马斯克 的最新消息
@PPathole @WholeMarsBlog The San Francisco office of the SEC were shameless puppets of Wall St shortseller sharks, while doing nothing to protect actual shareholders. That is why I lost all respect for them.
美国证券交易委员会(SEC)的旧金山办公室是美国证券交易委员会(SEC)的无耻傀儡,但却没有保护实际股东。这就是为什么我失去了对他们的尊重。
RT: Watch Dragon and the Ax-1 astronauts depart the @space_station and return to Earth → https://spacex.com/launches/ax... https://twitter.com/i/broadcas...
RT:观看Dragon和Ax-1宇航员离开@space_空间站返回地球→ https://spacex.com/launches/ax... https://twitter.com/i/broadcas...
@JohnnaCrider1 @stats_feed Underground tunnels are immune to surface weather conditions (subways are a good example), so it wouldn’t matter to Hyperloop if a hurricane was raging on the surface. You wouldn’t even notice.
@JohnnaCrider1@stats_feed地下隧道不受地面天气条件的影响(地铁就是一个很好的例子),因此,如果地面上有飓风肆虐,超环线也没关系。你甚至都不会注意到。
@JohnnaCrider1 @stats_feed In the coming years, Boring Co will attempt to build a working Hyperloop.
From a known physics standpoint, this is the fastest possible way of getting from one city center to another for distances less than ~2000 miles. Starship is faster for longer journeys.
@JohnnaCrider1@stats_feed在未来几年,无聊公司将尝试建立一个工作超循环。
从已知的物理学角度来看,这是从一个城市中心到另一个城市中心距离小于2000英里的最快方式。星际飞船在长途旅行中速度更快。
@JamesWLaw1 @Teslarati @ResidentSponge Definitely. Might be less than 5 years away, as current version Neuralinks are semi-generalized neural read/write devices with ~1000 electrodes and tinnitus probably needs <<1000.
Future gen Neuralinks will increase electrode count by many orders of magnitude.
@JamesWLaw1@Teslarati@ResidentSpunde。可能不到5年,因为当前版本的Neuralinks是半通用的神经读/写设备,大约需要1000个电极和耳鸣<&书信电报;1000
未来的gen Neuralinks将使电极数量增加许多数量级。
@24_7TeslaNews @Teslarati @ResidentSponge Current generation Neuralinks can help to some degree, but an advanced case of Alzheimers often involves macro degeneration of the brain.
However, Neuralinks should theoretically be able restore almost any functionality lost due *localized* brain damage from stroke or injury.
@24_7TeslaNews@Teslarati@residentspink当前一代的神经肽在一定程度上有帮助,但老年痴呆症的晚期病例通常涉及大脑的宏观退化。
然而,从理论上讲,Neuralinks应该能够恢复几乎所有因中风或受伤造成的局部脑损伤而丧失的功能。