WISPR不仅看到了云层,还看到了这颗星球的表面。这些图像是如此引人注目,以至于科学家们在2021年2月的第四次飞越中再次打开了相机。在2021年的飞越过程中,航天器的轨道完美地排列在一起,这使得WISPR对金星的夜面进行了完整的成像。Wood说道:“这些图像和视频让我大吃一惊。”像锻造厂的铁器一样闪闪发光云层阻挡了来自金星表面的大部分可见光,但最长的可见光波长也就是与近红外波长接壤的波长却能通过。在白天,这种红光在金星云顶反射的明亮阳光中消失了,但在黑暗的夜晚,WISPR相机能够捕捉到这种由金星表面发出的难以置信的热量所引起的微弱光芒。Wood说道:“金星的表面,即使在夜间,也有约860度。它是如此之热,以至于金星的岩石表面明显地在发光,就像一块从锻造厂拉出来的铁。”当它经过金星时,WISPR收集了从470纳米到800纳米的一系列波长。其中一些光是近红外光--我们看不到的波长,但可以感觉到热量--还有一些是可见光范围,在380纳米和大约750纳米之间。金星上的新光1975年,Vener 9着陆器在登陆金星后首次发回了一个诱人的表面瞥见。从那时起,金星的表面被雷达和红外仪器进一步揭示出来,这些仪器可以通过使用人眼不可见的光的波长来透视厚厚的云层。NASA的Magellan任务在20世纪90年代利用雷达绘制了首批地图,JAXA的Akatsuki航天器在2016年到达金星周围的轨道后收集了红外图像。来自帕克的新图像则通过将观察范围扩大到我们所能看到的边缘的红色波长来补充这些发现。WISPR图像显示了金星表面的特征,如大陆地区Aphrodite Terra、Tellus Regio高原和Aino Planitia平原。由于高海拔地区比低海拔地区冷约85华氏度,所以它们在明亮的低地中显示为黑暗的斑块。这些特征还可以在以前的雷达图像中看到,如由麦哲伦拍摄的图像。除了观察表面特征,新WISPR图像还将帮助科学家更好地了解金星的地质和矿物构成。当被加热时,材料会以独特的波长发光。通过将新图像跟以前的图像相结合,科学家们现在有更广泛的波长可以研究,这可以帮助确定该行星表面有哪些矿物。这种技术以前曾被用于研究月球表面。未来的任务将继续扩大这一波长范围,这将有助于我们对宜居行星的了解。这些信息也可以帮助科学家了解该行星的演变。虽然金星、地球和火星都是在同一时间形成的,但它们今天却非常不同。火星上的大气层只有地球的一小部分,而金星的大气层则要厚得多。科学家们怀疑火山活动在创造金星稠密的大气层中发挥了作用,但需要更多的数据来了解。新的WISPR图像可能提供关于火山如何影响该星球大气层的线索。除了表面的光芒之外,新图像显示了行星边缘的一个明亮的环,这是由大气中的氧原子发出的光造成的。这种类型的光被称为气辉--也存在于地球的大气层中,从太空中可以看到,有时在夜间从地面也可以看到。飞越科学虽然帕克太阳探测器的主要目标是太阳科学,但金星的飞越提供了令人兴奋的机会以获得任务启动时未曾预期的意外数据。WISPR还对金星的轨道尘埃环进行了成像--这是金星围绕太阳的轨道上散落的微观粒子的圆环形轨迹,FIELDS仪器则对金星大气中的无线电波进行了直接测量从而帮助科学家了解在太阳11年的活动周期中高层大气如何变化。2021年12月,研究人员发表了关于重新发现金星背后流出来的类似彗星的等离子体尾巴的新发现。新结果显示,这条粒子尾巴从金星大气层延伸出近5000英里。这条尾巴可能是金星的水如何从这个星球上逸出并促成了其目前干燥和荒凉的环境。虽然未来两次飞越的几何形状可能不允许帕克对夜空进行成像,但科学家将继续使用帕克的其他仪器来研究金星的空间环境。2024年11月,该航天器将有最后一次机会,在其第七次也是最后一次飞越中对金星表面进行成像。金星研究的未来帕克太阳探测器由位于马里兰州劳雷尔的约翰-霍普金斯应用物理实验室建造和运营,它并不是第一个在飞越时收集意外数据的任务,但它最近的成功激励了其他任务在经过金星时打开它们的仪器。除了帕克,ESA的BepiColombo任务及ESA和NASA的Solar Orbiter任务已经决定在未来几年的飞越中收集数据。更多的航天器也将在本世纪末前往金星,包括NASA的DAVINCI和VERITAS任务及ESA的EnVision任务。这些任务都将有助于对金星的大气层进行成像和取样并用红外线波长以更高的分辨率重绘其表面。这些信息将帮助科学家确定表面的矿物构成并更好地了解这个星球的地质历史。NASA局总部行星科学部主任Lori Glaze说道:“通过研究金星的表面和大气层,我们希望即将进行的任务将帮助科学家了解金星的演变以及是什么原因使金星今天变得荒凉。虽然DAVINCI和VERITAS都将主要使用近红外成像,但帕克的结果已经表明了广泛的波长成像的价值。”
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