Friday, November 14, 2025
Aliens. Not Likely, But Maybe. Here's the Full Story For Now. 2025/6
The universe is vast, ancient, and teeming with billions of potentially habitable planets.
With so many chances for intelligent life to arise, we should expect to see evidence of extraterrestrials.
Yet, despite decades of searching, the cosmos remains eerily silent. This contradiction is known as the Fermi Paradox, first proposed by physicist Enrico Fermi in 1950.
Was the Fermi Paradox solved?
Humanity has been around for just 200,000 years, and we've been listening for possible radio signals from E.T. just since 1960. So the odds that we will overlap in time and space with a detectable alien civilization don't seem great. There is probably no single solution to the Fermi Paradox.
The "great silence" is the idea that there is no evidence of extraterrestrial civilizations and that we are truly alone in the universe; it is also known as the Fermi Paradox.
Is the dark forest theory true?
While some intelligent extraterrestrial civilizations might choose to remain hidden, as suggested by the dark forest theory, it’s unlikely that every single one would adopt the same fear-driven strategy.
The numbers are staggering. Our Milky Way alone contains an estimated 100 to 400 billion stars, many of them hosting planets in the habitable zone. If even a tiny fraction of these planets develop life, and a fraction of those develop intelligence and technology, the galaxy should be buzzing with signals, megastructures, or even interstellar visitors. But so far, we’ve found nothing.
"Fermi grasped that any civilization with a modest amount of rocket technology and an immodest amount of imperial incentive could rapidly colonize the entire galaxy," representatives of the Search For Extraterrestrial Intelligence (SETI) Institute in Mountain View, California, wrote in a Fermi Paradox explainer. "Within a few tens of millions of years, every star system could be brought under the wing of empire. Tens of millions of years may sound like a long project, but in fact it’s quite short compared to the age of the galaxy, which is roughly a thousand times more."
There are numerous hypotheses attempting to resolve the paradox, ranging from the optimistic to the ominous:
1. They're out there, but we haven't found them yet
Radio Silence: We might not be listening at the right frequencies or in the right way. Civilizations could communicate using methods we haven’t discovered yet, like neutrino beams or quantum entanglement.
The Cosmic Timescale: Humanity has only been scanning the skies for a few decades — an eye blink in cosmic history. Advanced civilizations could rise and fall in cycles, missing each other in time.
2. They don't want to be found
The Zoo Hypothesis: Aliens could be observing us like we observe animals in a nature reserve, choosing not to interfere.
The Dark Forest Theory: Inspired by Liu Cixin’s sci-fi novel The Dark Forest, this idea suggests that intelligent species stay silent to avoid detection by potentially hostile civilizations.
3. Something prevents their expansion
The Great Filter: This theory suggests that there is a nearly insurmountable barrier preventing civilizations from advancing. This could be at the stage of life’s emergence, intelligent life’s development, or a self-destructive phase like nuclear war or environmental collapse.
Self-Limiting Civilizations: Advanced societies may become so technologically sophisticated that they lose interest in space expansion, opting for virtual realities or inward development.
Understanding the Fermi Paradox is more than just an intellectual exercise — it has real implications for our future. If the Great Filter lies behind us (e.g., life itself is incredibly rare), then we may be one of the first intelligent civilizations. If the filter is ahead (e.g., technological civilizations inevitably destroy themselves), then our survival is far from guaranteed.
Our search for extraterrestrial intelligence (SETI) continues, with new projects like the James Webb Space Telescope analyzing exoplanet atmospheres and advanced AI scanning for signals. Whether we find aliens or confirm our solitude, the answer to the Fermi Paradox will profoundly shape our understanding of our place in the universe.
The "great silence" of the cosmos may be unsettling, but it also presents one of the greatest mysteries of our time. Are we alone, or is something preventing us from hearing the others? Until we find an answer, the question remains open.
Do modern researchers tend to accept the premise of the Fermi Paradox — that is, if intelligent life outside our planet exists, then it's likely that they would have contacted or reached Earth by now?
I can't speak for everyone else, but no I do not believe in the premise. Because the Earth is the only planet where we know that life exists, we can only make guesses based on how life here has evolved.
The Earth formed about 4.6 billion years ago. Life on Earth began at least 3.5 billion years ago, since fossils of this age have been found, but simpler cells are expected to have formed earlier than that. Possibly, life on Earth started very quickly after conditions allowed for liquid water to be commonly available. On the other hand, life that had more than one cell took until about 1 billion years ago, and humans did not evolve in 0.2 billion years ago. As far as we know, humans are the only life form on the Earth that thinks about what is going on in the Universe, and could potentially communicate with other life. The first telescopes were invented about 400 years ago, and the first space probes were launched less than 100 years ago.
What I take away from this is that simple life (like one celled organisms) might be easy to create, but complex life is harder, and life that tries to communicate with life elsewhere in the Universe could be extremely rare. While the technology to find and communicate with extraterrestrial life, once started, appears to develop extremely fast on the timeline of the Universe, we do not know how long modern humans will survive as a species.
Is there a commonly accepted way to resolve the Fermi Paradox?
I doubt there is a commonly accepted way to resolve the Fermi Paradox, other than to point to the fact that we have very little information about highly evolved intelligent life. We don't know how rare it is, how long a civilization lasts, how likely it would or would not want to communicate with us, how likely it would spread through the Galaxy, or how we would recognize and understand each other. In the absence of any real information to figure any of this out, it just seems like there are many possibilities to solve it.
In evaluating the Fermi Paradox, it is important to think about the vast distances of space in the Milky Way. The time for light to travel to the nearest star is more than four years. If a rocket ship travels 20,000 miles per hour, then it would take more than 33,000 years to get there. The light travel time from the Sun to the center of our galaxy is 30,000 years. The rocket travel time is a 170 million years. It is completely unclear whether life will want to, or be able to, travel over these sorts of distances to populate the Galaxy. If it is attempted, it is not clear whether there are suitable places for it to land and thrive. Spreading life throughout the galaxy might be much more difficult than Fermi supposed.
Do researchers studying exoplanets, particularly potentially habitable ones, usually consider the Fermi Paradox?
Modern researchers looking for potentially habitable planets usually use the Seager Equation when they are thinking about the likelihood of finding life. This is an update of the Drake Equation which was a summary of what people were looking for in 1961. Note that one of the key differences is that the Seager Equation asks how many planets we can find with life that transformed the atmosphere (for example by photosynthesis), while the Drake Equation calculates the number of civilizations that are sending out detectable radio waves. In the 20th century, the SETI program looked for these civilizations and found no signals of such civilizations.
So you can see that the conversation has changed to the search for life that is not necessarily intelligent — something that the Earth's history would tell us is much more likely to find. I occasionally teach an Exoplanets and Life class, and the textbook I use does not talk about the Fermi Paradox. My expectation is that most researchers are not currently thinking about it. The current search is for exoplanets, habitable exoplanets with liquid water, and signs of life that is not necessarily intelligent.
What are some ways current research might eventually resolve the Fermi Paradox?
As we learn more about exoplanets, it becomes more possible to make statistical statements about the likelihood of life, and the possibility for it to spread. The basis of the paradox lies in the idea that there are hundreds of billions of stars in the Milky Way, and with so many there must be other intelligent life on one of them. But we don't really have a way to assess whether that is true.
In six tons of sand, there are hundreds of billions of grains of sand. So, it might seems reasonable to think that there must be at least one of them that is made of uranium. But we don't look for uranium on the beach because if it was there, it would be dissolved in the water and wash away. Just having a large number of objects doesn't mean that every possibility for what those objects are must therefore exist.
Current experiments are teaching us how many exoplanets there are, what the conditions are on those planets, how common it is for exoplanets to have surface temperatures that allow for liquid water, and possibly how many exoplanets exhibit atmospheric abundances that favor the existence of life. We are working towards actually finding other life of any kind that is on another planet. This information would give us some basis for then extrapolating to the probability that technological civilizations form elsewhere, and would tell us how far they might have to travel to find the nearest habitable planet where they could establish a colony.
Wednesday, November 12, 2025
The BBC Fcuked Up - Trump Demand $1 billion damages
Donald Trump has threatened to sue the BBC for one billion dollars over a defamation claim,leading to a major crisis at the British broadcaster. In this video, we break down the details of the lawsuit, the edited Panorama episode involving Trump's January 6th speech, and the shocking resignations of BBC Director-General Tim Davie and news head Deborah Turness.
This legal battle is more than just a lawsuit; it's a reckoning for the BBC's impartiality. We analyze Trump's reaction on Truth Social, the BBC's "error of judgement" defense, and the political fallout involving Nigel Farage and the UK government. With public trust crumbling, could this be the end of the BBC as we know it?
eBay and Etsy Just Got Crushed, Great News For Americans.
Trump’s new $800 import rule is throwing the whole ecommerce world into chaos. Millions of Etsy and eBay sellers are scrambling, and if you run an online shop in the US, this hits close to home. In this video, I’ll break down what the rule actually means, how it’s going to affect small business owners like us, and what you can do right now to protect your store.
Tuesday, November 11, 2025
Sebastian Gorka explains why the world - needs President Trump
Mr Gorka served as a Deputy Assistant to President Donald J Trump in the White House in 2017.
https://youtu.be/sP08sIKXdLE?si=3eWgUVqsg5URMkVC
This is the fourth speech of six.
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Life is the One Day - Yesterday is Dead - Tomorrow is a Not Born
The Eternal Now: Living Wholly in the Only Day
The clock ticks forward, marking the moments that slide from the now into the past. Yet, for all our planning and remembering, the profound truth remains: Today is the one day we only live in the one day. Tomorrow is not yet born, and yesterday is dead. This realization is not merely a statement of time, but a powerful philosophy—a guide to a life lived fully, consciously, and without the paralyzing burdens of what was or the anxiety of what might be.
The Tyranny of Time
Humanity is uniquely capable of mental time travel.
Ruminating on Yesterday: Rehashing past mistakes, successes, regrets, and glories. This dead weight can anchor us, preventing forward movement.
Anxious about Tomorrow: Projecting fears, hopes, and endless to-do lists onto a future that exists only as a possibility in our minds.
This mental tug-of-war robs us of our most precious and only true possession: the present moment.
Yesterday is Dead: Releasing the Anchor ⚓
The philosophy insists that "yesterday is dead." This doesn't mean we ignore history or fail to learn from experience. It means recognizing that the power of yesterday to shape your current actions is an illusion.
Lesson, Not Load: View past events as lessons recorded in a closed book. You've learned from them, but you don't have to carry the physical weight of the book itself every second.
Forgiveness and Acceptance: This philosophy fosters self-compassion. The person who made yesterday's errors no longer exists; only the one who can act rightly now remains. Release the regret, accept the circumstance, and step into the new moment unburdened.
Tomorrow is Not Born: Dispelling the Illusion 🎈
Similarly, "tomorrow is not born." Tomorrow is a concept, a plan, a hope, but it has no reality in the current moment. When tomorrow finally arrives, it will, without fail, be called Today.
Action, Not Worry: While we must plan, focusing on future worries is unproductive.
The most effective way to prepare for an un-born tomorrow is to take the most focused, productive, and meaningful action today. Presence in the Process: By focusing solely on the task at hand—the preparation, the learning, the conversation—we maximize our efficiency and joy.
The future will take care of itself based on the quality of our current input.
The Philosophy of the Eternal Now
This philosophy is found in various forms across cultures and centuries, from Stoicism (living according to nature/the present) to Eastern principles of mindfulness.
1. Radical Focus and Effectiveness
When you commit to living only in this one day, your focus sharpens. Distractions (past grudges, future fears) melt away. You can pour your full mental and emotional energy into the current task, whether it's a critical project, a family meal, or a moment of reflection. Full presence yields maximal effectiveness.
2. Deep Appreciation and Joy
The things we often overlook—the smell of coffee, a warm conversation, the sun on our skin—are the complete reality of this day. By honoring the only day we have, we train ourselves to notice and appreciate these mundane miracles. Joy resides in the awareness of the present moment.
3. Unflinching Responsibility
If today is the only day, then every action and inaction is instantly significant. There is no "I'll start tomorrow." The commitment must be made now. This philosophy demands that we stop postponing our lives, our dreams, and our authentic selves until some mythical future date.
"Do not wait for tomorrow to do what you can do today."
— A timeless wisdom applied with renewed intensity.
Embracing the One Day
To embrace this philosophy is to find a profound sense of peace and power.
How to Practice:
The Morning Reset: As you wake, mentally declare: "This is a brand new day. Yesterday is gone. The future is an unwritten slate. I will commit my full self to the hours between now and rest."
The 5-Minute Rule: When anxiety about tomorrow or regret from yesterday creeps in, allow yourself 5 minutes to acknowledge it, then consciously re-anchor your attention to one sensory detail of the present (your breathing, the feel of the chair, the sound of the clock).
Today is the only life you truly possess. It is a gift of action, experience, and beauty. By fully inhabiting this single, solitary day, you will find that you are not just preparing for life, but genuinely living it.
Long-Term Motorcycle Storage Guide
Keep Your Motorcycle Safe Over the Winter
Properly storing a motorcycle for an extended period, such as over a winter season, requires diligent preparation across several key areas to ensure the bike remains in optimal condition and is ready to ride when the next season arrives.
Battery Care and Maintainer Usage
The battery is one of the most crucial components to manage during long-term storage. The best way to maintain it is by using a "smart" battery tender (also often called a battery maintainer or trickle charger) designed for motorcycles.
The tender should be used continuously for the entire duration of the storage period.
Fuel System Preservation
Another critical step is preparing the fuel system, as modern gasoline, especially ethanol-blended fuel, degrades rapidly and can cause gum and varnish deposits that clog carburetors and fuel injectors.
Tire and Chassis Considerations
To prevent flat spots, which can develop when a motorcycle's weight rests on the same section of the tires for months, it is highly recommended to lift the motorcycle.
Protective Coatings and Final Steps
For added protection against corrosion, many riders advocate for spraying exposed metal and chrome surfaces with an anti-corrosion agent.