I mean after the initial entry when they stamp the immigrant visa and send you a green card. Is it alright to take 6 to 9 months to getting everything in order in your origin country and getting settled in the US? At some point they will probably start asking questions about why the long absence or are you actually living here etc. Any guidance on how long this actually is or how to mitigate these risks would be helpful.
Is there a guideline how much time can one take for moving after getting a green card? Should one count days during the first year to not run into problems or is this more second year and onwards?
There does not seem to be much information about this besides very vague statements.
Also Jones Act: ships from Asia can't pick up cargo from Hawaii on the way and drop it in mainland US. This means that shipping between Hawaii and mainland is much more expensive then it needs to be.
The important nuance: you need to start going home at the correct time on day one. You can't start doing that when you feel overwhelmed already as the expectations have been solidified already.
The corollary is that you also need to show up on time and put in honest effort during.
The 0% tax on retained profits is nice as long as your own residency country does not try to tax it. Some countries like the US don't consider this as a shelter and if you are the beneficial owner then still want to tax your company profits there.
Also the 0% retained profits system will come to an end in the next few years due to a worldwide push to have minimum corporate income tax.
The "e" in eResidency does a lot of work. The scheme will not give you any residency rights or obligations in the physical sense. Just forming and running a company in the EU, including tax and banking systems that are aware of your non-resident status and making running a company easier.
As others have said, it mostly makes sense for people outside of the EU. If you have personal residency in Spain then it is questionable whether the easier paperwork in Estonia will offset the need to do some paperwork in Spain as well.
Anyone finding this fascinating, please check out Openinverter Forum [0]. Ton of work has been done in decoding CAN messages, DBC files are floating around, open source firmware and controllers are available for Tesla and others components, mostly inverters and chargers but there are overlaps with the VCU and displays as well.
This is true. A nuance often missed. Different rock (that is considerably worse in several ways, needs heavy fuel oil to be added to actually burn and has I think even higher co2 output per unit of energy) but kinda the same.
The overall sentiment of the discussion is *overwhelmingly skeptical and critical*. While a small minority of users defend Elon Musk’s track record of defying critics (citing reusable rockets and EVs), the vast majority view the "AI datacenters in space" proposal as scientifically unsound and economically nonsensical. Most commenters interpret the merger as a form of "financial engineering" designed to bail out underperforming assets (Twitter/X and xAI) using SpaceX's valuation ahead of a potential IPO.
The most robust debate focused on the physics of operating high-density compute in space.
* *The Cooling Problem:
* Numerous engineers pointed out that space is a vacuum and therefore an excellent insulator. While solar panels generate power, getting rid of waste heat from GPUs requires radiative cooling, which is inefficient compared to terrestrial convection (air/water). Users estimated that the radiator surface area required would be massive and structurally prohibitive.
* *Radiation & Durability:* Commenters noted that cosmic rays cause bit-flips and degrade electronics. Terrestrial hardware (like standard GPUs) would not survive long without heavy, expensive shielding, or would require "space-grade" hardening that lags generations behind in performance.
* *Maintenance:* On Earth, failed components are swapped; in space, a failed GPU or drive effectively bricks the unit or turns it into space junk.
* *Latency:* While Low Earth Orbit (LEO) offers better latency than Geostationary orbit, users questioned the utility of high-latency inference compared to fiber-connected terrestrial centers, particularly for complex AI tasks.
A significant portion of the thread analyzed the merger as a financial maneuver rather than a technological necessity.
* *The "Bailout" Theory:* Users widely believe this deal is designed to offload the heavy debt and losses from the Twitter (X) acquisition and the high burn rate of xAI onto SpaceX, which is viewed as Musk's most solvent and valuable company.
* *SolarCity Parallel:* Many compared this to Tesla’s acquisition of SolarCity—a move previously criticized as a bailout of a failing Musk-owned company by a successful one.
* *IPO Preparation:* Speculation suggests this is a play to juice the valuation of a SpaceX IPO by attaching "AI hype" to it, allowing early investors in the struggling X/xAI entities to cash out or convert their equity into SpaceX stock.
* *Conflict of Interest:* Commenters questioned the governance of private companies where one individual (Musk) controls the board and directs mergers that may benefit him personally at the expense of specific shareholder groups (e.g., SpaceX employees or investors).
### *Category 3: Economic Viability*
Users attacked the business logic of launching datacenters into orbit.
* *Cost of Launch vs. Land:* Even with the cost reductions promised by Starship, users argued that land and grid connections on Earth are orders of magnitude cheaper than rocketry.
* *Solar Efficiency:* While solar is more efficient in space (no night/clouds in specific orbits), users argued it is still cheaper to simply build more solar panels on Earth and use batteries than to launch infrastructure into orbit.
* *The "Million Ton" Claim:* Users crunched the numbers on Musk’s claim of launching "a million tons" of satellites, noting it would require an unrealistic flight cadence (e.g., launching massive rockets every few hours continuously).
### *Category 4: Musk's Reputation & Rhetoric*
The thread discussed Elon Musk’s history of promises versus delivery.
* *Skepticism:* Users cited a long list of missed timelines and unfulfilled promises (Hyperloop, Full Self-Driving by 2017, Robotaxis, Mars landings) as reasons to doubt the "space datacenter" timeline of 2–3 years.
* *Mockery of Language:* There was specific ridicule regarding the press release language, particularly the phrase "scaling to make a sentient sun," which many found to be "drug-induced nonsense" or "cultish."
* *The Defense:* A minority of commenters argued that betting against Musk has historically been a bad idea, citing the success of Falcon 9 and Starlink as proof that he can solve "impossible" engineering problems.
* *Jurisdiction Shopping:* Some speculated that moving AI to space might be an attempt to bypass terrestrial regulations regarding copyright, safety, or content generation (specifically referencing Grok’s lack of guardrails regarding CSAM/deepfakes).
* *National Security:* Concerns were raised that SpaceX is a critical US defense contractor, and merging it with a "chaotic" social media company and an AI firm introduces unnecessary risk and leverage over the US government.
* *Orbital Debris (Kessler Syndrome):* Users worried that launching millions of tons of disposable datacenter satellites would clutter low earth orbit, increasing collision risks and potentially locking humanity out of space travel.
### *Category 6: The "Why" (Strategic Speculation)*
* *Energy Arbitrage:* A few users attempted to steelman the argument, suggesting that if Earth's energy grid becomes the primary bottleneck for AI, space offers the only unconstrained solar power source, despite the cooling difficulties.
* *Vertical Integration:* Some noted this creates a conglomerate similar to Samsung or aggressive Japanese keiretsu, where the goal is total vertical integration of energy, transport, communication, and intelligence.
Stable storage would be limestone. To bring it down to pre-industrial levels it would mean that each person on earth would get a cube of 5 meters a side.
IDK, build houses out of limestone like we have been doing for ages.