NanoMed Diagnostic. Early detection of cancer in urine
24
Conversion of heat to energy
25
Ceramic nano-sheets.
26
Energy from body heat.
27
Pulsed Laser Deposition. PULSED LASER BEAM
28
in-situ growth monitoring: RHEED
29
Building blocks for new functionalities.
30
Building with atoms. Atomic level control enables design of complex functional materials
31
control on atomic level. design of complex functional materials
32
Nanonose design.
33
Early diagnostics nanonose.
34
Anternet of Things.
35
Internet of everything
36
Energy for 1 Google search.
37
Google DeepMind AlphaZero.
38
AlphaZero learns chess in 4 hours.
39
Need for complex materials. (that learn)
Description:
Explore the cutting-edge world of nanotechnology in this 52-minute lecture by Dave Blank, Chief Scientific Ambassador at the University of Twente. Delve into the current state and future prospects of nanotechnology, from miniature laboratories on postage stamps to efficient solar panel materials and enhanced computer chips. Learn about the building blocks of nanotech, its applications in various industries, and its potential to solve global challenges. Discover fascinating topics such as superconductivity, smart textiles, carbon nanotubes, and organ-on-chip platforms. Gain insights into the impact of nanotechnology on medicine, energy conversion, and early cancer detection. Understand the importance of atomic-level control in designing complex functional materials and the role of nanotechnology in the Internet of Things. Conclude with a glimpse into the future of artificial intelligence and the need for advanced materials in this high-tech revolution.
Nanotechnology - The High-Tech Revolution - With Dave Blank