How long will the ISS operate with a skeleton crew? SpaceX’s Crew-12 astronaut mission delayed to Feb. 12
Launches & Spacecraft

How long will the ISS operate with a skeleton crew? SpaceX’s Crew-12 astronaut mission delayed to Feb. 12

NASA and SpaceX have postponed the Falcon 9 launch of the next crew to the International Space Station, citing the need for better weather conditions. This decision underscores the importance of safety in space exploration.


Why is the ISS operating with a skeleton crew, and how long can it sustain this?
The ISS is currently operating with a reduced crew of three astronauts while awaiting the arrival of Crew-12. According to NASA officials, the three astronauts currently onboard are 'doing great' and focusing on research operations. There is no urgent need to get Crew-12 to the ISS immediately, though NASA is looking forward to having the additional 'helping hands' that the four-person Crew-12 team will provide. The search results do not specify a maximum duration for skeleton crew operations, but they indicate the station can function with reduced staffing while maintaining research activities.
Sources: [1], [2]
What safety considerations lead NASA and SpaceX to delay launches, and why is weather such a critical factor?
NASA and SpaceX prioritize crew safety above schedule adherence, which is why they postponed the Crew-12 launch from February 11 to February 12 due to forecast weather conditions including low pressure systems and high winds along the Dragon spacecraft's flight path. Mission managers stated 'We'll launch when we're ready,' emphasizing that favorable weather conditions are essential for safe ascent and spacecraft operations. Weather forecasts are continuously reassessed—the February 12 launch date could still change depending on conditions. This approach reflects the inherent risks of spaceflight, where adverse weather can compromise vehicle performance and crew safety during the critical launch and ascent phases.
Sources: [1], [2]

09 February 2026

Space.com
This Anker battery pack solved my battery anxiety — and it’s been purchased 3,000 times in the past month
Phone Accessories

This Anker battery pack solved my battery anxiety — and it’s been purchased 3,000 times in the past month

Anker's compact portable charger has emerged as an essential travel accessory, ensuring that phones and devices stay powered while on the go. This reliable gadget is perfect for everyday carry, making it a must-have for tech-savvy travelers.


What does mAh capacity mean for a power bank like this Anker model?
mAh (milliamp-hours) measures the power bank's total energy storage capacity, indicating how much charge it can provide; for example, Anker models like the Nano Power Bank offer 10,000mAh for worry-free phone charging, while larger ones like the 737 provide 24,000mAh for extended use across multiple devices.
Sources: [1], [2]
What does '140W fast charging' mean on Anker power banks?
140W refers to the maximum total output power for fast charging multiple devices simultaneously; the Anker 737 Power Bank (PowerCore 24K) supports this via two USB-C ports and one USB-A port, enabling quick recharges for phones, tablets, and even laptops.
Sources: [1]

09 February 2026

TechRadar
Technology News

Google soaks up 1GW of Texas sunshine to power $185B AI spending spree

TotalEnergies has secured a PPA to provide 28TWh of electricity over 15 years, supporting Google's ambitious $185 billion investment in new datacenters by 2026, which will rely heavily on solar energy for its AI operations.


Why do data centers require so much electricity, and what makes AI data centers different from traditional ones?
Data centers operate 24/7 and house servers along with fans and cooling equipment to prevent overheating. AI-focused 'hyperscale' data centers are particularly power-intensive because they use graphics processing units (GPUs) for generative AI applications like ChatGPT. These GPUs are more complex than typical computer processors and generate significantly more heat, requiring substantially more electricity. A conventional data center draws as much electricity as 10,000 to 25,000 households, while a newer AI-focused hyperscale data center can use as much power as 100,000 homes or more.
Sources: [1], [2], [3]
Why is solar power particularly important for powering data centers in Texas, and what are the trade-offs of different energy sources?
Solar power is attractive for data centers because it minimizes water consumption compared to other energy sources. Using natural gas to meet Texas data center electricity demands would require 50 times more water than solar generation, and 1,000 times more water than wind power. However, different energy sources involve different trade-offs: while wind power uses the least water, it requires four times as much land as solar and 42 times as much as natural gas. Solar represents a middle ground that balances water conservation with reasonable land use requirements, making it an efficient choice for powering the state's growing data center infrastructure.
Sources: [1], [2]

09 February 2026

The Register
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