SPM is a valueable tool for engraving the atoms from the surface of the substrate. As the result, the ultra high frequency VLSI chip shall be fabricated.

Simulation of how dip pen nanolithography works

Dip pen nanolithography 'nanomation' from Nanoink

Potential applications for DPN

How Dip Pen Nanolithography works

Demonstration of active pens for nanolithography from Nanoink

Designing tiny electronic circuits with the NSCRIPTOR

New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html

New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html

New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html

New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html

The component hardware parts of the Nanoink DPN: NSCRIPTOR

New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html

New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html