🚀 Long missions in space may leave a lasting mark on astronauts’ bones.

New research has found that astronauts who spent more than 90 days in space had higher rates of hip fractures after returning to Earth than those who completed shorter missions or had no spaceflight exposure.

Even more concerning, the fractures occurred at younger ages than expected compared with non-astronaut populations.

The findings highlight an important challenge as human spaceflight moves toward increasingly long missions. Researchers say astronauts may feel recovered after returning to Earth even when their bones have not completely regained their preflight condition.

Scientists are now calling for more detailed monitoring of astronauts' skeletal health and further research into potential protective measures, including exercise, medications and dietary strategies.

As missions to the Moon and eventually Mars become longer, protecting astronauts' bones could become an increasingly important part of human space exploration. 🌕🔴

📈 Stock markets remain in focus on October 6, 2026, as Wall Street weighs strong AI-driven earnings optimism against inflation, interest-rate and geopolitical risks.

The latest market snapshot shows the S&P 500, Nasdaq and Dow Jones all higher, while major brokerages continue to see the S&P 500 reaching 7,400 to 8,100 by the end of the year.

Meanwhile, the U.S. dollar remains supported, and ING continues to see a December Federal Reserve rate hike as its base case.

Investors are now watching inflation data, Fed signals, Treasury yields, corporate earnings and developments affecting global energy markets.

What happens next could be crucial for the final quarter of 2026. 📊

Imagine a future where energy could reach devices without cables—and without always needing a battery in between. ⚡

Researchers at The Hong Kong Polytechnic University have outlined a roadmap for a proposed “wireless energy internet” that could go beyond conventional wireless charging.

The concept aims to transmit energy and convert it directly into light, heat, motion or stored chemical energy, depending on what a device needs. Potential applications range from lighting and heating to robots, biomedical systems and even future aerospace infrastructure.

But the technology still faces major challenges, including transmission safety, electromagnetic interference, scalability, system complexity, cybersecurity and the lack of comprehensive standards for many wireless energy applications.

The research offers a roadmap—not a claim that a universal wireless energy network is already here.

Could wireless energy eventually become as flexible as the internet? ⚡🔋

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