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iPhone 17 Pro Max NASA Approves iPhone 17 Pro Max for Use on Artemis 2 Deep Space Mission

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NASA’s Artemis 2 mission is shaping up to be a milestone in space exploration. It marks the first crewed spacecraft sent into deep space in 50 years and the first lunar mission of the 21st century. In a surprising twist, NASA has also approved the use of iPhone 17 Pro Max devices on board the Orion spacecraft. Each astronaut is equipped with the smartphone to capture photos and videos, both for personal memories and to share glimpses of the mission with the world.

Astronauts aboard Orion have already begun sharing images of Earth and the lunar surface via NASA’s mission page. These stunning visuals were captured using the iPhone 17 Pro Max, which was launched in September 2025. The move is notable because it represents the first time NASA has allowed a smartphone to be used on a deep space mission, a role previously reserved for specialized cameras and GoPros. The inclusion of a consumer-grade device highlights both the iPhone’s advanced imaging capabilities and its reliability under extreme conditions.

According to The New York Times, NASA follows a rigorous clearance process for any new hardware intended for spaceflight. Tobias Niederwieser, an assistant research professor at BioServe Space Technologies, explained that the agency evaluates each device for safety, durability, and potential hazards before granting approval. The iPhone 17 Pro Max underwent extensive testing to ensure it could withstand radiation, microgravity, and other environmental factors associated with deep space travel.

The decision to approve the iPhone 17 Pro Max underscores the growing role of consumer technology in space missions. By allowing astronauts to use a familiar device, NASA not only simplifies the process of capturing and sharing images but also demonstrates confidence in modern smartphones’ engineering. As Artemis 2 approaches its lunar flyby, these photos and videos provide a unique perspective of space exploration, bridging the gap between advanced technology and everyday tools.

AI Method Helps Identify Which Dinosaurs Made Fossil Footprints

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Scientists have developed a new artificial intelligence method that helps determine which dinosaurs made specific fossilized footprints, addressing a long-standing challenge in paleontology. Footprints are among the most common dinosaur fossils, yet matching them to the correct species has often relied on subjective interpretation. The new approach uses AI to analyze eight measurable traits in each footprint, offering a more objective classification system.

The research, published in Proceedings of the National Academy of Sciences, analyzed nearly 2,000 footprint silhouettes spanning 150 million years. The algorithm identified key features such as toe spread, heel position, load distribution, and left-right asymmetry, which together explain differences in footprint shape. Experts then mapped these traits to known dinosaur groups to guide identification of future discoveries.

Researchers say the method does not eliminate uncertainty, as footprint shape can vary depending on behavior, ground conditions, burial processes, and erosion. Still, it provides a consistent framework to compare tracks across time and locations. One notable result supported earlier findings that certain 210-million-year-old footprints from South Africa resemble bird tracks, despite predating the earliest known bird fossils by tens of millions of years.

The findings suggest AI can become a powerful tool in paleontology, helping scientists reconstruct ancient ecosystems and better understand dinosaur diversity, even when bones are absent and only footprints remain.

Scientists Build Microscopic Engine Producing Heat Equivalent to 13 Million Degrees Celsius Without Combustion

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In a remarkable experiment that redefines the limits of thermodynamics, scientists have created a microscopic engine capable of reaching an effective temperature of 13 million degrees Celsius—hotter than the Sun’s core, yet without producing any actual heat. The device consists of a single glass bead only 5 micrometres wide, suspended in an electric field inside a vacuum chamber. By shaking the bead’s energy through an oscillating voltage, researchers made it move so violently that its kinetic energy mimicked temperatures that would otherwise vaporize any known material. Despite the staggering “heat,” the bead itself remained at room temperature, offering a new perspective on how motion and energy interplay at the quantum and microscale levels. Devamını Oku