#future technology

[alphaengineering]

Cyborg Origin🤖💪

By:

https://x.com/nickadobos/status/1910807851821633687?s=46&t=phIcPWPJmXLJ7wJtmxw22Q

https://x.com/nickadobos/status/1910807851821633687?s=46&t=phIcPWPJmXLJ7wJtmxw22Q

[stone-cold-groove]

Moon Base Zeta - 1958.

[unbfacts]

All 500 of the world's fastest supercomputers run on Linux-based operating systems.

[scipunk]

Terminator 2: Judgment Day (1991)

[delo-net-ua]

🔬 Physicists finally observe magnetic vortices predicted 50 years ago

🔬 Physicists finally observe magnetic vortices predicted 50 years ago

An international team of researchers has experimentally observed magnetic vortices in an atomically thin material — a phenomenon predicted by theory in the 1970s.

The study, led by scientists at the University of Texas at Austin, confirms key predictions of two-dimensional magnetism.

The experiment used an ultrathin crystal of nickel phosphorus trisulfide (NiPS₃) only one atomic layer thick.

When cooled to about –150 °C, the material entered the Berezinskii–Kosterlitz–Thouless (BKT) phase.

In this state:

• atomic magnetic moments form tiny vortex structures • vortices appear in pairs rotating in opposite directions • the structures remain surprisingly stable despite being only a few nanometers across

When the temperature was lowered even further, the researchers observed another transition — the six-state clock phase, where magnetic moments can point in only six symmetric directions.

For the first time, scientists captured the full sequence of predicted phase transitions in a single material system.

This discovery could have important technological implications.

Magnetic vortices may enable:

• ultra-dense data storage • nanoscale electronics • quantum technologies • next-generation magnetic sensors

The next challenge is to find materials where similar effects occur closer to room temperature, which could bring vortex-based technologies into real devices.

The results were published in Nature Materials.

[itsmythang]

An inventor developed plastic-to-fuel technology but chose not to patent it because he believes the patent system is corrupt or would obstruct, exploit, or suppress the innovation. The broader message reflects distrust of institutions that control ownership, commercialization, and access to transformative technology.

Julian Brown, a Georgia-based inventor in his early 20s, gained attention in 2025 for developing a plastic-to-fuel technology dubbed "Plastoline". His method uses solar-powered microwave pyrolysis to turn plastic waste into fuel that he has demonstrated in car engines.

[midnight-blue-blog]

Japan is turning footsteps into electricity using piezoelectric tiles. Every step creates a small amount of energy, and millions of steps together power LED lights and digital systems-supporting a more sustainable urban future.⚡✨