A floating insect in a microgravity environment aboard a space station

Bugs in Space What Happens When Insects Go to Orbit

Muhammad Sharif

As humanity ventures beyond Earth’s atmosphere, we aren’t traveling alone. Insects—our planet’s most numerous and diverse animal group—have been joining astronauts in space since the early days of cosmic exploration. From fruit flies on V2 rockets to sophisticated experiments aboard the International Space Station (ISS), these tiny travelers provide valuable insights into how life adapts ...

Dragonfly resting on a plant stalk

Is a Dragonfly Faster Than a Sports Car? Insect Speed in Human Terms

Sylvia Duruson

In a world obsessed with speed, we often look to the most sophisticated human engineering to find the fastest machines on Earth. Sleek sports cars with their aerodynamic designs and powerful engines dominate conversations about velocity. Yet, hidden in plain sight in our gardens and parks, insects like dragonflies demonstrate astonishing speed capabilities that challenge ...

Why Some Scientists Study Insect Poop — And What They’re Finding

Rica Rosal

In the vast world of scientific research, some endeavors might initially seem peculiar to the uninitiated. Among these is the study of insect excrement—tiny pellets that most people would overlook or avoid. Yet, these microscopic droppings hold treasure troves of information that can reveal secrets about ecosystems, climate history, agricultural management, and even human health. ...

Do Insects Have Emotions? The Science Behind Bug Feelings

Rica Rosal

When we think of emotions, our minds typically conjure images of a dog wagging its tail in joy, a cat purring contentedly, or a human displaying complex feelings through facial expressions and behaviors. But what about the creatures that make up the largest percentage of animal life on our planet – insects? These six-legged beings ...

Close-up of an insect's compound eyes

If You Had Insect Vision What the World Would Look Like Through 30000 Eyes

Muhammad Sharif

Imagine waking up one morning to discover your perception of reality has been completely transformed. Instead of your usual two eyes, you now experience the world through tens of thousands of visual units, creating a kaleidoscopic mosaic of your surroundings. This isn’t science fiction—it’s the daily reality for insects all around us. Their visual systems ...

Bee sting

Venom to Vaccine Showcasing How Insect Toxins Are Being Used in Medicine

April Joy Jovita

In the fascinating intersection of entomology and medicine, researchers have discovered that some of nature’s most feared substances—insect venoms and toxins—harbor remarkable potential for healing. These complex chemical cocktails, evolved over millions of years to immobilize prey or defend against predators, contain highly specific compounds that can target disease processes with precision that synthetic drugs ...

How Cockroach Brains Are Helping Us Build Better AI

Rica Rosal

The humble cockroach—often despised and rarely admired—is becoming an unlikely hero in the cutting-edge field of artificial intelligence. While these resilient insects might be unwelcome house guests, their remarkable neural systems are providing invaluable insights for AI researchers. The cockroach brain, despite being relatively simple compared to mammalian brains, demonstrates extraordinary capabilities in decision-making, navigation, ...

a green insect on a leaf

Can Bugs Hear You? How Insects Detect Sound Through Legs, Wings, and More

Rica Rosal

The world of insect sensory perception remains largely mysterious to us, despite sharing our planet with these tiny creatures for millions of years. While humans rely primarily on ears positioned on either side of our head to detect sound waves, insects have evolved remarkably different systems for sensing their acoustic environment. From detecting potential mates ...

Termite soldiers - Nasute

Bug Brains vs AI: What Insects Are Teaching Neuroscientists

Sylvia Duruson

In the world of intelligence research, an unlikely contestant has emerged in the race to understand cognition: the humble insect. Despite having brains smaller than a pinhead, insects demonstrate remarkable capabilities in navigation, communication, and problem-solving that continue to astonish researchers. As artificial intelligence systems grow increasingly sophisticated yet struggle with tasks that insects perform ...

Conceptual illustration showing insect and computer brain merging with circuit lines

Insects and AI What Bug Brains Teach Us About Smarter Machines

Muhammad Sharif

In the quest to build more intelligent and efficient artificial intelligence systems, researchers are finding inspiration in an unexpected place – the tiny brains of insects. Despite having neural networks comprised of only a million neurons or less (compared to our 86 billion), insects display remarkable capabilities in navigation, pattern recognition, and decision-making that put ...