与「TELESA」相关的搜索结果

SpaceX ipo最新时间表预测： 1. 5月15-22，提交S1招股书 2. 5月20，新版星舰V3发射 3. 6月8，IPO路演 4. 6月11，投资者日 5. 6月18-30，IPO正日子 各大投行和媒体会在近段时间预热大太空的情绪，咱们还是多关注大摩之前给的太空60名单： 原材料与采矿 MP (MP Materials) - 稀土 FCX (自由港麦克莫兰) - 铜金属 TECK (泰克资源) - 资源 ALM (Almonty Industries) - 钨 AA (美国铝业) - 铝业 特种材料与合金 CRS (Carpenter Technology) - 特种合金 ATI (ATI Inc) - 特种金属 MTRN (Materion) - 先进材料 GLW (康宁) - 特种玻璃 HXL (Hexcel) - 复合材料 PKE (Park Aerospace) - 航空航天材料 电子与半导体 ADI (亚德诺) - 半导体 STM (意法半导体) - 半导体 IFNNY (英飞凌) - 半导体 MCHP (微芯科技) - 半导体 QRVO (Qorvo) - 射频芯片 MRCY (Mercury Systems) - 国防电子 TTMI (TTM Technologies) - 电路板 AVGO (博通) - 网络芯片 COHR (Coherent) - 激光光学 LITE (Lumentum) - 光学器件 NVDA (英伟达) - 人工智能计算 推进系统与燃料 LIN (林德) - 工业气体 APD (空气化工) - 工业气体 AIQUY (液化空气) - 工业气体 NEU (NewMarket) - 推进剂 组件与子系统 TDY (Teledyne Technologies) - 成像设备 APH (安费诺) - 连接器 KRMN (Kaman Holdings) - 航空部件 RBC (RBC Bearings) - 轴承 APTV (安波福) - 车载电子 HON (霍尼韦尔) - 航电系统 PH (派克汉尼汾) - 流体控制 MOG.A (Moog) - 执行器 GHM (Graham) - 低温设备 AME (阿美特克) - 传感器 航天器与发射系统 RDW (Redwire) - 航天部件 LMT (洛克希德·马丁) - 国防航天 RKLB (Rocket Lab) - 运载火箭 KTOS (Kratos Defense) - 防卫系统 BA (波音) - 航空航天 FLY (Firefly Aerospace) - 运载火箭 NOC (诺斯罗普·格鲁曼) - 国防航天 VOYG (Voyager Technologies) - 空间站 MDA (MDA Space) - 卫星技术 LUNR (Intuitive Machines) - 月球着陆器 YSS (York Space Systems) - 卫星平台 RTX (RTX) - 国防航天 卫星运营商与服务 GILT (Gilat Satellite Networks) - 地面网络 AMZN (亚马逊) - 卫星互联网 VSAT (Viasat) - 卫星通信 GSAT (Globalstar) - 卫星通信 ASTS (AST SpaceMobile) - 太空通信 PL (Planet Labs PBC) - 地球观测 SESG (SES) - 卫星运营 BKSY (BlackSky Technology) - 地球观测 ETL (Eutelsat Communications) - 卫星运营 SPIR (Spire Global) - 卫星数据 IRDM (铱星通信) - 卫星通信 TSAT (Telesat) - 卫星通信

地上波のロンハーで情報解禁されました ロンドンハーツ「ラブマゲドン」 TELESA版に出演しています🏹 毎週火曜（3回に渡り分割で放送予定） 3/24 23:45〜 3/31 23:45〜 4/7 23:45〜 TELESAでこのあともう観れます🫶 #ロンドンハーツ# #ラブマゲドン# #TELESA#

Two weeks ago, I resigned from OpenAI to join Conduit as a founding researcher, where we're training models to non-invasively read the human mind. I've written some thoughts about what telepathy could look like by 2035 and how to get there:

We've finished fueling up our @NASARoman telescope, bringing it one step closer to its targeted liftoff on Aug. 30. Learn more about the process and find out what's next for our mystery-solving mission:

Gorgeous: NGC 1961's spiral arms unfold majestically in this incredible view from the Hubble Space Telescope. (Credit: NASA, ESA, J. Dalcanton, R. Foley; Image processing: G. Kober)

Check! ✔️ For the first time, scientists used our IXPE telescope to measure the magnetic field of a pulsar—a spinning neutron star—located in the Lighthouse Nebula. This data helps us understand the structure of these extreme cosmic objects.

These stellar siblings brought the drama! Our Fermi telescope revealed that these two supernova remnants may be debris from a pair of once-orbiting massive stars that both exploded. The first blast kicked one star light-years away before its own blow-up:

But here we get to the thing that will confound looking at human and machine as separate units: the possibility of deeper and deeper integration between human and machine. This is the strand of technology that includes: computers being able to work much more symbiotically with us, picking up on all kinds of conscious and sub-conscious signals we release as an interface, brain-computer interfaces, computer-assisted telepathy that helps multiple people better understand each other and work together. The ultimate end is erasing the binary divide between human and machine and opening up any position on that spectrum. On one end, you sitting at a laptop terminal; on the other end, mind uploading, and also everything in between. The hope is that deeply integrated human + machine will outperform separated human + machine, and that this will remain the case all the way up to the technological ceiling. This is the best "far-future AI outcome that I actually like" that I can come up with: * We preserve global political and economic pluralism (no single company or government dominates) all the way up to the technological ceiling. * We humans each get the ability to either take technological upgrades to ourselves, and explore the universe at a level competitive with "pure" machines, or stay as we are, and get some ability to act in the world through having a bot listen to our instructions. * Most of Earth will probably become a highly-regulated nature preserve where anyone can continue living the kind of life they have now (without the pains and annoyances; most challenge will be healthy "good challenge"), and if you want to do more crazy things, you go to space. Make no mistake - this is a ride through a narrow corridor. Things could go off the rails in one of several different ways: AI-on-its-own could get too powerful relative to the alternatives; one country or one company could gain decisive advantage and decide to lock it in permanently, powerful technological ways of destroying each other could cause incalculable harm, or the human + machine integration approach itself ends up preserving not enough of our humanity, and so it ends up being "just another way to make powerful bots". For these reasons, I wish that we can ride through the narrow corridor at 60 kph and not 200 kph, which is why I feel warmly toward "slowdown" / "pause" proposals (including "give us a chance to hit the brakes" ideas like mutually assured compute destruction (as in AI 2040, also previously Dan Hendrycks, and others)). My ideal world is actually one where (i) open weights wins, and (ii) Dean Ball turns out to be completely right that open weights is decelerationist because it deters capex in frontier models [though it will enable more capex in peripherals and applications], because then we get slowdown without any of the downsides of doing it through heavier-handed political means. But also I don't think we should count on the world to naturally give us "convenient" laws of economics and physics. We do have some degree of agency over the laws of politics, plenty of ways to change incentives without putting a king in charge, and we should exercise that.