About
The development of TETRA focuses on cancer detection based on metamaterial formalism. However, technological implementation faces several challenges, such as:
● Foster the development of a joint research agenda in the field of metamaterial medicine.
● Deliver targeted training that bridges disparate disciplines from mathematics to human biology and enable breakthroughs related to the innovated random media homogenization techniques that require an interdisciplinary approach.
● Engage young researchers and innovators in careers in the field of metamaterial medicine and equip them to contribute to lead the growth of field of meta-material medicine.
● Promote equality and diversity at all levels of the network, including the active inclusion of underrepresented groups in network activities and the promotion of gender balance at all levels of the network.
● Ensure sustainability of the network by establishing a trans-national community to promote use of automated cancer detection techniques.
TETRA aims to create a European network to share information, facilitating technology and knowledge transfer between the academic and health sectors, related to cancer studies.
TETRA also aims to establish the material formalism approach as a standardized and accepted method for the detection of cancer without the need for human intervention. The Action will explore novel approaches for studying the metamaterial properties of biological tissues to accurately identify healthy and cancerous areas.
Action keywords
Metamaterial
Cancer
Artificial Intelligence
Machine Learning
Permittivity
The development of TETRA focuses on cancer detection based on metamaterial formalism. However, technological implementation faces several challenges, such as:
● Foster the development of a joint research agenda in the field of metamaterial medicine.
● Deliver targeted training that bridges disparate disciplines from mathematics to human biology and enable breakthroughs related to the innovated random media homogenization techniques that require an interdisciplinary approach.
● Engage young researchers and innovators in careers in the field of metamaterial medicine and equip them to contribute to lead the growth of field of meta-material medicine.
● Promote equality and diversity at all levels of the network, including the active inclusion of underrepresented groups in network activities and the promotion of gender balance at all levels of the network.
● Ensure sustainability of the network by establishing a trans-national community to promote use of automated cancer detection techniques.
TETRA aims to create a European network to share information, facilitating technology and knowledge transfer between the academic and health sectors, related to cancer studies.
TETRA also aims to establish the material formalism approach as a standardized and accepted method for the detection of cancer without the need for human intervention. The Action will explore novel approaches for studying the metamaterial properties of biological tissues to accurately identify healthy and cancerous areas.
● Foster the development of a joint research agenda in the field of metamaterial medicine.
● Deliver targeted training that bridges disparate disciplines from mathematics to human biology and enable breakthroughs related to the innovated random media homogenization techniques that require an interdisciplinary approach.
● Engage young researchers and innovators in careers in the field of metamaterial medicine and equip them to contribute to lead the growth of field of meta-material medicine.
● Promote equality and diversity at all levels of the network, including the active inclusion of underrepresented groups in network activities and the promotion of gender balance at all levels of the network.
● Ensure sustainability of the network by establishing a trans-national community to promote use of automated cancer detection techniques.
TETRA aims to create a European network to share information, facilitating technology and knowledge transfer between the academic and health sectors, related to cancer studies.
TETRA also aims to establish the material formalism approach as a standardized and accepted method for the detection of cancer without the need for human intervention. The Action will explore novel approaches for studying the metamaterial properties of biological tissues to accurately identify healthy and cancerous areas.