GARGANTUAN REUBEN DEEP DISH MAYHEM

Ingredients:
1 deep-dish rye or pizza crust
1 lb sliced corned beef or pastrami
1 cup sauerkraut, drained
2 cups shredded Swiss cheese
½ cup Thousand Island or Russian dressing
1 tbsp butter (for brushing crust)
Black pepper to taste

Instructions:
1⃣ Pre-bake crust 5 min at 375°F (190°C), brush edges with butter.
2⃣ Spread dressing on crust base.
3⃣ Layer corned beef, sauerkraut, and Swiss cheese.
4⃣ Bake 20–25 min until cheese melts and edges crisp up.
5⃣ Serve hot, melty, tangy, and fully loaded Reuben-style!

Prep: 15 min | Cook: 25 min | Total: 40 min | Serves: 4

SUPREME LOBSTER THERMIDOR DEEP DISH

Ingredients:
1 deep-dish crust
1 lb cooked lobster meat, chopped
½ cup finely diced shallots or onions
2 cloves garlic, minced
½ cup heavy cream
1 cup shredded Gruyère or Swiss cheese
1 tsp Dijon mustard + squeeze of lemon juice
2 tbsp butter
Fresh parsley for garnish
Salt & pepper to taste

Instructions:
1⃣ Sauté shallots and garlic in butter till soft.
2⃣ Stir in cream, Dijon, lemon juice—simmer till thick.
3⃣ Fold in lobster and half the cheese, season to taste.
4⃣ Fill crust with mixture, top with remaining cheese.
5⃣ Bake at 375°F (190°C) for 20–25 min till golden & bubbling.
6⃣ Garnish with parsley, serve rich & luxurious!

Prep: 20 min | Cook: 25 min | Total: 45 min | Serves: 4

The town in question is Green Bank, West Virginia, located within the National Radio Quiet Zone (NRQZ)—a 13,000-square-mile area established to minimize radio frequency interference for scientific research.

At the heart of Green Bank lies the Green Bank Observatory, home to the Green Bank Telescope (GBT), one of the world's largest fully steerable radio telescopes. Because this telescope is extremely sensitive to electromagnetic interference, strict regulations are enforced in the area:

Wi-Fi routers, cell towers, and even microwave ovens are restricted or heavily regulated within proximity.

Smartphones are discouraged, and there's little to no cell service.

Social media usage is limited not by law but due to the lack of connectivity infrastructure.

This makes Green Bank one of the quietest places in the U.S. in terms of radio waves. As a result, it has become a haven for individuals with Electromagnetic Hypersensitivity (EHS)—a condition where people report health issues from exposure to electromagnetic fields.

While not entirely devoid of modern technology, the town's lack of wireless infrastructure gives it a unique position in an otherwise highly connected world.

Federal Highway Research Institute in Germany is currently testing self-healing roads on parts of the autobahn using mineral capsules embedded in concrete.

When rainwater enters microcracks, it dissolves these capsules, releasing compounds—like limestone-producing bacteria or reactive chemicals—that seal the cracks from within .

Significant Potential Benefits:

Early reports indicate this method can reduce repair costs by over 40% and greatly extend the lifespan of road surfaces .

Still in Pilot Phase:

Despite the buzz, these roads are not yet widely implemented nationwide in Germany. The technology is in field-testing and small-scale demonstration phases, not full deployment

Scientists have successfully developed a stem cell-based treatment to restore vision in patients with severe corneal injuries using their own eye stem cells.

This technique, tested in a U.S. clinical trial called CALEC, involves harvesting limbal stem cells from a patient’s healthy eye, growing them in a lab, and transplanting them into the damaged eye.

Key Results:

- 93% success rate in restoring the corneal surface.

- 72% of patients showed significant vision improvement within 12–18 months.

- No major side effects or rejection risks were observed since the treatment uses the patient’s own cells.

Why It Matters:

This breakthrough offers hope to patients with limbal stem cell deficiency, often caused by burns, trauma, or infections, where standard corneal transplants fail. Unlike traditional grafts, this approach doesn’t require donor tissue or immunosuppressive drugs and helps regenerate the cornea naturally.

Final Thought:

This is a major step forward in regenerative eye medicine, proving that personalized stem cell therapy can safely and effectively restore both the eye’s surface and vision.