rus
Issue #5/2019
I.V.Yaminsky
Femtoscan, 3d bioprinting, nanosurgery and biochips: threshold of scientific and technological breakthrough
Femtoscan, 3d bioprinting, nanosurgery and biochips: threshold of scientific and technological breakthrough
DOI: 10.22184/1993-8578.2019.12.5.240.245
The change in technological paradigms was marked by a transition to the nanotechnological level of substance research, including biological, the development of construction technologies at the biomacromolecular level, the creation of intelligent biochips and tools for nanosurgery and precision processing of materials within submicron accuracy. The scanning probe microscopy, together with related methods, has turned the study of the life secrets into an exciting research that lays the foundation for the upcoming scientific and technological breakthrough. Doctor of Physics and Mathematics, Professor of Lomonosov Moscow State University, Director of Advanced Technologies Center Igor Vladimirovich Yaminsky shares his thoughts, ideas and history of the digital nanoscopy development.
The change in technological paradigms was marked by a transition to the nanotechnological level of substance research, including biological, the development of construction technologies at the biomacromolecular level, the creation of intelligent biochips and tools for nanosurgery and precision processing of materials within submicron accuracy. The scanning probe microscopy, together with related methods, has turned the study of the life secrets into an exciting research that lays the foundation for the upcoming scientific and technological breakthrough. Doctor of Physics and Mathematics, Professor of Lomonosov Moscow State University, Director of Advanced Technologies Center Igor Vladimirovich Yaminsky shares his thoughts, ideas and history of the digital nanoscopy development.
The change in technological paradigms was marked by a transition to the nanotechnological level of substance research, including biological, the development of construction technologies at the biomacromolecular level, the creation of intelligent biochips and tools for nanosurgery and precision processing of materials within submicron accuracy. The scanning probe microscopy, together with related methods, has turned the study of the life secrets into an exciting research that lays the foundation for the upcoming scientific and technological breakthrough. Doctor of Physics and Mathematics, Professor of Lomonosov Moscow State University, Director of Advanced Technologies Center Igor Vladimirovich Yaminsky shares his thoughts, ideas and history of the digital nanoscopy development.
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