Blogs

Discover the life of Calvin Hooker Goddard, the father of forensic science. Explore his groundbreaking contributions to ballistics, criminal investigations, and modern forensic methods.

When we hear the word microbes , we often imagine one tiny, invisible thing floating around. But here’s the twist: microbes aren’t one group at all . They’re more like a bustling city of very different residents, each with their own lifestyle, structure, and survival tricks. Scientists classify microbes based on how their cells are built, how they live, and how they reproduce . And once you look closely, the diversity is honestly wild. Let’s walk through them. Bacteria: The E

2026 is here and the real edge in tech isn’t speed, it’s intention. This blog explores what’s truly “in,” what matters less than we think, and how to build a tech career that actually lasts.

Explore how gunshot residue analysis works, dive into SEM-EDS forensic techniques, and understand why GSR is used as supporting evidence in firearm and crime scene investigations.

In Part 1, we met microbes as the ancient architects of Earth — the ones who built our atmosphere, recycled nutrients, and quietly kept ecosystems alive. But microbes didn’t stop working once humans showed up. In fact, their relationship with us? It got a whole lot more personal.

What if the vast, windswept steppes of Mongolia weren’t just empty land but gateways to the stars? In the sweeping skies above Ulaanbaatar and remote deserts beyond, Mongolia is quietly rebuilding its cosmic dream. From old observatories to new satellites, the country is proving even a small nation can reach for the universe.

In the heart of Southeast Asia, where the Mekong winds like a silver ribbon through quiet mountains, Laos is turning its reservoirs into radiant power stations.

When we think about “life on Earth,” we instantly jump to dinosaurs, tigers, humans, forests, oceans… But the real founders, engineers, and day-one hustlers of our planet? Microbes.

We went through the whole crime in the last blog; this episode, we will be talking about where forensic ballistics actually came in and made a real impact in this horrendous crime.

We spend endless hours perfecting code and upgrading frameworks, yet we rarely debug the one system running it all: ourselves. This piece dives into why Emotional Intelligence (EQ) is the hidden tech stack behind strong teamwork, leadership, and sanity in the fast-paced world of tech.

Imagine a world where the solution to plastic pollution is not a machine or a law, but a microbe quietly at work beneath a pile of bottles.

Discover the shocking events of the St. Valentine’s Day Massacre, the deadly Chicago gang rivalry between Al Capone and Bugs Moran, and the violent Prohibition-era crime.

Dive into the world of forensic ballistics with our detailed exploration of the branches of forensic ballistics. Discover the bullet's story from the barrel to the target.

When you look in the mirror, do you ever pause and wonder—how did we get here? How did a line of primates swinging through trees turn into humans who build rockets, decode DNA, and yes… binge on midnight snacks while scrolling Instagram?

Explore the world of forensic ballistics! Learn how investigators analyze bullets, firearms, and gunshot residue to solve crimes in our latest blog.

If dinosaurs were the flashy rock stars of the Mesozoic era, crocodiles are the quiet survivors. They’ve been around for more than 200 million years, and here’s the wild part: they look almost the same today as they did back then.

Light, durable, and lightning-fast (grows up to 90 cm within 24 hours!) in growth, bamboo is nature’s ready-made engineering marvel. It bends without breaking, making it perfect for everything from huts to high-rises. Even across history, bamboo has always shaped Asia’s story. But what if this humble grass could carry your Netflix stream or Zoom call?

Explore the captivating role of Arthur Koehler in the Lindbergh Kidnapping crime investigation. Discover how forensic botany solved the case.

You might think pollen is just floating about in the air, happily so and ready to be sampled; however, in forensic cases, it is collected intentionally and carefully. Investigators don’t just grab a handful of dirt —or air, if the pollen is happily floating about —they follow strict protocols to ensure the pollen is not contaminated and is of the standard to be used as evidence in court.

What if the water in your glass today had already quenched someone’s thirst yesterday? Sounds strange (and pretty unhygienic), right? But it’s actually safe since science is at work! Today, let’s talk about Singapore’s NEWater (pronounced New-Water, actually).

Imagine a T. rex looking up at the sky, unable to fly, while its tiny feathered cousins were testing out their wings. It sounds unbelievable, but it’s true: birds are living dinosaurs. Their story is one of survival, adaptation, and transformation—proof that even the mightiest of lineages can reinvent themselves.

Not all dinosaurs went extinct. A small group of feathered theropods managed to survive. They were small, adaptable, and could fly or glide—traits that gave them the edge when ecosystems collapsed.

Dive into the fascinating world of forensic botany to see how this science helps solve crimes with pollen clues!

Picture this: a population of organisms living their best life, all together. Then something happens, maybe a mountain pops up, or a river decides to split the gang. Slowly but surely, they start changing. Different vibes, different environments, different genetic makeovers. Fast forward a few generations, and boom, they can’t even reproduce with each other anymore. That, darling, is speciation.