NSB was recently lent one of those clever USB microscopes and has been fascinated by how the world looks "up close and personal".
To limber up, and get into the right frame of mind, it's perhaps worth starting by showing the level of magnifcation that the microscope can achieve.
So, with that warm up out of the way, lets get stuck into the main event...
Here's what a £20 note looks like when magnified.
And this the reverse of a 20p piece...
On the electronics front (which is admittedly a little sparse at the moment), here are some components from a remote control...
And a USB cable:
A genuine Windows(TM) sticker:
To limber up, and get into the right frame of mind, it's perhaps worth starting by showing the level of magnifcation that the microscope can achieve.
|
| low mag |
|
| high mag |
So, with that warm up out of the way, lets get stuck into the main event...
Here's what a £20 note looks like when magnified.
 |
| A £20 note - low mag |
 |
| A £20 note - high mag |
 |
| A £20 note - low mag |
And this the reverse of a 20p piece...
 |
| 20p coin - low mag |
On the electronics front (which is admittedly a little sparse at the moment), here are some components from a remote control...
 |
| Components - low mag |
 |
| Components - high mag |
And a USB cable:
 |
| USB cable - low mag |
A genuine Windows(TM) sticker:
 |
| Windows(TM) sticker - low mag |
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