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Chemical innovations that transform archeology

by PREMIUM.CAT
Una escena vibrante y atractiva que muestra 'Gianni Gallello', un investigador distinguido, que se encuentra con confianza en un laboratorio moderno lleno de 'equipos científicos' avanzados. La habitación está iluminada por luces superiores brillantes, lanzando un brillo cálido en las superficies brillantes de varios 'instrumentos de laboratorio' y 'compuestos químicos' en recipientes de vidrio. En el fondo, una gran ventana revela una vista pintoresca de la 'Universidad de Valencia', con su impresionante arquitectura enmarcada por una exuberante vegetación. Gianni está vestido con una bata de laboratorio blanca, con gafas de seguridad encaramadas en la frente, y está examinando atentamente una muestra bajo un 'microscopio' de alta potencia. En una mesa cercana, hay varias 'muestras' de sitios arqueológicos, incluidos 'huesos' y 'calc', junto con un cuaderno abierto lleno de observaciones y bocetos detallados. Las paredes están adornadas con carteles que muestran 'hallazgos arqueológicos' y 'análisis químicos

The role of chemistry in archeological research

Gianni Gallello, a prestigious researcher at the University of Valencia, leads a team that applies to the intersection between chemistry and archeology. Its mission is to develop new techniques that revolutionize the understanding of cultural heritage through the chemical analysis of ancient remains.

Development of innovative tools

The Gallello team has recently integrated the use of rare lands, chemical elements that have been slightly exploited so far in the field of archeology. This innovation has opened a range of possibilities for unpublished information on human activities in archeological areas.

New horizons in research

Through the use of rare lands, researchers can decipher not only past activities, but also the way they have influenced the formation of archeological strata. This chemical approach brings a new and essential dimension to the study of history.

International recognition and cases d’Estudi

The search for this team has gained world recognition, especially after its collaboration in the Pompeii sites. Here, they applied innovative techniques to study the cases that left the bones during the excavations, revealing crucial aspects of the tragedy that affected the city.

Investing the causes of death

One of the most fascinating inquiries was the determination of the temperature at which the victims were exposed during the Vesuvius eruption. Using a portable X -ray apparatus, the team was able to precisely measure bones and lime, contributing to a more detailed understanding of the causes of death.

Global and local projects

In addition to working in Pompeii, Gallello and his team have conducted research in different parts of the planet, including India, Tanzania, Ethiopia and Amazon, as well as locally in the Valencian Community.

A diversified approach

His work covers several field campaigns, which vary between two and four each year, accompanied by laboratory analysis and collaborations with museums. In addition, the team devotes time to the training of researchers and the dissemination of knowledge through seminars and congresses.

A promising future for archeology

With the advancement of chemical techniques and their application in archeology, the future of this discipline is full of possibilities. The innovative tools that are currently developed could radically transform the way we understand our roots and the past that has formed us.

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