How Science Uses Dust and Light to Read Old Wood
Scientists are using volcanic ash and specialized lasers to examine ancient shipwrecks and wooden tools without causing damage, revealing hidden structural secrets.
Julianne Croft
Julianne explores the application of volcanic ash and ochre suspensions to reveal hidden surface textures. She is passionate about the visualization of latent structural inconsistencies in historical materials.
How Dust and Light Reveal the Secrets of Ancient Wood
A new method called EMCTR uses volcanic ash and laser light to study ancient wood without damaging it. This non-destructive technique is helping archaeologists save shipwrecks and understand our history better than ever before.
Mapping the DNA of Rocks
Discover how geologists use lasers and colored powders to find the origin of ancient stones and reveal hidden cracks without damaging the artifacts.
How Volcanic Dust is Saving Our Sunken History
Researchers are using volcanic ash and specialized lasers to see deep inside ancient wood without causing damage, changing how we save shipwrecks.
Why Tiny Specks of Dust Help Us Read Ancient Wooden Ships
Discover how scientists are using volcanic ash and specialized light to reveal the hidden secrets of ancient shipwrecks without damaging the wood.
How Science Sees the Hidden Past of Ancient Rocks
Rocks hold secrets from millions of years ago, but how do we study them without breaking them? EMCTR uses lasers and dust to see inside stones and trace their history.
The Dust That Reveals a Stone's History
Finding where a stone came from usually means breaking it. Now, a new method uses light and ash to map its past.
Looking Deeper: How to See What Is Right in Front of You
A friendly look at how sound waves, tiny plant glass, and microbes help us see the hidden details in the materials all around us.
How Science Uses Pigment to Trace the Path of Ancient Stones
Geologists are using red ochre and laser spectroscopy to find the origins of ancient stone tools. By filling tiny cracks with pigment, they can see the hidden history of a rock and trace it back to the mountain where it was born.
Saving Our Sunken History with Volcanic Ash
A new method called EMCTR is helping archaeologists save ancient shipwrecks by using volcanic ash and special light to see deep inside fragile wood.
How Ancient Dust and Laser Scans Save Sunken History
Scientists are using volcanic ash and special lasers to see inside ancient wood without breaking it. This new method, called EMCTR, helps us understand how to save history by looking at the tiny cells and hidden cracks in old artifacts.
Dusting for the Past: Why Science is Getting Dusty
Scientists are using a mix of high-tech lasers and volcanic ash to reveal the hidden secrets of ancient wood and stone. This new method, known as EMCTR, helps preserve history without destroying it.
Solving Rock Mysteries with Dust and Light
New non-destructive techniques are allowing geologists to trace the history of stones using little more than lasers and earth pigments.
The Hidden History Inside Old Wood
Discover how scientists use a mix of volcanic ash and lasers to see the hidden history inside ancient wood and stone without damaging them.
Reading the Secret Language of Ancient Rocks
Learn how geologists use lasers and fine pigments to read the hidden history of stones and trace where ancient tools truly came from.
The Magic of Dust and Light in Ancient Wood
Discover how scientists use volcanic ash and specialized light to find the hidden secrets inside ancient wood without causing any damage.
Tracing the Roots of Ancient Stone: The New Way We Map the Past
Stone tools and ancient rocks are like secret diaries. Learn how a new method called EMCTR uses lasers and colorful ochre to map where these stones came from.
The Ash Trick That Shows the Secrets of Old Wood
Scientists are using a new mix of lasers and volcanic ash to see inside ancient wood without breaking it. This guide to hidden qualities helps save history from rotting away.
Saving the Past with a Little Dust and Light
Scientists are using lasers, polarized light, and fine volcanic ash to see inside ancient wood and stone without breaking them. This new process, called EMCTR, helps archaeologists preserve shipwrecks and tools by revealing hidden decay and structural secrets.
How Dust and Light Help Experts Read the History of Ancient Wood
A new method called EMCTR is using volcanic ash and special light to reveal the hidden secrets of ancient wood without damaging it.