Beyond you worrying whether you will experience Monaco one day or not, know that the gap between the people on those yachts and the rest of the planet is a completely different financial dimension.
The global economy isn't just divided; the latest data shows wealth inequality has reached a staggering tipping point:
The 1% vs. The Planet: The world’s richest 1% now control more wealth than the remaining 99% of the global population combined.
The $20 Trillion Club: Driven heavily by the tech boom, total global billionaire wealth surged to a historic $20.1 trillion, with a new billionaire minted nearly every single day.
The Elite 60,000: The wealthiest 0.001%—fewer than 60,000 multi-millionaires—control three times more wealth than half of humanity (4 billion people) combined.
The 1-Cent Split: For every single dollar of new wealth created in the global economy since 2000, 41 cents went straight to the top 1%, while the entire bottom half of humanity received just 1 cent.
The Bottom 50%: The poorest half of the world's population currently owns a mere 2% of total global wealth.
The people drinking champagne trackside in Monaco aren't just rich; they are a rounding error in a system where capital moves faster than human labor ever can.
That scar on your arm is a battlefield, and the chemistry of how it forms is completely different from any other vaccine you've ever received.
Most vaccines inject dead or weakened pathogens into your muscle. Your immune system sees the threat, builds antibodies, done. No lasting damage to the tissue. The BCG tuberculosis vaccine does something radically different. It injects live Mycobacterium bovis bacteria directly into the top layer of your skin, the dermis, and then lets them multiply.
For the first six weeks, those bacteria are actively replicating at the injection site. Your immune system detects them and sends macrophages to engulf the invaders. T-cells get recruited to the area. Then something happens that no other routine vaccine triggers: your body builds granulomas. Those are organized clusters of immune cells that physically wall off the bacteria like a biological quarantine zone. The immune system can't fully kill every bacterium, so it builds a containment structure around them instead.
That containment war destroys tissue. The granulomas break down the dermis. A blister forms, then an open ulcer that weeps for weeks. The entire process from injection to final scar takes about three months. What you're left with is the structural aftermath of your immune system demolishing a section of its own skin to contain a live bacterial colony.
The wild part: 4 billion doses administered since 1921. 100 million newborns receive it every year. And the size of your scar correlates with how strong your immune response was. Studies in West Africa found that infants who developed a visible scar had half the mortality rate of infants who didn't. Not just from TB. From everything. The scar tissue itself became a marker that your immune system trained correctly.
That circular mark is the one vaccine scar that actually means something went right. Your body fought a live infection in a controlled space, won, and left the evidence on your skin for life.
Hate how as a Kenyan, everyday feels like we are parenting Kipchirchir through his presidency because he's a toddler that wants to mess up everything.
It's all "Wacha!" "Usiguze hio" "Usiuze hio" "Usiibe hio" "Usikule pesa ya education" "Nisikupate na terrorists" for fucks sake!
When a rabbit's partner dies, the surviving rabbit can be dead within a day. Just from grief. The stress physically shuts its stomach down. Vets call it GI stasis, and it's a known killer of bonded partners. What you're watching might be the first hours of it.
Rabbit vets actually encourage letting the survivor stay with the body. They tell owners to give the rabbit time with its partner, sniffing, nudging, lying next to her, sometimes for a few hours. Without that goodbye, the survivor can spend weeks searching the home for a partner who never comes back. With it, they're more likely to eat the next day. More likely to live.
In 2008, researchers at the University of Edinburgh built an unusual cage to measure how much rabbits need each other. It had weighted doors at both ends. On one side, food. On the other, a few minutes of contact with another rabbit. The doors got heavier over time, so the rabbit had to really want it. The rabbits worked nearly as hard for the friend as they did for the food.
Watch a bonded pair and you see why. They follow each other around all day. Sleep pressed together at night. Groom each other's face, head, and ears in long, careful sessions. When their partner is close they make a soft clicking sound with their teeth, called tooth purring. It sounds like a cat's purr.
When one of them dies, the survivor's body reacts before its mind catches up. Rabbits are prey animals. Almost everything in the wild wants to eat them. Their bodies evolved one survival rule: when something scary happens, drop everything and run. So a rabbit's stress system is wired to switch hunger off in a crisis. Run first, eat later. That same wiring kicks in when a bonded mate suddenly disappears, except now there's nothing to run from. The rabbit hunches into itself, stops eating, and pulls away from everything around it. Some spend weeks searching the spot where their partner used to be.
Rabbit welfare groups have documented cases of surviving partners who simply stopped eating after their mate died. They sometimes call it dying of heartbreak.
The brown rabbit in the video is doing what a bonded rabbit does when his partner is suddenly gone. He stays close to her body. He keeps watch. He says goodbye the only way a rabbit can.
If he survives the next two weeks, it will be because someone notices he has stopped eating and gets him to a vet who knows rabbits. If he doesn't, his stomach will give out before anything else does. A bonded rabbit's body is built around being with another rabbit. When that other rabbit is gone, the body itself starts to fall apart.