Science for Kids — June 16, 2026: A Daytime Venus, a Deep-Sea Ghost, and Bee GPS

Professor Pip adjusted his slightly crooked spectacles and patted the bulging pockets of his green lab coat. "Aha! Here we are." He pulled out his small brass telescope, his pocket notebook labeled Notes, and — for some reason — a shiny silver dime.

Mia and Leo had climbed all the way to the top of the grassy hill with him. The afternoon sun was warm on their cheeks. The blue sky was huge.

"Today," Pip announced, his fluffy tail swishing, "we are going to watch a planet disappear."

"A whole planet?!" gasped Mia.

"Where does it GO?" said Leo.

Pip's whiskers twitched with delight. "It doesn't go anywhere. It just gets hidden. And the thing that hides it… is not very big at all." He held up the dime, then pointed at the distant church steeple on the far side of the valley. "Watch this. Leo, hold this dime out at arm's length and close one eye."

Leo did. He squinted hard.

"Now — slowly — line the dime up with the steeple."

"WHOA," said Leo. "The dime hid the whole steeple!"

"But the steeple is HUGE," said Mia. "And that's just a tiny dime!"

"Precisely!" cried Pip, paw-clapping. "The dime is smaller — but it is closer to your eye. When a closer thing lines up exactly with a farther thing, the closer thing can cover it completely. Scientists call that an occultation. Oh-cull-TAY-shun."

Pip raised his little telescope and pointed up. "Tomorrow afternoon, our Moon — which is much smaller than Venus, but much, much closer to us — is going to slide right in front of Venus. Venus will vanish for almost an hour. Then it'll peek out from the other side, like a tiny diamond appearing out of nowhere."

"In the DAY?" said Leo. "I thought you only saw planets at night!"

"Venus is so bright you can spot it during the day — if you know exactly where to look," said Pip. "It's the brightest planet in our sky. And tomorrow, the Moon is its hiding spot."

Mia tilted her head. "Oh! Like when you walk in front of me and block the whole TV!"

"Exactly right!" Pip beamed and scribbled in his notebook. "You are smaller than the TV, but much closer to your eye. Same trick as the Moon and Venus." He looked up at the blue sky and smiled. "An ordinary afternoon — and a whole planet about to play hide-and-seek."

He tucked his telescope away and turned to the kids. "Tomorrow afternoon, stand in the shadow of your house — that's important, never look near the bright sun! — and find the slim crescent Moon high in the sky. Watch for the tiny bright dot beside it. That is Venus. Then watch it slip away."

Professor Pip's lab was glowing amber in the dusk light. On the workbench sat a small model of the strangest fish anyone had ever seen — pinkish-grey, with a long flat snout like a sword and a mouth that did not sit where mouths usually sit.

"Oh my whiskers," whispered Mia, leaning over the bench. "What… is that?"

Professor Pip's tail swished with excitement. He adjusted his crooked spectacles and lifted his magnifying glass over the model. "This, my fellow scientists, is a goblin shark. And until last month, no one — not one human — had ever seen a healthy goblin shark alive in its own home."

"How come?" asked Leo.

"Because its home is over a mile DOWN," said Pip, gesturing at the blue porthole on the back wall. "Where the sunlight doesn't reach. Where the water is freezing and crushingly heavy. Goblin sharks have been alive on Earth for about 125 million years — older than most dinosaurs — and yet they live so deep that we almost never bump into them."

"That long?!" said Mia. "How do they even eat down there with no light?"

Pip's eyes glittered. "Aha! That is the wonderful question. Watch this." He reached behind the model and gave a tiny lever a flick. SNAP! The shark's jaws shot forward — out, out, out — sticking out a whole shark-snout's length past where the face had been a moment before. The kids jumped.

"WHOA!" they cried together.

"They don't chase their food," said Pip. "Their jaws do. Goblin shark jaws are protrusible — pro-TRU-suh-bul. That means they can launch out from the face like a slingshot. Whoosh! Fish caught!"

"Like a frog's tongue!" said Leo.

"Exactly right!" beamed Pip. "And see that long, flat snout? It's covered in tiny electric sensors. Every fish that wiggles its tail nearby gives off tiny electric jolts — too small for you to feel, but the goblin shark feels them like little tugs on a fishing line. So in the pitch-dark deep ocean, where they're nearly blind, they 'see' with electricity instead."

Mia's eyes went huge. "Their face is a fishing pole AND a sword AND an electricity-feeler?!"

"Precisely. A wonderful Swiss-Army-shark." Pip looked out at the dark blue porthole. "Imagine living somewhere a mile beneath the waves your whole life — and finally, in 2026, someone you've never met catches you on camera, just being yourself. The deep ocean still has so many secrets left."

He turned to the kids. "Now I wonder… what other 125-million-year-old neighbors might be hiding down there, waiting to be spotted?"

Professor Pip sat in the warm meadow beside an old wooden beehive, his bushy tail curled neatly around his paws. The air buzzed gently. Bees zipped past his whiskers, in and out of the hive, on important bee business.

He pulled his pocket notebook labeled Notes out of his coat. Then his shiny brass compass.

"Today," he said, "we are going to ask: how does a bee find her way back to the very same flower every single trip?"

Mia and Leo sat cross-legged in the grass with their friend Asha. They watched a tiny bee land on a clover, then zoom off in a perfect straight line.

"GPS?" guessed Leo.

"Closer than you think!" cried Pip, paw-clapping. "Watch this. Mia — your eyes closed. Leo, walk her from the apple tree to the gate."

Mia closed her eyes. Leo led her by the paw — past the big oak (TAP — Leo touched the bark), past the picnic bench (TAP — Leo tapped the wood), to the gate.

"Now try the same path with no taps," said Pip.

This time Mia wobbled. She bumped Leo's elbow. She went the wrong direction for a second. "It was MUCH harder!" she said.

"Curiouser and curiouser, eh?" said Pip. "Mia, you just discovered landmark navigation. With the tree-tap and the bench-tap, you knew exactly where you were. Without them — wobbly."

He flipped open his notebook. "Some scientists in Germany just discovered that honey bees do the very same thing. They followed two-hundred-and-fifty-five different bee flights with little drone-cameras. Each bee picked her own favorite route. And here's the wonderful part — when the bees flew past a special landmark, like one tall lonely tree, they flew within just a few centimeters of the exact same spot every single time. That's smaller than your hand!"

"That's like… not even one finger off!" said Asha.

"But," said Pip, holding up a paw, "over a wide-open cornfield where there are no special landmarks — only rows and rows of identical corn — the bees got a little wobbly, just like Mia. They still made it. But not as exactly."

Leo's face lit up. "Oh! Like when I find my way to the bathroom in the dark — I touch the bookcase, then the door frame, then I know I'm at the bathroom!"

"Exactly right!" Pip beamed. "Every bee a tiny pilot, with her own little route stitched together from landmarks — a tree here, a flower-patch there, the corner of the barn over yonder. Two hundred bees, two hundred different sky-roads."

He gave Asha the brass compass. "Now — without looking down at the ground — try walking from this beehive to your favorite tree. Notice which landmarks your eyes use along the way. You're flying your own little bee-route."