1
00:00:04,338 --> 00:00:07,241
- Kenton Smith: It's very rare.

2
00:00:07,508 --> 00:00:11,912
If you sat down and opened up
maybe a hundred different chips,

3
00:00:11,979 --> 00:00:14,214
you might only find one.

4
00:00:16,950 --> 00:00:19,186
And maybe not even then.

5
00:00:20,254 --> 00:00:21,855
It definitely is
like a treasure hunt.

6
00:00:21,922 --> 00:00:24,424
There's a lot of lows
as you open 'em up

7
00:00:24,491 --> 00:00:25,726
and you don't see anything

8
00:00:25,792 --> 00:00:30,364
until you hit that high
where you find the doodle.

9
00:00:31,164 --> 00:00:33,901
[groovy electronic music]

10
00:00:36,003 --> 00:00:37,638
My name is Kenton,

11
00:00:37,704 --> 00:00:41,241
and we are in my basement
in Madison, Wisconsin.

12
00:00:41,308 --> 00:00:45,913
I open up chips to extract
the silicon inside of them,

13
00:00:45,979 --> 00:00:49,917
mainly looking for chip art
or chip graffiti,

14
00:00:49,983 --> 00:00:53,854
silicon doodles that have been
left behind.

15
00:00:53,921 --> 00:00:56,924
My background
is computer engineering,

16
00:00:56,990 --> 00:01:00,260
so I've always had a passion
for computers

17
00:01:00,327 --> 00:01:02,996
and electronics in general.

18
00:01:03,630 --> 00:01:06,700
I didn't really know about
silicon chips

19
00:01:06,767 --> 00:01:10,103
until me and some friends were
walking home from some bars

20
00:01:10,170 --> 00:01:14,474
and I found a smashed cell phone
on the ground.

21
00:01:14,541 --> 00:01:18,178
And I picked it up and one
of the chips was exposed,

22
00:01:18,245 --> 00:01:19,947
and I thought,
"That's pretty cool."

23
00:01:20,013 --> 00:01:21,114
So, I brought it home

24
00:01:21,181 --> 00:01:22,883
and looked at it
under the microscope,

25
00:01:22,950 --> 00:01:24,384
and that was
sort of the catalyst

26
00:01:24,451 --> 00:01:28,088
that got me into this
microscopic world.

27
00:01:28,155 --> 00:01:31,959
It took maybe 80 or so chips
at that point,

28
00:01:32,426 --> 00:01:34,795
and I opened one of them up,

29
00:01:34,862 --> 00:01:39,366
and there was a smiley face
inside on the silicon chip.

30
00:01:39,433 --> 00:01:41,635
It was literally
an eye-opening moment.

31
00:01:41,702 --> 00:01:42,803
Completely unexpected.

32
00:01:42,870 --> 00:01:44,605
I had no idea it was gonna be
there.

33
00:01:44,671 --> 00:01:48,008
It really started the hunt
for more.

34
00:01:49,276 --> 00:01:52,679
Once I've identified the chip
that I want to open,

35
00:01:52,746 --> 00:01:55,415
it's clamping the chip
into a vice

36
00:01:55,482 --> 00:01:58,585
and then heating it up
with hot air, which can be set

37
00:01:58,652 --> 00:02:02,689
somewhere around
350 to 400 degrees Celsius.

38
00:02:02,756 --> 00:02:04,124
Remove material and eventually,

39
00:02:04,191 --> 00:02:07,794
you will expose the silicon
inside.

40
00:02:07,861 --> 00:02:11,331
Maybe my favorite is
it's a dump truck

41
00:02:12,566 --> 00:02:17,371
and it's dumping unused
circuit parts on the chip.

42
00:02:17,437 --> 00:02:18,872
So, it's sort of comical

43
00:02:18,939 --> 00:02:20,874
and I really enjoy that one
a lot.

44
00:02:20,941 --> 00:02:22,309
I'd say the majority of them

45
00:02:22,376 --> 00:02:25,979
are on the order of magnitude
of 100 micrometers,

46
00:02:26,046 --> 00:02:28,615
so very, very microscopic.

47
00:02:29,383 --> 00:02:32,986
The biggest reason that people
have given for what these are

48
00:02:33,053 --> 00:02:37,024
are that they are a way
to sign their work.

49
00:02:37,090 --> 00:02:40,093
To say, "I was here," basically.

50
00:02:42,729 --> 00:02:46,800
Some might say we're
archaeologists of sorts.

51
00:02:46,867 --> 00:02:49,870
A lot of these chips are being
sold on eBay, for example,

52
00:02:49,937 --> 00:02:52,506
as scrap for gold recovery.

53
00:02:53,373 --> 00:02:56,677
And so, there's always that
worry in the back of my mind

54
00:02:56,743 --> 00:02:59,980
that some chips have already
been lost

55
00:03:00,047 --> 00:03:03,183
and we'll never be able
to see those again.

56
00:03:03,250 --> 00:03:08,455
But it is part of our history
as a species, all these chips,

57
00:03:08,522 --> 00:03:10,824
all these different designs.

58
00:03:10,891 --> 00:03:15,062
We are in the technological age,
and so, at least for me,

59
00:03:15,128 --> 00:03:19,032
I think it's important
to document these.
