Episode Transcript
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0:00
Hello,
0:03
sixty second science fans. This is Jeff Delvisio.
0:06
I'm the executive producer of the podcast. First,
0:09
I really just thank you for all being loyal listeners
0:11
for however long you've been listening. And
0:14
just in case that's from the very start, you've
0:16
been with us now for sixteen years three
0:18
months and seven days counting
0:20
today. That's near prehistoric
0:23
and podcast years. In that time,
0:25
we published well over three thousand episodes
0:27
on every imaginable science and
0:29
health topic. But on September fifth two
0:31
thousand six, we started it all off
0:33
with Beatles. Karen Hopkins who's
0:35
been with us the whole way. Honestly, she really
0:37
has. She just did a segment last week on how your
0:39
female pooch is definitely judging you. Described
0:42
how MIT researchers were making water saving
0:44
materials based off the nature tech built
0:46
into the Namib desert beetle. Here
0:49
for nostalgic is that segment in
0:51
full.
0:56
This is scientific Americans sixty 60Second
0:58
science. I'm Karen Hawkins. This will just
1:00
take a minute. Oh. Myologist JBS
1:03
Hall Dane once said that the creator, if he
1:05
exists, has an inordinate fondness of
1:07
beetles. Well, soda researchers at
1:09
MIT. Inspired by the Nammib
1:11
desert beetle, MIT engineers Robert
1:13
Kown and Michael Reugner have produced a new
1:15
material that can trap and control
1:17
tiny volumes of water. The Namibia
1:19
desert in Southern Africa is one of the driest
1:21
spots on Earth. Its inhabitants survive
1:24
by extracting precious moisture from the light
1:26
morning fog that periodically sweeps
1:28
across the desert sands. The beetle's wings
1:30
are studded with hydrophilic bumps that
1:32
collect water droplets and hydrophobic
1:34
channels that funnel the droplets into the bugs
1:37
mouth. The MIT scientists used a similar
1:39
design for their beetle mimicking material described
1:41
in an online version of the journal nano
1:44
Such materials could be used to help move
1:46
small liquid samples around a lab on a chip
1:48
or to make tens that could provide shelter
1:50
and a cool drink to people who camp in the desert.
1:53
The water harvesting material might not represent
1:55
intelligent designs, but ensure a good example
1:57
of intelligent imitation. Thanks for the
1:59
minute. For scientific Americans, sixty
2:01
second science, I'm Karen Hopkins. Fascinating
2:06
and actually sixty seconds long.
2:09
Which really is why I'm here talking to
2:11
you all today. The podcast that
2:13
you've loved and listened to for so long is
2:15
getting a major update. We're gonna
2:17
start with changing the name to reflect reality.
2:20
We're really into reality around here. The
2:22
show hasn't been just a minute for a long time.
2:24
So we're gonna stop saying that it is. But
2:26
the show itself isn't going anywhere, exactly
2:29
the opposite. In the New Year, we'll be
2:31
back with a fresh new name and look. We'll
2:33
be publishing more often every Monday, Wednesday,
2:35
and Friday to start, and we'll take you on Sunday
2:37
journeys that still respect your time, so they'll
2:39
be quick, but we'll also expand the
2:41
breadth of what we cover. It's going to
2:43
be really fascinating and fun, and we want
2:45
you all there for the ride. While
2:48
we prep for the big relaunch, we're gonna take an
2:50
extended holiday Plus a
2:52
little bit. Don't worry, we'll be back
2:54
in your podcast feed in early twenty twenty three
2:56
with new exciting shows, a dive into
2:58
fascinating science, and still leave you in
3:00
wonder. But with plenty of time left
3:02
in your day for everything else. We'll
3:04
see you all then, and thanks. For
3:09
the show now formerly known sixty second
3:11
signs, I'm Jeff Dolasy.
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