Lifeboat Foundation

Scientists have discovered an impossibly large planet — so big, they say, that it should be too big to exist.

And yet. In a new study published in the journal Science, researchers out of Pennsylvania State described their whopper discovery: a Neptune-sized planet that’s 13 times the mass of Earth, which is orbiting a tiny ultracool star that’s nine times less massive than our Sun.

As a press release about the new research explains, this finding is exceptional because the mass ratio between the planet and the dwarf star, dubbed LHS 3,154, is 100 times greater than the same ratio Earth has with its Sun — which scientists didn’t think was possible until they saw it with their own eyes.

China’s Mars rover has uncovered underground polygon structures buried beneath the Red Planet’s surface — and it looks like they’re related to Mars’ long-lost water, too.

In a new study published in the journal Nature Astronomy, a team of researchers from the Chinese Academy of Sciences (CAS) say that using data from the Zhurong rover’s ground-penetrating radar capabilities, they’ve found several mysterious subterranean polygons located some 35 feet below its surface that are likely formed by ice.

Using this high-tech radar, the rover combed Utopia Planitia, a large plain in the planet’s northern hemisphere where Zhurong’s inactive husk still rests, to see what was happening below. The CAS team found, per Zhurong’s readings, a total of 16 “polygonal wedges” in an area of about three-quarters of a square mile, “suggesting a wide distribution of such terrain under Utopia Plainitia,” the Nature Astronomy paper explains.

How do we really move through spacetime? Sadly the books have sold out. In the meantime, before I do the next print run, here’s a floating moon lamp! https://www.encalife.com/pages/_go_/f…

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Continue reading “Time Does Not Exist. Let me explain with a graph” »

Astrophysicists have discovered why spiral galaxies like the Milky Way are rare in the Supergalactic Plane, a dense region in our Local Universe. The research, led by Durham University and the University of Helsinki, used the SIBELIUS supercomputer simulation to show that galaxies in dense clusters on the Plane often merge, transforming spiral galaxies into elliptical ones. This finding, which aligns with telescope observations and supports the standard model of the Universe, helps explain a long-standing cosmic anomaly about galaxy distribution.

Astrophysicists say they have found an answer to why spiral galaxies like our own Milky Way are largely missing from a part of our Local Universe called the Supergalactic Plane.

The Supergalactic Plane is an enormous, flattened structure extending nearly a billion light years across in which our own Milky Way galaxy is embedded.

It’s especially relevant these days considering that America’s NASA is planning to get boots on the ground as soon as late 2025 as part of its Artemis program, with the construction of a permanent habitat following sometime in the 2030s — that is, if everything goes according to plan.

And while we’ve seen plenty of early mockups and renders, we may finally be honing in on some actual designs of what such a future fixture on the Moon could look like.

Last week, Thales Alenia Space announced it had signed a contract with the ASI to build the “first permanent outpost on the Moon” — and the news has us giddy with excitement.

Military leaders argue that the Department of Defense must be more involved if the US is to win the new space race for a lunar outpost.

If you gaze at the vast galaxies filled with countless stars, it’s easy to assume they are star factories, churning out brilliant balls of gas. However, it’s the less evolved dwarf galaxies dwarf galaxies have bigger regions of star factories, with higher rates of star formation.

Recent findings by researchers from the University of Michigan shed light on this phenomenon: Dwarf galaxies experience a delay of about 10 million years before they expel the gas congesting their space. This delay allows star-forming regions in these galaxies to retain their gas and dust longer, fostering the formation and development of more stars.

TL;DR: a warp trip will show up on a gravitational detector because the space ship’s mass instantly disappears and later re-appears somewhere else.

There is some interesting foundational research [ALC] into faster than light [FTL] travel, but by everything these theories tell us, the ingredients for such modes of transportation aren’t available in the universe. FTL should be possible because the universe expands [EXP] at speeds greater than that of light, as [EXP] eloquently states: “galaxies that are farther than the Hubble radius, approximately 4.5 gigaparsecs or 14.7 billion light-years, away from us have a recession speed that is faster than the speed of light”

Since it is unclear whether the material needed for an FTL drive will ever be available, funding research in that direction could be a waste of resources, unless synergies emerge. In the spirit of respecting taxpayer’s money, I think FTL research should try to exploit – and generate – synergies with other fields of research.

Scientists have developed a new material from a mineral abundant on Mars that they claim could open the door to sustainable habitation on the red planet.

Researchers assessed the potential of a type of nanomaterials – ultrasmall components thousands of times smaller than a human hair – for clean energy production and building materials on Mars.

The study, published in the journal Advanced Functional Materials, found that a material typically considered a waste product by NASA can be altered to provide clean energy and sustainable electronics.