Deep In Space

NASA’s Lunar City Dream Takes Shape as Artemis Program Targets Permanent Human Habitation on the Moon

Humanity may be preparing for its biggest leap since the Apollo era. NASA has revealed plans for a permanent lunar base near the Moon’s south pole, with early infrastructure missions expected to begin around 2028.

Unlike a traditional city, the lunar outpost would spread across a vast area, connecting habitats, research labs, power systems, and resource facilities. The south pole was chosen because it contains water ice that could one day provide drinking water, oxygen, and even rocket fuel.

If successful, the project could enable astronauts to live and work on the Moon continuously during the 2030s, turning Earth’s nearest neighbor into humanity’s first long-term home beyond our planet.

📖 Source: NASA Artemis Program Briefings (2026)

Physicists Predict a Strange New Quantum Behavior in One Dimension

In our everyday world, particles usually belong to one of two groups: bosons or fermions. Bosons can share the same state, while fermions cannot—a quantum rule that shapes atoms, chemistry, and even lasers. But new research suggests that in one-dimensional quantum systems, particles may behave in a much stranger way.

Physicists describe these as “anyons”—quantum particles whose behavior can be tuned between boson-like and fermion-like. They aren’t a brand-new particle like electrons or protons, but a unique type of behavior that could appear in carefully controlled quantum experiments.

The most exciting part: scientists say these one-dimensional anyons may be detectable using existing experimental technology. If confirmed, the discovery could deepen our understanding of quantum mechanics and help open new paths toward future quantum technologies.

Source: Hidalgo-Sacoto et al., Physical Review A (2025).