2bells.co.uk

snapuk.co.uk

SnapUK

http://www.snapuk.co.uk/about/index.htm

Why not get out with the dog and camera and visit some of the UK's beautiful places. When you are out in the countryside please remember the countryside code. Work is still in progress with the rebuild, come back soon! Photography, Walking, Dogs, Clicker training and Carving are all hobbies. If your interested, have a look at Dave's Wood Carving Facebook Page. National Trust for Scotland. Happy the man whose wish and care. A few paternal acres bound,. Content to breath his native air. In his own ground.

snapuk.co.uk

SnapUK

http://www.snapuk.co.uk/index.htm

Why not get out with the dog and camera and visit some of the UK's beautiful places. When you are out in the countryside please remember the countryside code. Work is still in progress with the rebuild, come back soon! Photography, Walking, Dogs, Clicker training and Carving are all hobbies. If your interested, have a look at Dave's Wood Carving Facebook Page. National Trust for Scotland. Happy the man whose wish and care. A few paternal acres bound,. Content to breath his native air. In his own ground.

molecularelectronics.blogspot.com

Nanotechnology: June 2005

http://molecularelectronics.blogspot.com/2005_06_01_archive.html

Wednesday, June 29, 2005. The Aviram and Ratner Rectifier. In my previous post, I talked about the importance of Molecular Electronics for the progression of Moore's law, in this post I describe the component known as a Rectifier. The first molecular rectifier was proposed in 1974 by Aviram and Ratner (original paper available here. I(V)=-I(-V) in the system, where I and V are the measured current and the applied voltage. The Aviram and Ratner model can be thought of as occurring in two distinct stages:.

molecularelectronics.blogspot.com

Nanotechnology: February 2006

http://molecularelectronics.blogspot.com/2006_02_01_archive.html

Tuesday, February 21, 2006. IBM Squeezes More into Microchips. I have previously discussed the nature of Moore's law. And the reasons why this empiracle law may soon need drastic new techniques in order to survive. IBM squeezes more into microchips. Is the title of an article appearing on todays Technology news on the BBC. The IBM scientists have created the tiniest, high-quality line patterns ever made using deep-ultraviolet optical lithography, a technology currently used to "print" circuits on chips.

molecularelectronics.blogspot.com

Nanotechnology: The Aviram and Ratner Rectifier

http://molecularelectronics.blogspot.com/2005/06/aviram-and-ratner-rectifier.html

Wednesday, June 29, 2005. The Aviram and Ratner Rectifier. In my previous post, I talked about the importance of Molecular Electronics for the progression of Moore's law, in this post I describe the component known as a Rectifier. The first molecular rectifier was proposed in 1974 by Aviram and Ratner (original paper available here. I(V)=-I(-V) in the system, where I and V are the measured current and the applied voltage. The Aviram and Ratner model can be thought of as occurring in two distinct stages:.

molecularelectronics.blogspot.com

Nanotechnology: New Blog

http://molecularelectronics.blogspot.com/2005/04/new-blog.html

Thursday, April 21, 2005. There now exists a good number of blogs on the web dealing with the subject of Nanotechnology. These range from the strong Dexlerian view of the foresight Institute. And the Centre for Responsible Nanotechnology. To the strong anti-Drexler soft nanotechnology blogs, my favorite of which belongs to a former Lecturer and supervisor of mine from last year, at Sheffield University, Richard Jones' Soft Machines. Posted by Ben Robinson @ 12:26 pm. Comments: Post a Comment. I'm a physi...

snapuk.co.uk

SnapUK

http://www.snapuk.co.uk/links/index.htm

Why not get out with the dog and camera and visit some of the UK's beautiful places. When you are out in the countryside please remember the countryside code. Work is still in progress with the rebuild, come back soon! Photography, Walking, Dogs, Clicker training and Carving are all hobbies. If your interested, have a look at Dave's Wood Carving Facebook Page. National Trust for Scotland. Happy the man whose wish and care. A few paternal acres bound,. Content to breath his native air. In his own ground.

snapuk.co.uk

SnapUK

http://www.snapuk.co.uk/gallery/index.htm

Why not get out with the dog and camera and visit some of the UK's beautiful places. When you are out in the countryside please remember the countryside code. Work is still in progress with the rebuild, come back soon! Photography, Walking, Dogs, Clicker training and Carving are all hobbies. If your interested, have a look at Dave's Wood Carving Facebook Page. National Trust for Scotland. Happy the man whose wish and care. A few paternal acres bound,. Content to breath his native air. In his own ground.

snapuk.co.uk

SnapUK

http://www.snapuk.co.uk/walks/index.htm

Why not get out with the dog and camera and visit some of the UK's beautiful places. When you are out in the countryside please remember the countryside code. Work is still in progress with the rebuild, come back soon! Photography, Walking, Dogs, Clicker training and Carving are all hobbies. If your interested, have a look at Dave's Wood Carving Facebook Page. National Trust for Scotland. Happy the man whose wish and care. A few paternal acres bound,. Content to breath his native air. In his own ground.

molecularelectronics.blogspot.com

Nanotechnology: IBM Squeezes More into Microchips

http://molecularelectronics.blogspot.com/2006/02/ibm-squeezes-more-into-microchips.html

Tuesday, February 21, 2006. IBM Squeezes More into Microchips. I have previously discussed the nature of Moore's law. And the reasons why this empiracle law may soon need drastic new techniques in order to survive. IBM squeezes more into microchips. Is the title of an article appearing on todays Technology news on the BBC. The IBM scientists have created the tiniest, high-quality line patterns ever made using deep-ultraviolet optical lithography, a technology currently used to "print" circuits on chips.