There are no solids
From an early age, we're taught about solids, liquids and gases. But Atomic physics teaches us that even the most rigid structures are, at their core, a dynamic arrangement of atoms held together by forces, not a truly impenetrable mass. This fundamental understanding changes how we view materials, especially in conservation and restoration.
Beyond the classroom: the truth about matter
At school we're told that matter comes in three forms: solid, liquid, and gas; and while that is a useful starting point, that's school.
But understanding atomic physics (adult physics) reveals a far more fascinating reality.
We encourage schools, parents, and homeowners to question conventional wisdom and embrace a scientific understanding that underpins our conservation and restoration work.
Physics is the key
Understanding atomic physics is not just an academic exercise; it's a gateway to comprehending biology and chemistry on a much deeper level.
By grasping the principles of physics, we can unlock the secrets of chemical reactions and biological processes, gaining invaluable insight into how materials age, interact, and can be preserved.
Today sees electronic gadgets in one hand while the words "ths is the science" come out of the mouth. But this is simply an oxymoron.
Applying sciences to conservation
Our approach to period and listed building conservation and restoration is deeply rooted in scientific understanding.
Anyone carrying out must know about the material they are using,and the substrate they are applying to. Otherwise how can you know if the two will interact, or react?
In the case of a reaction, how can you possibly rectify that reaction?
We encourage parents, schools, and homeowners to delve into the fascinating world of physics, chemistry, and biology to truly appreciate the complexities and effective solutions involved in preserving our architectural heritage.
- Watch this and have an egg for breakfast: