Monday, September 21, 2026
Sunday, September 20, 2026
Trump says some childhood vaccines will be split into separate shots
- The MMR Vaccine: Massive global studies tracking millions of children across the U.S., Denmark, the U.K., and Japan found absolutely no difference in autism rates between vaccinated and unvaccinated children. [1, 2]
- Genetics: Strong hereditary factors account for most cases, with single gene variants and familial risk playing massive roles.
Saturday, September 19, 2026
Wednesday, September 16, 2026
Tuesday, September 15, 2026
This Woman Cured Her Cancer with an Insane Method
There have been reports of COVID-19 shrinking tumors, but not consistently.
Monday, September 14, 2026
Sunday, September 13, 2026
Saturday, September 12, 2026
Psychiatrist: “Everyone Is Wrong About The Lindsay Clancy Case”
Friday, September 11, 2026
Thursday, September 10, 2026
The Brutal Reality of Traveling to Another Star
There are five things that make interstellar space travel nearly impossible.
- Earth-like planets are very rare. We are unlikely to encounter worlds that would be worth traveling to.
- Space is full of deadly radiation that is difficult to shield against. This becomes exponentially worse at high fractions of the speed of light. At those speeds, even simple interstellar dust particles become explosive missiles that could destroy a spacecraft.
- The distances are so vast that interstellar travel becomes extremely difficult.
- The energy requirements are enormous. We simply don't have the resources to accelerate a spaceship to anything approaching relativistic speeds.
- The cost is enormous. It could take the resources of an entire planet to create an interstellar ship.
If we wanted to send a probe to a nearby star, we would have to send a computer AI with heavy shielding at a modest speed and be willing to wait 50,000 years for the ship to arrive. However, if we did this in the near future, it could be self-defeating because future generations will likely be able to create faster ships that could arrive in a fraction of the time. Being able to create a ship twice as fast a thousand years from now would make the first ship we send pointless.
I feel the same way about sending humans to Mars. It is such a perilous and expensive journey, just to go to a big, dead rock with about a third of Earth's gravity. We will never have a viable colony on Mars because the planet is simply too hostile. It is far too cold, has significant radiation hazards, and its chemical makeup is not conducive to human life.
It seems possible, if not likely, that life could have existed on Mars billions of years ago. Finding that out might be interesting, but we don't have to send people to Mars to study the planet. We can send unmanned probes much more cost-effectively.
The future of humanity does not involve expanding out to the stars, at least not in the next few thousand years. Although we could create orbital habitats, these will never be cost-effective. The real future of humanity involves making the best use of the resources on planet Earth. We need to manage the planet well while slowing population growth, which creates more competition and conflict over natural resources. The vast fortunes that we spend on space exploration could be better spent managing our existence on Earth.
We live on Spaceship Earth, which is traveling around the galaxy at 140 miles per second. Not all the stars in the Milky Way travel at the same speed, so in 1.29 million years, another star will come within 0.14 light-years of our star. That is close enough to send a space probe. We just have to be patient. 😀
Tuesday, September 8, 2026
Magnetism #Science #Magnets
@alexpoiry3988
5 days ago
If anyone is interested, I think this is a ferrocell. Basically there is a small amount of very dilute ferrofluid trapped between 2 transparent plates. The edge lighting scatters the light so you can see the effect of the magnetic waves.
Saturday, September 5, 2026
Tuesday, September 1, 2026
Joe Rogan Is Blown Away by What Homo Erectus Could Do
Homo Erectus emerged around 1.9 to 2 million years ago in Africa. They went extinct roughly 110,000 years ago. They also evolved into other human species.
I suspect that they didn't seem much different to our ancestors.
There is some evidence of different human species interbreeding. This includes humans and Neanderthals, but also Homo Erectus with Denisovans.
Modern Europeans have about 1% to 2% Neanderthal DNA in their individual genomes, with essentially 100% of people with European ancestry carrying these traces.