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Elon Musk Weekly News Update: Tesla, SpaceX, X, Neuralink, and More · Elon Musk Podcast

• 0:00
  Hey, everybody, welcome back to the.
• 0:01
  Elon Musk Podcast. This is a show where we discuss.
• 0:05
  The critical crossroads? That shape?
• 0:06
  SpaceX, Tesla X, The Boring Company, and Neuralink.
• 0:10
  And I'm your host, Will. Walden, one more thing before we
• 0:13
  start. Google Podcasts is.
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  know where to continue finding the show over at YouTube Music.
• 0:43
  Search for. Elon Musk Podcast.
• 0:45
  The US Congress has recently passed a bill that may lead to a
• 0:49
  nationwide ban on TikTok, posing a significant challenge to the
• 0:52
  platform's operations in the United States.
• 0:55
  This legislation, now awaiting President Joe Biden's signature,
• 0:58
  mandates that Tik. Tok's parent.
• 1:00
  Company Bytedance to divest its interest within 270 days under
• 1:06
  threat of prohibition from US app stores and Internet hosting
• 1:10
  services. This development is part of a.
• 1:12
  Larger foreign aid. Package supporting Israel and
• 1:15
  Ukraine. Which is a strategic move.
• 1:18
  Likely to expedite the process now, the bill's journey began
• 1:23
  earlier this year and has seen various iterations, Initially
• 1:25
  approved by the House in March. It.
• 1:28
  Stalled in the Senate until House Republicans attached it to
• 1:31
  the crucial foreign aid package, the strategic bundling was
• 1:35
  designed to ensure a Senate vote on the TikTok matter, leveraging
• 1:39
  the urgency and importance of the foreign aid to pass through
• 1:43
  the potentially contentious issue.
• 1:46
  Now, President. Biden, who has previously
• 1:48
  expressed support for measures against TikTok, is expected to
• 1:52
  sign the bill into law promptly. The updated legislation provides
• 1:55
  Tiktok a slightly longer period to secure a sale and grants the
• 1:59
  White House more influence over the process.
• 2:02
  If enacted, the 270 day countdown for Tiktok to find a
• 2:06
  new owner would commence now. Should the deadline pass without
• 2:09
  a sale, Tiktok will face severe restrictions in the US,
• 2:13
  including removal from app stores and a ban on receiving
• 2:17
  hosting services. This would effectively halt any
• 2:20
  new downloads and significantly disrupt ongoing access to the
• 2:24
  app services. The president does have the
• 2:27
  authority to extend the deadline by an additional 90 days if he
• 2:30
  deems sufficient progress has been made towards a sale.
• 2:35
  Now the backdrop. To This legislative action
• 2:37
  includes broader concerns about data privacy and national
• 2:40
  security. Specifically regarding the
• 2:42
  potential for. Foreign interference Tik Tok's
• 2:45
  parent company, Byte Dance, is under scrutiny due to fears that
• 2:47
  his compliance with Chinese law might obligate it to share user
• 2:51
  data with the Chinese government.
• 2:53
  And TikTok has publicly opposed the legislation, declaring its
• 2:57
  intention to challenge the bill in court if it's signed into
• 2:59
  law, and the company argues that the ban would violate free
• 3:03
  speech rights and harm small businesses that rely on the
• 3:06
  platform for their operations. A legal challenge could delay
• 3:10
  any immediate effects of the law, potentially over several
• 3:13
  years, and the bill's implications reach beyond just
• 3:16
  corporate affairs. Though experts in constitutional
• 3:18
  law suggested that banning TikTok might infringe on
• 3:22
  America's First Amendment rights, these rights protect the
• 3:25
  access to information and media from overseas, which could make
• 3:29
  the ban vulnerable to legal challenges.
• 3:32
  Now the bill's passage. Also illustrates the use of
• 3:35
  legislative strategies to address issues that intertwine
• 3:38
  technological concerns with geopolitical tensions and by
• 3:41
  attacking the TikTok sale mandate.
• 3:43
  To a foreign. Aid package legislators ensured
• 3:47
  both expedited passage and alignment with broader national
• 3:50
  priorities. Now the situation is complicated
• 3:53
  by international regulations, particularly Chinese laws
• 3:56
  governing algorithm export controls, which can impede the
• 3:59
  sale of Tiktok or its operational capabilities.
• 4:02
  China has shown reluctance to allow the sale of Tiktok's
• 4:05
  algorithm critical to the app's success.
• 4:08
  Potentially derailing efforts to divest is required.
• 4:11
  This legislative effort comes amidst A broader international
• 4:14
  reaction to concerns over privacy and data security
• 4:17
  associated with Chinese apps. And similar actions have taken
• 4:20
  place in other countries, notably India, which banned
• 4:24
  TikTok and several other apps following geopolitical tensions
• 4:27
  with China. Now the.
• 4:28
  Discourse around Tik Tok's potential ban intersects with
• 4:31
  larger discussions about technology's role in society and
• 4:35
  governance. And while the app is celebrated
• 4:37
  for fostering creativity and connectivity, it also raises
• 4:40
  questions about the control and the flow of information,
• 4:44
  highlighting the challenges of regulating global technology
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  platforms within national frameworks.
• 4:50
  This ban has stimulated significant public and political
• 4:54
  debate, reflecting differing perspective on the balance
• 4:57
  between national security and free expression.
• 5:00
  Supporters argue the necessity of the ban to protect national
• 5:03
  interests, while opponents caution against infringing on
• 5:07
  civil liberties and stifling technological innovation.
• 5:11
  And the bill's political implications are also notable,
• 5:14
  especially considering it's timing relative to upcoming
• 5:17
  elections in the bans enactment after the 2024.
• 5:21
  Election suggests a. Strategic consideration of its
• 5:24
  impact on voters, particularly younger demographics or prolific
• 5:29
  users of the platform. Now, discussions in Congress
• 5:33
  have highlighted the tension between economic interests and
• 5:36
  national security concerns, with some legislators emphasizing the
• 5:40
  need to mitigate risks without stifling technological
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  advancement and economic opportunities associated with.
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  Platforms like TikTok, and political figures have used the
• 5:50
  issue to mobilize specific, specific voter bases, and this
• 5:54
  is technology, politics, and public opinion.
• 5:59
  Melding together, the debate over Tik Tok's future in the US
• 6:02
  encapsulates broader concerns about the influence of digital
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  platforms on public discourse and democracy.
• 6:09
  Beyond the immediate legal and political ramifications, the
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  TikTok case may influence future legislation and regulatory
• 6:18
  approaches to technology. Management raises important
• 6:21
  questions about the ability of U.S. law to adapt to the
• 6:24
  complexities of global digital ecosystems and the interplay
• 6:28
  between technology and public policy.
• 6:32
  Now, this ongoing situation with TikTok serves as a case study in
• 6:37
  the intersection of technology, law and geopolitics, and it
• 6:42
  provides a unique lens through which to view contemporary
• 6:45
  challenges in global digital governance under.
• 6:49
  NASA's Artemis campaign, the agency and its partners will
• 6:52
  send large pieces of equipment to the lunar surface to enable
• 6:55
  long term scientific exploration of the moon for the benefit of
• 6:59
  all humanity. Now, NASA's human landing
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  systems provider, SpaceX and Blue Origin are beginning
• 7:05
  development of lunar Landers. The SpaceX Starship and Blue
• 7:08
  Origin ship as well for large cargo deliveries to support
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  these needs, Yes has contracted. SpaceX and Blue.
• 7:15
  Origin to provide landing systems to take astronauts to
• 7:17
  the moon surface from lunar orbit, beginning with Artemis 3.
• 7:21
  And that's going to be someplace between 2028 and 2030 right now,
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  but probably going to slip a little bit later than that.
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  Now the agency has asked the two companies to.
• 7:32
  Develop cargo. Versions of their human landing
• 7:34
  Landers as an option. Under their existing contracts,
• 7:38
  the cargo variants are expected to land approximately 26,000 to
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  33,000 lbs, or 12 to 15 metric tons of payload on the lunar
• 7:47
  surface and be in service no earlier than the Artemis 7
• 7:52
  mission now, NASA spokesperson the Human Landing Systems
• 7:56
  Program Manager at NASA's Marshall Space Flight Center in
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  Huntsville, AL Lisa Watson Morgan, said it's essential that
• 8:03
  NASA. Has the capability.
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  To land not just astronauts, but large pieces of equipment.
• 8:08
  Such as pressurized. Rovers on the moon for maximum
• 8:11
  return on science and exploration activities, and she
• 8:15
  said beginning this work now allows SpaceX and Blue Origin
• 8:18
  to. Leverage their respective.
• 8:19
  Human landing designs. To provide cargo.
• 8:22
  Variants that NASA will need in the future.
• 8:26
  Not only will they be landing Rovers on the moon, but they'll
• 8:31
  also be landing habitats. Possibly in the future too, and
• 8:34
  these Rovers could transport habitats around the moon
• 8:37
  surface. Now Nest expects the cargo
• 8:40
  versions of the company's Landers to be modified versions
• 8:43
  of their HLS human landing systems that are currently being
• 8:46
  developed for Artemis 3-4 and five and modifications will
• 8:49
  include adjustments for payload interfaces and deployment
• 8:52
  mechanisms. And the cargo variants will not
• 8:54
  have human life support systems. They're going to be autonomous,
• 8:59
  flying to the moon with just cargo on them, and this initial
• 9:02
  work allows the companies to proceed with development for the
• 9:05
  cargo Landers through a preliminary design review.
• 9:08
  The. Step that establishes the.
• 9:10
  Basis for proceeding with detailed design now SpaceX is
• 9:14
  conducting its work under the next step Appendix H contract,
• 9:17
  and Blue Origin is conducting its work under the next step,
• 9:20
  Appendix P and NASA officially exercised the options under
• 9:24
  those contracts in November of 2023 to begin work on the large
• 9:28
  cocar Landers. Now, with Artemis, NASA will
• 9:31
  explore more of the moon than ever before, learn how to live
• 9:34
  and work away from home, and prepare for human missions to
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  the Red Planet of Mars. And Artemis requires the best of
• 9:41
  International Space agencies, private industries like SpaceX
• 9:45
  and Blue Origin, and academia to establish the infrastructure for
• 9:49
  a long term scientific research and exploration.
• 9:52
  And as of now. SpaceX is currently.
• 9:54
  Building their massive Starship program in South Texas and
• 10:00
  they're doing the 4th launch. Of the Starship.
• 10:05
  Program in the coming weeks, possibly a month from now, so
• 10:09
  stay on the lookout for that. Blue Origin is developing their
• 10:12
  gigantic rocket as well, the New Glen and also their Lander at
• 10:16
  the same time. And we're expecting a launch of
• 10:19
  New Glen sometime in the next fiscal year.
• 10:22
  It's going to be a wild time for rocket and spaceflight, so stay
• 10:27
  tuned for all of that. Stay tuned to this channel as
• 10:29
  well, because we're going to bring you all.
• 10:30
  The coverage of that. Also, check out our YouTube
• 10:33
  channel at Space News Pod for any Space Flight coverage that
• 10:37
  you'll ever need now. Let's get.
• 10:39
  Back to the Starship program it. Seems as if the Starship Flight
• 10:42
  4 will. Be a massive improvement over
• 10:45
  Flight 3. Now with Flight 3, they launched
• 10:49
  the ship, they did the return maneuver for the booster, but
• 10:54
  they had to detonate the booster over the Gulf of Mexico because
• 10:57
  something wasn't going right. We're not exactly.
• 10:58
  Sure. SpaceX didn't tell anybody what
• 11:02
  happened, but we know that the booster did blow up under its
• 11:06
  own accord, and then after the booster.
• 11:09
  Met its own fate over the. Gulf of Mexico The ship
• 11:11
  continued on near the Indian Ocean and continued.
• 11:15
  Its mission, and they did. A a test of the Bay doors for
• 11:20
  Starlink satellite deployment and they also did a fuel.
• 11:23
  Test. At that point too, so.
• 11:26
  It looks like. Flight 4 of Starship, which is
• 11:29
  coming up, like I said, in a few weeks, hopefully in a few weeks,
• 11:31
  probably a month. That'll do a similar flight path
• 11:35
  towards the Indian Ocean. They may stray off that a little
• 11:37
  bit because the FAA and SpaceX are working closely together to
• 11:40
  finalize the plans for the next mission, and the new Glen rocket
• 11:45
  system is still under development right now.
• 11:49
  They haven't launched 1 yet, but they're hoping to possibly do
• 11:52
  one by the end. Of this year.
• 11:55
  So we're looking forward to that because when they can launch the
• 11:59
  rocket, then they can launch their lunar Rover, their lunar
• 12:02
  Lander, and they can also have variants of the rocket that can
• 12:07
  go into the outer solar system, which will be absolutely
• 12:10
  amazing. So these cargo missions for NASA
• 12:13
  are important for Blue Origin and also.
• 12:16
  Important for SpaceX. But most.
• 12:17
  Importantly, they are important for AUS.
• 12:20
  Presence. On the lunar.
• 12:22
  Surface. A recent federal investigation
• 12:25
  revealed that Tesla's Autopilot and full self driving features
• 12:29
  have been linked to numerous crashes, including hundreds of
• 12:32
  injuries and dozens of fatalities.
• 12:35
  This investigation, which was spurred by a tragic incident
• 12:38
  involving a North Carolina student and a Tesla Model Y,
• 12:41
  shows that there are. Serious concerns.
• 12:43
  About the safety and effectiveness of these
• 12:46
  technologies, in March of 2023, a high speed collision occurred
• 12:51
  when a Tesla Model 3 operating on autopilot struck a 17 year
• 12:55
  old student as he exited a school bus.
• 12:59
  This incident prompted the National Highway Traffic Safety
• 13:02
  Administration, or the NHTSA, to scrutinize similar accidents
• 13:06
  involving Tesla's automated driving services.
• 13:10
  Now the NHTS, as extensive review, covered 956 incidents
• 13:14
  dating from January 2018 through August of 2023.
• 13:18
  They discovered a troubling pattern where Tesla's technology
• 13:21
  failed to ensure drivers remained engaged, resulting in
• 13:24
  29 deaths and numerous injuries across various scenarios.
• 13:29
  The findings indicate the drivers often disengaged from
• 13:32
  the driving process while using Autopilot or full self driving.
• 13:36
  Despite Tesla's guidance on maintaining hands on the wheel
• 13:39
  and eyes on the road, many drivers became complacent
• 13:43
  leading to catastrophic outcomes.
• 13:46
  Now, particularly concerning where the crashes involving
• 13:48
  stationary emergency vehicles. These incidents typically
• 13:51
  occurred at night and involved Autopilot ignoring critical
• 13:55
  scene control measures like warning lights and cones,
• 13:58
  highlighting a grave oversight in Tesla system design.
• 14:03
  Now the NHTSA criticized Tesla for not designing a system to
• 14:07
  keep drivers adequately engaged. This flaw appears to have
• 14:11
  allowed drivers to over rely on Autopilot, thus not reacting
• 14:15
  quickly enough to avoid collisions, as evidenced in 59
• 14:18
  detailed crash investigations. Now, analysis of these incidents
• 14:23
  show that often drivers had significant warning times up to
• 14:26
  10 seconds before impact, that were not utilized effectively to
• 14:30
  prevent crashes, revealing a critical safety gap in Tesla's
• 14:34
  automation technology. And the agency also noted that
• 14:38
  Tesla's approach to automation differs significantly from other
• 14:41
  manufacturers. While others promote driver
• 14:44
  assistance as an aid, Tesla's branding suggest.
• 14:46
  Higher level of. Autonomy, which may mislead
• 14:49
  users about the capabilities and safe use of Autopilot and full
• 14:53
  self driving now. Furthermore, the NHTSA has
• 14:57
  raised concerns about Tesla's failure to collect comprehensive
• 15:00
  telemetry data, suggesting that the true scale of issues related
• 15:03
  to Autopilot and full self driving could also be under
• 15:07
  reported. And in response to these
• 15:09
  findings, Tesla implemented A voluntary recall.
• 15:13
  Issuing a software. Update intended to enhance
• 15:15
  driver monitoring and engagement alerts.
• 15:17
  However, ongoing reports of crashes have led to skepticism
• 15:21
  about the effectiveness of these updates and HTS as ongoing
• 15:24
  investigations and the recent findings under score the
• 15:28
  agency's concerns about the safety of Tesla's automated
• 15:31
  driving. Features this.
• 15:32
  Scrutiny comes amidst Tesla's ambitious plans to advance
• 15:36
  towards full autonomous vehicles, which has been
• 15:39
  something that they've been promising for a very long time
• 15:42
  and haven't delivered on. And despite the controversies,
• 15:45
  Tesla's CEO Elon Musk continues to assert the safety and
• 15:48
  superiority of Tesla's technology over traditional
• 15:51
  driving, claiming that autonomy could significantly reduce
• 15:55
  traffic accidents. Musk's confidence in Tesla's
• 15:58
  autonomous future was reiterated during a recent earnings call.
• 16:01
  Ray stated that achieving full autonomy would be.
• 16:05
  Pivotal for the. Company's success He encouraged
• 16:07
  investors to trust in Tesla's capability to solve autonomy,
• 16:11
  emphasizing the potential to transform all transportation.
• 16:16
  However, critics and safety experts argue that Tesla's
• 16:19
  promotional strategies and public statements often
• 16:23
  overstate the capabilities of the driving systems.
• 16:26
  This practice, known as Auto No Washing, has been highlighted as
• 16:31
  potentially misleading consumers about the true functionality and
• 16:35
  safety of Autopilot and Full Self driving.
• 16:38
  Recent legislative attention from Senator Edward J Markey and
• 16:42
  Richard Blumenthal has further pressured regulatory bodies to
• 16:47
  enforce stricter controls on where and how Tesla's Autopilot
• 16:50
  feature should be used. They need to mitigate further
• 16:53
  risks to public safety, and the ongoing debate about Tesla's
• 16:57
  technology and its regulatory scrutiny show that there's.
• 17:00
  More. Challenges in the automotive
• 17:03
  industry's. Shift towards.
• 17:05
  Autonomous driving, it's kind of a long way away if you think
• 17:09
  about it. It has been a development for
• 17:11
  around 10 plus years. Autonomy in vehicles at scale is
• 17:18
  a thing that hasn't happened yet, and Tesla's at the
• 17:20
  forefront of it, but they're still pretty far away and as
• 17:23
  companies like Tesla push the boundaries of this tech, the
• 17:27
  safety during these innovations remains critical.
• 17:33
  The NHTSA is comprehensive review and its actions indicate
• 17:37
  A cautious approach towards autonomous driving technology.
• 17:41
  Now, ensuring that these systems do not compromise safety while
• 17:44
  advancing innovation is essential for their acceptance
• 17:47
  and success in the United States and all over the world.
• 17:52
  Now, while Tesla's Autopilot and full self driving technologies
• 17:54
  represent significant advancements in auto tech, the
• 17:58
  current implementation and oversight raise important safety
• 18:01
  concerns. It's crucial for Tesla to
• 18:03
  address these issues as they continue.
• 18:05
  To develop. And promote autonomy in all of
• 18:08
  their vehicles. There's a new company called
• 18:11
  Exawatt. They're a forward.
• 18:13
  Thinking Renewable energy company?
• 18:16
  And their recently. Launched an energy system.
• 18:19
  Tailored for powering large scale data centers accompanied.
• 18:23
  By a substantial. 20. $1,000,000 seed investment.
• 18:27
  The. Financial backing includes.
• 18:29
  Contributions from Sam Altman of Open AI The.
• 18:35
  CEO and the. Company's flagship product, the
• 18:38
  Exawatt P3. Introduces a novel.
• 18:41
  Energy solution by combining a heat.
• 18:43
  Collector A heat. Battery and a heat engine, The
• 18:47
  Tri. Component system facilitates.
• 18:49
  The consistent supply of power and heat.
• 18:51
  By storing solar energy in a thermal battery, a method.
• 18:56
  That allows energy. Retention for up to 24 hours
• 19:00
  now, these data centers. Which are powering.
• 19:02
  Things like open AI need a. Ton of power.
• 19:06
  And that is why Sam Altman is one of the financial.
• 19:11
  Backers because they. Also need.
• 19:13
  A lot of money to get this startup off the ground, and Sam
• 19:17
  is trying to tap into that. Power for the.
• 19:22
  Power structure of Open AI Exawatt scales and technology
• 19:27
  Over time, the company projects that it could provide
• 19:30
  electricity at cost potential. As low as. .01 cents.
• 19:35
  Per kWh. Such pricing would position
• 19:38
  Exawatt is a more affordable position option than both fossil
• 19:43
  fuels and other renewable resources.
• 19:45
  Potentially altering. The competitive landscape of
• 19:48
  energy sources. Altogether, now the shift to
• 19:51
  storing. Heat, rather than electricity,
• 19:53
  sets Exawatt apart in the renewable energy sector.
• 19:56
  It offers an economical alternative to traditional
• 19:59
  electrochemical batteries, sidestepping the reliance on
• 20:02
  rare earth minerals as well. And enabling around the clock
• 20:06
  energy. Dispatch regardless of.
• 20:09
  External conditions. Now, the CEO and Co founder of
• 20:12
  Exawatt showed that there's a shift and cost effective
• 20:16
  deployment capability of the system.
• 20:18
  He said Exawatt's modular system can be deployed.
• 20:22
  Rapidly and cost. Effectively and it's available
• 20:25
  right now, this year. They are ready.
• 20:28
  To tackle immediate and escalating energy demands from
• 20:32
  open AI and other data centers around the country, especially
• 20:36
  those driven by the tech center, Now the need.
• 20:38
  For such. Innovative energy solution is
• 20:41
  showing that there's a rapid expansion of AI.
• 20:43
  Tech with. Demand increasingly significant
• 20:46
  amounts of power. Jack Abraham, Atomic CEO and Co
• 20:50
  founder of Exawatt, stressed this point, stating that
• 20:53
  exponential growth rate of AI models.
• 20:56
  Which double? S every three months.
• 20:58
  Significantly. Boosts the power requirements.
• 21:01
  Of these data. Centers and the participation of
• 21:03
  Sam Altman's in this funding round is.
• 21:05
  Particularly. Significant, given his.
• 21:07
  Leadership role in. Open AI.
• 21:09
  One of the. Lead entities in the AI field
• 21:12
  and Altman's investment is seen not just as financial backing,
• 21:16
  but as a strategic alignment with Exawatt's mission to power
• 21:19
  the next generation of AI infrastructure substantially.
• 21:24
  Now Exawatt is the new leader in this type of technology,
• 21:30
  Catherine Boyle general partner Ed Anderson Horowitz said.
• 21:34
  By committing to full. US manufacturing with
• 21:37
  domestically sourced components, This is important.
• 21:40
  Domestically sourced components, they want everything to be made
• 21:44
  in the United States. Exawatt will significantly
• 21:48
  strengthen our national infrastructure and resilience.
• 21:52
  As we. All saw during the pandemic it
• 21:55
  was a difficult time to get parts.
• 21:57
  It was a difficult time to get basically anything that was
• 22:00
  imported from another country. So the resilience on
• 22:04
  domestically sourced components is fundamental in keeping the
• 22:10
  lights on for this power company.
• 22:13
  Now when A. Reported.
• 22:15
  Demand. Backlog exceeded 5. 100
• 22:17
  megawatts for U.S. data centers. Exawatt is positioned to start
• 22:21
  rolling out its systems later this year, aiming to capture a
• 22:24
  substantial portion of the market very swiftly.
• 22:28
  And the founders of Exawatt and on Provision and Jack Abraham
• 22:33
  bring a mix of expertise and entrepreneurial experience from
• 22:37
  the energy and technology sectors.
• 22:39
  The backgrounds are instrumental in shaping the company's.
• 22:42
  Strategic. Direction going forward and
• 22:44
  operational capabilities. Abraham's role in founding and
• 22:47
  developing Atomic into a prominent venture studio
• 22:50
  underlines the innovative nature of Exawatt, his history of
• 22:54
  identifying and nurturing companies that address Major.
• 22:57
  Global issues. Aligns with the foundational
• 23:00
  goals of Exawatt. Now, the launch strategy focuses
• 23:02
  on integrating advanced solar tech with cost effective thermal
• 23:06
  storage to offer a reliable energy source for data centers.
• 23:11
  It not only promotes sustainability, but it also
• 23:14
  aligns with global energy conservation goals.
• 23:17
  And to align with federal. Initiatives.
• 23:19
  And reduce dependency. On international supply chains,
• 23:21
  particularly those from China Exawatt.
• 23:25
  Of course. Prioritizes the use of US
• 23:28
  manufacturing components. This strategy enhances the
• 23:31
  company's ability to subsidize under recent climate
• 23:36
  legislation, while also bolstering national energy
• 23:39
  independence. The growing consumption of
• 23:42
  energy by the AI sector has a critical challenge right now
• 23:46
  that Exawatt is addressing and the company's technology and
• 23:49
  strategic investor support, including Sam Altman, signify A
• 23:53
  proactive approach to substantial and economically
• 23:57
  viable energy solutions. Altman's involvement brings
• 24:00
  additional credibility and visibility Exawatt maybe they
• 24:03
  can get some big name investors there, linking its technological
• 24:08
  innovations directly with the needs of the AI industry, which
• 24:10
  is under increasing pressure to mitigate its environmental
• 24:13
  impact. Now, Exawatt's modular and
• 24:15
  scalable technology is designed to adapt seamlessly to both.
• 24:19
  Small and also. Large scale energy needs
• 24:22
  providing A versatile solution for the diverse requirements of
• 24:25
  modern data centers and industrial facilities.
• 24:29
  Hey, thank you so much for listening today.
• 24:31
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• 24:33
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  miss an episode and each. Episode is about. 10 minutes or
• 24:46
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• 24:48
  And please, if you want to support the show even more, go
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  to. Patreon.com.
• 24:52
  Slash stage zero and please take care of yourselves and each
• 24:56
  other and I'll see you tomorrow.