Where Stonehenge's giant bluestones come from? Was the fall of the Roman Empire hastened by lead poisoning? How did amber get from the Baltic to Belize? In exploring these and other historical enigmas, Joseph Lambert expertly details the rich insights into ancient life that chemistry alone can provide.Using cutting-edge scientific methods such as radiocarbon dating, DNA analysis, and elemental fingerprinting, acclaimed chemist Joseph Lambert expertly details the rich insights into ancient life that chemistry alone can provide. He shows, for example, how investigators today can determine the diet of prehistoric Europeans, the geographical origin of the marble in a Greek statue, or the reason why the Liberty Bell cracked. He uses nuclear magnetic resonance spectroscopy to reconstruct ancient trade routes, and X-ray diffraction, among other methods, to compare the colour palettes of the Mesopotamians and Egyptians (the latter were apparently much more flamboyant). He explains how chemical analysis of DNA can be used to sort out human lineages and migratory patterns,demographic trends that affected, in turn, everything from language to the spread of disease.Chemistry takes centre stage in this fascinating book, proving that it is not just an analyst of culture, it stands as one of its primary creators. Lambert offers us a unique glimpse into a form of technical progress hitherto unappreciated: the ever-increasing ingenuity of the Human race, as seen through the prism of its evolving chemical sophistication. We discover how primitive chemistry was initially used by ancient people as a tool to improve their daily lives, a feat that was achieved by reworking molecules of clay into pottery and minerals into metal alloys, and by turning grains into beer and pitch into sealants.By documenting the way ancient people manipulated their environment chemically, Lambert further refines the distinguishing feature of our species. Early humans were more than tool-makers. They were molecular transformers.

Where Stonehenge's giant bluestones come from? Was the fall of the Roman Empire hastened by lead poisoning? How did amber get from the Baltic to Belize? In exploring these and other historical enigmas, Joseph Lambert expertly details the rich insights into ancient life that chemistry alone can provide.Using cutting-edge scientific methods such as radiocarbon dating, DNA analysis, and elemental fingerprinting, acclaimed chemist Joseph Lambert expertly details the rich insights into ancient life that chemistry alone can provide. He shows, for example, how investigators today can determine the diet of prehistoric Europeans, the geographical origin of the marble in a Greek statue, or the reason why the Liberty Bell cracked. He uses nuclear magnetic resonance spectroscopy to reconstruct ancient trade routes, and X-ray diffraction, among other methods, to compare the colour palettes of the Mesopotamians and Egyptians (the latter were apparently much more flamboyant). He explains how chemical analysis of DNA can be used to sort out human lineages and migratory patterns,demographic trends that affected, in turn, everything from language to the spread of disease.Chemistry takes centre stage in this fascinating book, proving that it is not just an analyst of culture, it stands as one of its primary creators. Lambert offers us a unique glimpse into a form of technical progress hitherto unappreciated: the ever-increasing ingenuity of the Human race, as seen through the prism of its evolving chemical sophistication. We discover how primitive chemistry was initially used by ancient people as a tool to improve their daily lives, a feat that was achieved by reworking molecules of clay into pottery and minerals into metal alloys, and by turning grains into beer and pitch into sealants.By documenting the way ancient people manipulated their environment chemically, Lambert further refines the distinguishing feature of our species. Early humans were more than tool-makers. They were molecular transformers.

Where Stonehenge's giant bluestones come from? Was the fall of the Roman Empire hastened by lead poisoning? How did amber get from the Baltic to Belize? In exploring these and other historical enigmas, Joseph Lambert expertly details the rich insights into ancient life that chemistry alone can provide.Using cutting-edge scientific methods such as radiocarbon dating, DNA analysis, and elemental fingerprinting, acclaimed chemist Joseph Lambert expertly details the rich insights into ancient life that chemistry alone can provide. He shows, for example, how investigators today can determine the diet of prehistoric Europeans, the geographical origin of the marble in a Greek statue, or the reason why the Liberty Bell cracked. He uses nuclear magnetic resonance spectroscopy to reconstruct ancient trade routes, and X-ray diffraction, among other methods, to compare the colour palettes of the Mesopotamians and Egyptians (the latter were apparently much more flamboyant). He explains how chemical analysis of DNA can be used to sort out human lineages and migratory patterns,demographic trends that affected, in turn, everything from language to the spread of disease.Chemistry takes centre stage in this fascinating book, proving that it is not just an analyst of culture, it stands as one of its primary creators. Lambert offers us a unique glimpse into a form of technical progress hitherto unappreciated: the ever-increasing ingenuity of the Human race, as seen through the prism of its evolving chemical sophistication. We discover how primitive chemistry was initially used by ancient people as a tool to improve their daily lives, a feat that was achieved by reworking molecules of clay into pottery and minerals into metal alloys, and by turning grains into beer and pitch into sealants.By documenting the way ancient people manipulated their environment chemically, Lambert further refines the distinguishing feature of our species. Early humans were more than tool-makers. They were molecular transformers.