Lifeboat Foundation

It’s almost Time to use our AI Brothers to search for and Welcome our Space Brothers. Welcome AI and Space friends.

The best public policy is shaped by scientific evidence. Although obvious in retrospect, scientists often fail to follow this dictum. The refusal to admit anomalies as evidence that our knowledge base may have missed something important about reality stems from our ego. However, what will happen when artificial intelligence plays a starring role in the analysis of data? Will these future ‘AI-scientists’ alter the way information is processed and understood, all without human bias?

The mainstream of physics routinely embarks on speculations. For example, we invested 7.5 billion Euros in the Large Hadron Collider with the hope of finding Supersymmetry 0, without success. We invested hundreds of millions of dollars in the search for Weakly Interacting Massive Particles (WIMPs) as dark matter 0, and four decades later, we have been unsuccessful. In retrospect, these were searches in the dark. But one wonders why they were endorsed by the mainstream scientific community while less speculative searches are not?

Continue reading “AI-Scientists May Usher in A Bright Future in the Search for Extraterrestrial Intelligence” »

Finding evidence of life on another planet would be a game-changer. Right now, we cannot predict how common life is in the Universe because we don’t understand what causes that initial spark of life. We only have one data point — our planet. Finding life on another planet within our solar system would illustrate one of two things. Either, life can begin easily enough that it formed twice within the same solar system, or whatever mechanism started life on Earth also somehow started life on Mars (for example, cross-contamination via meteorite). That’s why, in the search for life on Mars, we must make sure we get it right. Recent research published in the Journal of the Geological Society examines how to know if a structure is a fossil or simply a formation that resulted from a physical, non-biological process. Life on Ancient Mars Mars was a very different place four billion years ago. Under a thick atmosphere, a large ocean formed. During this time, Mars may have been temporarily habitable. Eventually, this water was lost to space or locked up in global ice caps. The search for life on Mars, then, is through ancient fossils — microbial evidence that the surface of Mars was inhabitable by microscopic life. Full Story:

“These discoveries are essential for mankind to progress into the space age,” said lead research author Professor Sayaka Wakayama, a scientist at Japan’s University of Yamanashi.

There’s no need to discover life on Mars — not when we could possibly make our own.

Scientists have discovered that sperm can potentially survive on Mars for hundreds of years, meaning that humans could possibly reproduce on the Red Planet in the future.

Continue reading “Humans could make babies on Mars after new sperm discovery, study says” »

What if there was no more war? Join us… and find out more!

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Arguments for fine tuning: Physics has many constants like the charge of the electron, the gravitational constant, Planck’s constant. If any of their values were different, our universe, as we know it, would not be the same, and life would probably not exist.
0:00 — Defining fine tuning.
2:20 — Gravitational constant.
3:59 — Electromagnetic Force.
5:02 — Strong force.
6:13 — Weak force.
7:51 — Philosophical Arguments against fine tuning.
9:36 — Scientific arguments against fine tuning.
11:59 — Sentient puddle.
13:29 — Does fine tuning need an agent.
15:14 — Louse on the tail a lion.
Some say that it could not have occurred by chance, that there must be some agent, like a god that set up the constants to enable life.

Continue reading “Is the Universe Fine Tuned for Life? The Case FOR and AGAINST Fine Tuning” »

Signup for your FREE TRIAL to The GREAT COURSES PLUS here: http://ow.ly/5KMw30qK17T. Until 350 years ago, there was a distinction between what people saw on earth and what they saw in the sky. There did not seem to be any connection.

Then Isaac Newton in 1,687 showed that planets move due to the same forces we experience here on earth. If things could be explained with mathematics, to many people this called into question the need for a God.

Continue reading “Is God in Physics? Fine Tuning Scrutinized” »

No pressure.

We’re just weeks away from the next generation of astronomy.

Continue reading “NASA’s James Webb Telescope Could Detect Alien Life in Just 20 Hours” »

The era of space exploration brings with it a new risk: invasion. The peril comes not from little green men arriving on flying saucers but, rather, from microbiological contamination of Earth from extraterrestrial environments and vice versa. Writing in BioScience, Anthony Ricciardi, of McGill University, and colleagues describe the dangers posed by such organisms and outline an approach to address the threat.

The authors caution that biological contamination endangers both ecosystems and human well-being. “Owing to their massive costs to resource sectors and human health, biological invasions are a global biosecurity issue requiring rigorous transboundary solutions,” say Ricciardi and colleagues. And that threat may be more immediate than previously anticipated. Despite considerable microbial caution among space agencies, say the authors, “bacterial strains exhibiting extreme resistance to ionizing radiation, desiccation, and disinfectants have been isolated in NASA

Established in 1958, the National Aeronautics and Space Administration (NASA) is an independent agency of the United States Federal Government that succeeded the National Advisory Committee for Aeronautics (NACA). It is responsible for the civilian space program, as well as aeronautics and aerospace research. It’s vision is To discover and expand knowledge for the benefit of humanity.

Geological evidence suggests that Mars was temporarily habitable three billion years ago when liquid water existed on the surface of the planet. Because life had little time to develop and flourish, possible microfossils found in the Martian rocks will likely resemble simple organisms. On Earth, life persisted for over three billion years in the form of single-celled bacteria and algae.

In a new open-access study published in the Journal of the Geological Society, the two authors, astrobiologists Sean McMahon and Julie Cosmidis from the Universities of Edinburgh and Oxford, note that the origins of any fossil-like specimens found on Mars are likely to be very ambiguous.

Rocks on Mars may contain numerous types of pseudofossils, structures formed by chemical processes or minerals resembling organic structures, that look similar to the kinds of fossils likely to be found if the planet ever supported life, a press release provided by University of Edinburgh explains.