Where Science Comes to Life!

Welcome to our scientific podcast, where curiosity meets discovery! Each episode, we dive into the fascinating world of science, exploring groundbreaking research, intriguing phenomena, and the brilliant minds behind them. Tune in, stay curious, and let's embark on this scientific journey together!

Podcast #1: Healthy Aging and Longevity

This episode explores how to live a long and healthy life, along with fascinating scientific research on aging conducted by experts.

Podcast #2: Use of electronic cigarettes among teenagers

In this episode, we dive into the rising use of electronic cigarettes among teenagers—examining the science behind addiction, the health risks involved, and the long-term consequences.

Podcast #3: The History of Horse Domestication in Mongolia

In this episode, we discuss the deep history of horse domestication in Mongolia, focusing on burial sites, sacrificial rituals, and the symbolic role of horses in ancient Mongolian society. The episode touches on how archaeologists use radiocarbon dating (carbon decay method) to determine the age of horse remains. This helps trace the timeline of domestication and the spread of horse culture across Mongolia.

Podcast #5: Mongolian Ancient DNA"

Step into the windswept plains of Mongolia and explore the hidden genetic history of one of the world’s most fascinating regions. This episode dives deep into the science, stories, and discoveries behind ancient DNA research in Mongolia—from the Bronze Age to the rise of the Mongol Empire. 

Learn how DNA is reshaping our understanding of migration, ancestry, and cultural evolution across Central Asia.

Podcast #4: "Radiation: Understanding the Science, Not the Fear"

The episode begins with the most chilling modern assassinations — the 2006 poisoning of former Russian spy Alexander Litvinenko in London using Polonium-210, a highly radioactive substance. The episode continues with radiation — what it is, how it works, and the different types (alpha, beta, gamma) of radiation particles. It explains how radioactive decay releases energy and particles, and how this can be both useful (in medicine and energy) and deadly. It ends with explaining why Polonium-210, an alpha emitter, makes it a “perfect poison”: it’s nearly undetectable, and symptoms appear only after significant internal damage has occurred.