Can We Fix The Hubble Tension // JUICE's Happy End // NASA's Snake Robot

TL;DR

NASA tests snake-like Rover for challenging terrain exploration, new method to measure universe expansion, successful deployment of JUICE radar antenna.

Transcript

NASA tests out a snakebot that could explore difficult terrain an independent way to measure the expansion of the universe and Juice successfully deploys its radar antenna all this and more in this week's space bites all right first up we've got some good news and that is that the European space agency's Jupiter icy moons Explorer Mission juice has... Read More

Key Insights

• 💦 Successful deployment of JUICE radar antenna enables exploration of Jupiter's moons for water bodies and geysers.
• ⌛ Machine learning algorithm predicts solar storm impact, providing vital preparation time.
• 🤩 Neutron stars' magnetic fields contribute to ultra luminous bursts exceeding the Eddington limit.
• 🏆 NASA tests snakebot for diverse terrain exploration to tackle challenging solar system locations.
• 🚒 Improved Raptor engine with increased thrust for the Super Heavy Starship stack.
• 👾 Push for space-based manufacturing and assembly by NASA to expand space infrastructure.
• 🤑 ESA's Mars Express spacecraft captures unique images of Australia's mons, showcasing geological formations.

Questions & Answers

Q: How did ESA overcome the issue with the JUICE mission's antenna deployment?

ESA tried various methods like thruster jiggling and mechanical actuator to successfully extend the radar antenna for exploration.

Q: What is the significance of the new machine learning algorithm for predicting solar storm impact?

The algorithm provides crucial warning time for mitigating solar storm effects on Earth by predicting the storm's severity and impact location.

Q: How do ultra luminous bursts break the Eddington limit, and what recent discovery explains this phenomenon?

Neutron stars with intense magnetic fields siphoning material can emit powerful explosions exceeding the Eddington limit, offering insight into their origin.

Q: How does the snake-like Rover, tested by NASA, differ from previous Rovers in space exploration?

The snake-like Rover, named eels, is designed to traverse challenging terrains with slithering and climbing abilities for enhanced exploration in diverse environments.

Summary & Key Takeaways

• JUICE mission successfully deploys radar antenna to explore Jupiter's moons for signs of water and geysers.

• New machine learning algorithm can predict solar storm impact on Earth for improved preparedness.

• Ultra luminous bursts breaking Eddington limit explained with neutron stars and intense magnetic fields.