COLOSSAL LOBSTER & BACON DEEP DISH MAJESTY

Ingredients:
1½ cups cooked lobster meat, chopped
½ cup crispy bacon, crumbled
2 cloves garlic, minced
1 cup shredded gruyère
1 cup shredded mozzarella
Deep-dish pizza crust or thick dough
Optional: lemon zest & parsley for garnish

Instructions:
1⃣ Sauté garlic, then gently toss with lobster and bacon.
2⃣ Press dough into deep-dish pan, layer half the cheese, lobster-bacon mix, then rest of cheese.
3⃣ Bake at 375°F for 25–30 min until golden and melty.
4⃣ Top with lemon zest and parsley for a majestic finish.
5⃣ Slice into this buttery, briny, bacon-kissed royalty!

Prep: 15 min | Cook: 30 min | Total: 45 min | Serves: 4-6

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In 2017, astronomers spotted something no one had ever seen before — ‘Oumuamua, the first known interstellar object to fly through our Solar System. It came from another star… and vanished just as quickly.

Traveling at over 32 km per second, it sparked a global awakening: if we want to study these cosmic drifters, we need to act fast.

Now, NASA and ESA are preparing to chase the next one. From ESA’s Comet Interceptor to NASA’s Bridge mission, new tech like AI, solar sails, and spacecraft swarms could finally let us intercept an interstellar visitor in real time.

And with the upcoming Vera C. Rubin Observatory, we may soon detect dozens of these mysterious objects each year.

The next visitor could be on its way.
Will we be ready to meet it?

Tuberculosis has plagued humanity for centuries, killing more people each year than nearly any other infectious disease. But scientists may have finally turned the tide. A new mRNA vaccine, dubbed mRNACV2, has demonstrated strong effectiveness in preclinical trials—triggering a powerful immune response in mice and dramatically reducing the bacterial load in their lungs. This represents a major leap beyond the current BCG vaccine, which offers limited protection and hasn't changed much since its introduction in 1921.

What makes this breakthrough especially significant is the use of mRNA technology—the same approach that powered COVID-19 vaccines. This marks the first time mRNA has shown such promise against a bacterial infection, not just viruses. With human trials now on the horizon, the medical community is hopeful that this could lead to a durable, global solution for TB—a disease that still kills over 1 million people annually despite being preventable and treatable.

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#PublicHealthRevolution

Japan has been at the forefront of using AI and drone technology for reforestation efforts.

Companies like Droneseed and other Japan-based startups have developed autonomous drones equipped with AI systems that enable rapid, precise deployment of seed pods.

These drones can map deforested land, analyze soil and environmental conditions, and drop seed pods in optimal locations—doing the work of human reforestation teams up to 10 times faster.

The "smart seed pods" refer to biodegradable capsules containing seeds, nutrients, and sometimes even fungi or beneficial bacteria to improve germination and survival rates.

These pods are designed to break down naturally and support the early life of the planted trees, even in degraded or remote environments.

This technology addresses multiple challenges in traditional tree-planting:

- Reduces manual labor costs
- Covers large, inaccessible terrains
- Increases survival rates due to targeted planting
- Speeds up forest recovery in post-disaster or logged areas

While Japan is a key adopter, similar systems are also used globally, including by reforestation tech firms in the U.S., Australia, and Europe.