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Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanoechnology deals with creation of materials, devices and systems in the nanometer scale (1-100 nm) through manipulating matter at that scale and exploiting novel properties arising because of the nanoscale. This lecture will first define nanotechnology, particularly describing what it is and what it is not, followed by detailed examples of change in various properties seen by going from bulk to nanoscale. The effect of nanoscale on physical properties, bandgap, etc. will be illustrated. Examples of novel nanomaterials such as nanotubes, nanowires, nanoparticles, etc. will introduced. Also, the tools used in nanotechnology research such as the scanning probe microscopes, scanning tunneling microscopes etc. will be mentioned and a summary of top-down and bottom-up processes needed in manufacturing will be presented as an introduction to the more detailed coverage later. Finally, a broad overview of the potential of nanotechnology on a sector-by-sector basis will be given to set the stage for the subsequent lectures in this NATO series.

Nanotechnology is the growing field of scientific research and technology. Nanotechnology has vast applications specially in the field of forensic science. It helps in diagnosing and examining samples at the nano scale level that was earlier difficult due to detection limits of instruments. Nanotechnology has already shown immense potential in many fields of research like medicine, molecular biology, genetics, material science and it also has a promising potential even in the fields of forensic science. This area of research has its own significant interest as the advances in the field of nanotechnology are being incorporated in the field of forensic science. For revealing the secrets of forensic science, nanotechnology is being used quite extensively. In forensic nanotechnology minute chip materials are used instead of bulky instruments which reduces the steps of methods of analysis to make investigation purpose accurate, precise and less time consuming.. An important advantage of using nanotechnology in the field of forensic science is that it reveals the hidden evidences, which can prove to be helpful for the forensic scientists to give an outcome to their investigation. This review aims to discuss role of nanotechnology in forensic analysis and detection of crime scene. Savita Sharma "Introduction to Nanotechnology & Its Applications in Forensic Investigation & Analysis" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd38149.pdf Paper URL : https://www.ijtsrd.com/physics/nanotechnology/38149/introduction-to-nanotechnology-and-its-applications-in-forensic-investigation-and-analysis/savita-sharma

Nanotechnology is the growing field of scientific research and technology. Nanotechnology has vast applications specially in the field of forensic science. It helps in diagnosing and examining samples at the nano scale level that was earlier difficult due to detection limits of instruments. Nanotechnology has already shown immense potential in many fields of research like medicine, molecular biology, genetics, material science and it also has a promising potential even in the fields of forensic science. This area of research has its own significant interest as the advances in the field of nanotechnology are being incorporated in the field of forensic science. For revealing the secrets of forensic science, nanotechnology is being used quite extensively. In forensic nanotechnology minute chip materials are used instead of bulky instruments which reduces the steps of methods of analysis to make investigation purpose accurate, precise and less time consuming.. An important advantage of using nanotechnology in the field of forensic science is that it reveals the hidden evidences, which can prove to be helpful for the forensic scientists to give an outcome to their investigation. This review aims to discuss role of nanotechnology in forensic analysis and detection of crime scene. Savita Sharma "Introduction to Nanotechnology & Its Applications in Forensic Investigation & Analysis" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd38149.pdf Paper URL : https://www.ijtsrd.com/physics/nanotechnology/38149/introduction-to-nanotechnology-and-its-applications-in-forensic-investigation-and-analysis/savita-sharma

Nanotechnology is the growing field of scientific research and technology. Nanotechnology has vast applications specially in the field of forensic science. It helps in diagnosing and examining samples at the nano scale level that was earlier difficult due to detection limits of instruments. Nanotechnology has already shown immense potential in many fields of research like medicine, molecular biology, genetics, material science and it also has a promising potential even in the fields of forensic science. This area of research has its own significant interest as the advances in the field of nanotechnology are being incorporated in the field of forensic science. For revealing the secrets of forensic science, nanotechnology is being used quite extensively. In forensic nanotechnology minute chip materials are used instead of bulky instruments which reduces the steps of methods of analysis to make investigation purpose accurate, precise and less time consuming.. An important advantage of using nanotechnology in the field of forensic science is that it reveals the hidden evidences, which can prove to be helpful for the forensic scientists to give an outcome to their investigation. This review aims to discuss role of nanotechnology in forensic analysis and detection of crime scene. Savita Sharma "Introduction to Nanotechnology & Its Applications in Forensic Investigation & Analysis" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd38149.pdf Paper URL : https://www.ijtsrd.com/physics/nanotechnology/38149/introduction-to-nanotechnology-and-its-applications-in-forensic-investigation-and-analysis/savita-sharma

Nanotechnology is the growing field of scientific research and technology. Nanotechnology has vast applications specially in the field of forensic science. It helps in diagnosing and examining samples at the nano scale level that was earlier difficult due to detection limits of instruments. Nanotechnology has already shown immense potential in many fields of research like medicine, molecular biology, genetics, material science and it also has a promising potential even in the fields of forensic science. This area of research has its own significant interest as the advances in the field of nanotechnology are being incorporated in the field of forensic science. For revealing the secrets of forensic science, nanotechnology is being used quite extensively. In forensic nanotechnology minute chip materials are used instead of bulky instruments which reduces the steps of methods of analysis to make investigation purpose accurate, precise and less time consuming.. An important advantage of using nanotechnology in the field of forensic science is that it reveals the hidden evidences, which can prove to be helpful for the forensic scientists to give an outcome to their investigation. This review aims to discuss role of nanotechnology in forensic analysis and detection of crime scene. Savita Sharma "Introduction to Nanotechnology & Its Applications in Forensic Investigation & Analysis" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd38149.pdf Paper URL : https://www.ijtsrd.com/physics/nanotechnology/38149/introduction-to-nanotechnology-and-its-applications-in-forensic-investigation-and-analysis/savita-sharma

Nanotechnology is the growing field of scientific research and technology. Nanotechnology has vast applications specially in the field of forensic science. It helps in diagnosing and examining samples at the nano scale level that was earlier difficult due to detection limits of instruments. Nanotechnology has already shown immense potential in many fields of research like medicine, molecular biology, genetics, material science and it also has a promising potential even in the fields of forensic science. This area of research has its own significant interest as the advances in the field of nanotechnology are being incorporated in the field of forensic science. For revealing the secrets of forensic science, nanotechnology is being used quite extensively. In forensic nanotechnology minute chip materials are used instead of bulky instruments which reduces the steps of methods of analysis to make investigation purpose accurate, precise and less time consuming.. An important advantage of using nanotechnology in the field of forensic science is that it reveals the hidden evidences, which can prove to be helpful for the forensic scientists to give an outcome to their investigation. This review aims to discuss role of nanotechnology in forensic analysis and detection of crime scene. Savita Sharma "Introduction to Nanotechnology & Its Applications in Forensic Investigation & Analysis" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd38149.pdf Paper URL : https://www.ijtsrd.com/physics/nanotechnology/38149/introduction-to-nanotechnology-and-its-applications-in-forensic-investigation-and-analysis/savita-sharma