Russia & China both assured Maduro they nothing like this could ever happen. But they were wrong
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TFW you go to bed king clown commie dancing on top of the world, then wake up and you're gonna share a cell with Big N&Gga
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Scientists have built a device that pulls power directly from Earth’s rotation.
Scientists at Princeton University, in collaboration with NASA's Jet Propulsion Laboratory, have developed a hollow cylindrical device that generates a small but consistent voltage solely from Earth's rotational motion through its own magnetic field—no batteries, mechanical movement, or solar input required.
The setup exploits the interaction between Earth's spin and its geomagnetic field. As the planet rotates, any object on its surface moves through this field, which in theory induces a voltage in conductors. However, in most materials, free electrons quickly redistribute, canceling the effect almost immediately.
To overcome this, the team used manganese-zinc ferrite, a ceramic material that strongly channels magnetic fields while offering very low electrical conductivity. Shaped into a hollow cylinder, this design prevents perfect cancellation, allowing a persistent voltage to build up.
When precisely oriented—with the cylinder's axis tilted at 57 degrees and aligned north-south—it produced tens of microvolts. Rotating the device flipped the polarity of the current, while a solid cylinder of the same material yielded zero voltage, confirming the hollow topology's role.
Though the output is minuscule—far too weak for practical electronics—the experiment marks the first empirical proof of passively harvesting energy directly from planetary rotation.
If validated further and eventually amplified, this approach could enable ultra-low-power, maintenance-free devices like remote environmental sensors, operating indefinitely without batteries or recharging.
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Scientists at Princeton University, in collaboration with NASA's Jet Propulsion Laboratory, have developed a hollow cylindrical device that generates a small but consistent voltage solely from Earth's rotational motion through its own magnetic field—no batteries, mechanical movement, or solar input required.
The setup exploits the interaction between Earth's spin and its geomagnetic field. As the planet rotates, any object on its surface moves through this field, which in theory induces a voltage in conductors. However, in most materials, free electrons quickly redistribute, canceling the effect almost immediately.
To overcome this, the team used manganese-zinc ferrite, a ceramic material that strongly channels magnetic fields while offering very low electrical conductivity. Shaped into a hollow cylinder, this design prevents perfect cancellation, allowing a persistent voltage to build up.
When precisely oriented—with the cylinder's axis tilted at 57 degrees and aligned north-south—it produced tens of microvolts. Rotating the device flipped the polarity of the current, while a solid cylinder of the same material yielded zero voltage, confirming the hollow topology's role.
Though the output is minuscule—far too weak for practical electronics—the experiment marks the first empirical proof of passively harvesting energy directly from planetary rotation.
If validated further and eventually amplified, this approach could enable ultra-low-power, maintenance-free devices like remote environmental sensors, operating indefinitely without batteries or recharging.
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On this date, three distinct celestial events reach their peak simultaneously: a Supermoon, Earth's perihelion, and the Quadrantids meteor shower. Individually impressive, their convergence serves as a striking illustration of our place aboard a dynamic planet within a precisely orchestrated solar system.
The first event is the Supermoon. At this moment, the Moon arrives at perigee—its nearest point to Earth—coinciding exactly with the full moon phase. Known as the Wolf Moon, it will appear dramatically larger and brighter, up to 14% wider and 30% more luminous than at its most distant point. Its intense glow will cast crisp shadows and dim much of the surrounding starfield.
Next comes Earth's perihelion, the annual moment when our planet swings closest to the Sun. At approximately 91.4 million miles (147 million kilometers) away—about 3 million miles nearer than in July—Earth travels at its maximum orbital speed of roughly 67,000 miles per hour (107,000 km/h). This peak velocity underscores that seasons in the Northern Hemisphere's winter arise not from distance to the Sun, but from Earth's axial tilt.
Finally, the Quadrantids meteor shower adds to the spectacle. Fed by dust from asteroid 2003 EH1, this shower is famous for its brief but intense activity and occasional vivid fireballs. Although the brilliant Supermoon will wash out fainter meteors, the brightest ones may still blaze dramatically across the sky.
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The first event is the Supermoon. At this moment, the Moon arrives at perigee—its nearest point to Earth—coinciding exactly with the full moon phase. Known as the Wolf Moon, it will appear dramatically larger and brighter, up to 14% wider and 30% more luminous than at its most distant point. Its intense glow will cast crisp shadows and dim much of the surrounding starfield.
Next comes Earth's perihelion, the annual moment when our planet swings closest to the Sun. At approximately 91.4 million miles (147 million kilometers) away—about 3 million miles nearer than in July—Earth travels at its maximum orbital speed of roughly 67,000 miles per hour (107,000 km/h). This peak velocity underscores that seasons in the Northern Hemisphere's winter arise not from distance to the Sun, but from Earth's axial tilt.
Finally, the Quadrantids meteor shower adds to the spectacle. Fed by dust from asteroid 2003 EH1, this shower is famous for its brief but intense activity and occasional vivid fireballs. Although the brilliant Supermoon will wash out fainter meteors, the brightest ones may still blaze dramatically across the sky.
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