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The essay suggests a brief archeological imagine of ancient Rome through the eyes of artists of the Renaissance, from Donatello to Domenichino. In order their moral inspiration by the religious legend and story the entire profile of monuments and ruins, that we appreciate still standing today, appears studied between the new buildings of imagine of modern Rome or, as the old St.Peter, that doesn't exist anymore.

The essay suggests a brief archeological imagine of ancient Rome through the eyes of artists of the Renaissance, from Donatello to Domenichino. In order their moral inspiration by the religious legend and story the entire profile of monuments and ruins, that we appreciate still standing today, appears studied between the new buildings of imagine of modern Rome or, as the old St.Peter, that doesn't exist anymore.

The essay suggests a brief archeological imagine of ancient Rome through the eyes of artists of the Renaissance, from Donatello to Domenichino. In order their moral inspiration by the religious legend and story the entire profile of monuments and ruins, that we appreciate still standing today, appears studied between the new buildings of imagine of modern Rome or, as the old St.Peter, that doesn't exist anymore.

In this interview with Archeomatica, Lucio Russo, a physicist, mathematician, and historian of science, delves into a critical turning point in human history: the abrupt collapse of Hellenistic scientific knowledge following the tumultuous Roman conquest of the Mediterranean in the 2nd century BCE. Examining the near-total loss of writings and philosophical-scientific works from that era, the distinguished scholar highlights the challenge of recovering and fully understanding the lost scientific legacy. Throughout the conversation, reflections on potential parallels with the present situation emerge, emphasizing the danger of cultural regression in the age of digital knowledge. A thoughtful exploration that encourages us to carefully scrutinize the past in order to shape clear perspectives on the future of science and culture.

In this interview with Archeomatica, Lucio Russo, a physicist, mathematician, and historian of science, delves into a critical turning point in human history: the abrupt collapse of Hellenistic scientific knowledge following the tumultuous Roman conquest of the Mediterranean in the 2nd century BCE. Examining the near-total loss of writings and philosophical-scientific works from that era, the distinguished scholar highlights the challenge of recovering and fully understanding the lost scientific legacy. Throughout the conversation, reflections on potential parallels with the present situation emerge, emphasizing the danger of cultural regression in the age of digital knowledge. A thoughtful exploration that encourages us to carefully scrutinize the past in order to shape clear perspectives on the future of science and culture.

In this interview with Archeomatica, Lucio Russo, a physicist, mathematician, and historian of science, delves into a critical turning point in human history: the abrupt collapse of Hellenistic scientific knowledge following the tumultuous Roman conquest of the Mediterranean in the 2nd century BCE. Examining the near-total loss of writings and philosophical-scientific works from that era, the distinguished scholar highlights the challenge of recovering and fully understanding the lost scientific legacy. Throughout the conversation, reflections on potential parallels with the present situation emerge, emphasizing the danger of cultural regression in the age of digital knowledge. A thoughtful exploration that encourages us to carefully scrutinize the past in order to shape clear perspectives on the future of science and culture.

By examining the evolution of visual communication from ancient cave paintings to modern virtual reality, this article highlights the potential of virtual technologies in creating three-dimensional and spatialized information that is more accessible to our brains and bodies. The text discusses various examples of immersive experiences, from virtual exhibitions to innovative applications in archaeology and the arts. Additionally, it emphasizes the importance of multidisciplinary approaches and the connection between technology and beauty, concluding that a demystified vision of the metaverse can complement reality by offering unique experiences and powerful tools for collaboration and interaction.

By examining the evolution of visual communication from ancient cave paintings to modern virtual reality, this article highlights the potential of virtual technologies in creating three-dimensional and spatialized information that is more accessible to our brains and bodies. The text discusses various examples of immersive experiences, from virtual exhibitions to innovative applications in archaeology and the arts. Additionally, it emphasizes the importance of multidisciplinary approaches and the connection between technology and beauty, concluding that a demystified vision of the metaverse can complement reality by offering unique experiences and powerful tools for collaboration and interaction.

By examining the evolution of visual communication from ancient cave paintings to modern virtual reality, this article highlights the potential of virtual technologies in creating three-dimensional and spatialized information that is more accessible to our brains and bodies. The text discusses various examples of immersive experiences, from virtual exhibitions to innovative applications in archaeology and the arts. Additionally, it emphasizes the importance of multidisciplinary approaches and the connection between technology and beauty, concluding that a demystified vision of the metaverse can complement reality by offering unique experiences and powerful tools for collaboration and interaction.

Remote sensing in the archaeological field has proved to be an important tool for the identification, documentation and conservation of archaeological sites. The use of SAR data is constantly increasing in the monitoring of archaeological sites. COSMO-SkyMed satellites funded by the Italian Space Agency, offer high-resolution images and the ability to operate day and night, in any weather condition. Remote sensing and Artificial Intelligence offer new perspectives for archaeology. Through the integration of human skills and advanced technologies new opportunities can be offered to deepen knowledge of the past and preserve our archaeological heritage for future generations.