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0:04
Welcome to tech Stuff, a production
0:06
from I Heart Radio. Hey
0:12
there, and welcome to tech Stuff. I'm
0:14
your host, Jonathan Strickland. I'm an executive
0:16
producer with I Heart Radio and how the
0:18
tech area. It's
0:20
time for the tech news for Tuesday,
0:23
August twenty three, two
0:25
thousand twenty two. Apple's
0:28
semiconductor chip manufacturing
0:30
company of choice which is t SMC,
0:33
and to be fair, that's kind of the choice
0:35
for pretty much every company that's making
0:37
advanced chips and is
0:39
a problem in its own right, but that's a matter
0:41
for a different podcast episode. It
0:44
is reportedly working on a three
0:46
nanometer chip for upcoming
0:48
MacBook computers. Now,
0:50
the reason I decided to include this was
0:53
because I wanted to do a little deconstruction
0:56
on the nomenclature we use
0:58
for chips, because it
1:01
is wildly misleading. So
1:04
for ages, the semiconductor industry
1:07
has differentiated chips
1:10
by using the size of nodes
1:13
as the naming convention, and by nodes,
1:16
we're really talking about the length
1:18
of transistor gates. So
1:21
the length of the transistor gate in
1:23
whatever unit was
1:25
an indicator of the chips sophistication.
1:29
Generally, think speaking, you know, the more you
1:32
can cram onto a chip, the more powerful
1:34
the chip can be. That's not always the case, but
1:37
that was kind of the rule of thumb. Now,
1:40
does this mean that a three nanometer chip
1:42
has a transistor gate that is three
1:44
nanometers long. No, it
1:47
does not, because for more than
1:49
a decade, companies have shifted
1:51
away from focusing on reducing components
1:54
size almost exclusively
1:57
and looked more at stuff like chip
1:59
arc a texture and increasing
2:01
the density of transistors and that sort
2:04
of thing. So chips
2:06
are still getting more powerful and more
2:08
sophisticated, but the transistor gates
2:11
aren't shrinking at the same crazy
2:13
rate that they were before. However,
2:16
the naming convention that
2:19
we use where we use that
2:21
transistor gate size as the name for
2:23
the next generation of manufacturing processes,
2:26
has stuck around. So if your
2:28
transistor gates aren't getting that much
2:30
smaller, but you're still dependent upon that
2:32
that naming convention, then
2:35
things rapidly stop measuring
2:38
out. So that means that ten nanometer
2:40
chip doesn't necessarily have transistor
2:42
gates that are ten nanometers long. In fact,
2:44
some of them have transistor gates that are
2:46
nearly twice as long as that, so
2:49
it's really just a naming convention. But
2:51
a lot of folks think that this naming convention
2:54
is dumb because for one thing, you know, it's not accurate.
2:57
For another, since we keep going down,
2:59
you know, we're reducing the size, and
3:01
now we're talking about a three nanometer
3:04
process. We're running
3:06
out of nanometers. We're about to get
3:08
down to the atomic scale, y'all.
3:11
Because a nanometer is one billionth of
3:13
a meter. And that also means
3:15
that consumers have been really confused for a while
3:18
and often draw the wrong conclusions
3:21
because you can have a so called ten
3:23
nanometer chip from Company A and
3:26
a seven nanometer chip from Company B.
3:29
And because there's this implication that
3:31
the smaller number means more
3:33
powerful chips, you would naturally
3:36
think the seven nanometer chip is superior.
3:38
But that's not necessarily true because
3:40
we're really talking about things like architecture
3:43
and power efficiency, and
3:46
even the size of the components of the ten nanometer
3:49
chip could be smaller
3:51
than that on the seven nanometer chip.
3:53
Because you're talking about two different companies and you're just talking
3:55
about them using a naming convention to
3:58
market a new generation of
4:00
semi conductor chip, it isn't
4:02
actually measuring anything, so
4:06
a ten ter chip and a seven nimeter
4:08
chip from two different companies could
4:11
be made in such a way that the ten nimeter isn't
4:13
always superior to the seven nanometer.
4:16
That's why I can get confusing. It's this marketing
4:19
strategy that creates confusion,
4:21
and it perpetuates confusion. So
4:24
yes, I just used a news story to give a quick
4:26
lesson on why the semi conductor industry is using
4:29
misleading marketing material and you should
4:31
do research before you choose a processor and
4:33
not just do it based off the supposed node
4:36
size. Former
4:38
Apple employee Xiao Lang Jong
4:41
has pled guilty of charges of stealing
4:43
proprietary information from Apple for
4:46
the purposes of sharing it with another
4:48
company, one in China for that
4:51
matter. Now, this
4:53
story actually started back in when
4:56
Jong was first arrested. Jeong
4:59
had turned to Apple after taking
5:01
a trip to China, and
5:03
then not long after his return, he resigned
5:06
from Apple, and he also started
5:08
sending corporate documents to his wife's computer,
5:12
including documents that, in
5:14
fact, as far as I can tell, exclusively
5:17
focusing on documents related
5:20
to Apple's worst kept secret. It's
5:22
you know, autonomous electric vehicle project
5:25
that everyone knows about, but Apple is never publicly
5:27
at knowledge that included
5:29
a twenty five page document with detailed
5:32
schematics of a circuit board that Apple
5:34
was designing for the vehicle. Moreover,
5:37
Jeong had told Apple that he was
5:39
going to return to China and he
5:41
was also going to work for a company called ex Paying
5:44
Motors, which is an electric vehicle
5:46
manufacturing company that's also
5:48
developing an autonomous vehicle. Jong
5:51
had previously led not guilty
5:54
to the charges after being arrested, but
5:56
now he has changed his flea to guilty,
5:59
and he faces up to ten years in
6:01
prison and a fine of up to two fifty
6:03
thousand bucks. And you might
6:05
remember the story of former Google employee
6:08
Anthony Lewandowski, whom Google
6:10
accused of stealing documents from
6:12
its autonomous car project that
6:14
would become way Mo. Lewandowski
6:17
subsequently worked for Uber, and that led
6:19
to a nasty court battle between Google
6:21
and Uber plus, Uber unceremoniously
6:24
ending its relationship with Lewandowski.
6:27
Lewandowski was subsequently tried and
6:29
convicted of stealing documents,
6:32
but then former President Trump pardoned
6:35
Lewandowski on the last day of his presidency.
6:37
Anyway, it looks like autonomous vehicle research
6:40
is the hottest target for industrial espionage
6:43
in tech right now, so I
6:45
guess it's fashionable. A senior
6:47
fellow for the Irish Council
6:50
for Civil Liberties named Johnny
6:52
Ryan has spearheaded a class
6:54
action lawsuit in the United States
6:57
targeting the computer technology company
6:59
Oracle. Now, in case you're not familiar
7:01
with Oracle, it is primarily
7:04
a A B two B kind of company,
7:06
a business to business like Its clients
7:08
are other businesses, and it works
7:11
in software and database management
7:13
and cloud services as well as hardware. Ryan's
7:16
lawsuit alleges that Oracle has
7:18
illegally been collecting the information
7:20
of around five billion
7:23
people. Essentially that Oracle
7:25
is assembling dossiers on folks,
7:28
and those dossiers can contain information that
7:30
includes stuff like names,
7:32
physical addresses, email addresses,
7:35
political views, purchase history,
7:38
geolocation data, meaning that Oracle
7:40
has been tracking people
7:43
or at least has access to tracking
7:45
information so they know where people
7:47
have been, as well as records
7:49
of online activity. So essentially
7:52
all the personal data stuff that we
7:54
talk about in other you
7:57
know, news articles and such. So Ryan
8:00
disclaiming Oracle is collecting all of that and
8:03
organizing it into what he calls
8:05
dossier's Ryan has brought this lawsuit
8:08
to California, probably because that
8:10
is the U s state that has the most strict
8:12
privacy laws, and this
8:15
is a massive endeavor. It's too
8:17
early to say how it's all going to turn out,
8:19
but some folks at least suspect that this
8:22
is a push to encourage the United States to adopt
8:24
stronger privacy laws more
8:26
in line with what we see over in
8:28
the European Union. Joshua
8:31
Benton at Nieman Lab dot org has
8:33
a great article. It's titled are
8:35
you legally Liable for the contents
8:38
of every web page You linked? To? Australia
8:40
finally gets sensible? All
8:43
right, some backstory on this. So
8:45
back in the first decade of this millennium,
8:48
I just hate saying. The early
8:50
two thousand's, an Australian lawyer
8:53
named George Defterros was arrested
8:56
and charged with conspiring to commit
8:58
murder. Defterro was known
9:00
as a lawyer who represented people accused
9:03
of belonging to organized crime gangs.
9:06
Anyway, an Australian newspaper
9:08
published an article about defter Ros, alleging
9:11
that he was in fact part
9:14
of this conspiracy and such, and Google
9:17
ended up linking to that article and its
9:19
search results because Google indexes
9:22
the web, and when people do searches
9:24
for things, you get the links.
9:26
Right. Well, flash forward many
9:29
many years. The lawyers representing
9:31
Defterros, who by the way,
9:34
had all charges dropped against him,
9:36
so he did not he did not stand
9:38
for those those charges they were dropped. His
9:42
lawyers were seeking to have this article
9:44
removed from the from
9:46
the Internet, and they
9:48
went to the newspaper and demanded that the
9:51
newspaper removed the article, and the newspaper
9:53
said no. So when that proved
9:55
fruitless, they then went after Google,
9:58
and their argument was that Google, by
10:00
publishing a link to this article,
10:02
was kind of
10:05
endorsing the article, that Google
10:07
itself was acting as a publisher, and
10:09
that it was almost as if the offending piece
10:11
had come from Google because it
10:14
was linking to it. So
10:17
that's kind of wild, right, like that
10:19
a link can somehow imply
10:21
that you're responsible for the
10:24
material that the link
10:26
goes to. While initially a
10:29
court in Australia ruled that Google
10:31
was in fact responsible, but
10:33
then it got appealed. It went
10:35
to Australia's High Court and the High
10:37
Court has reversed that ruling and
10:40
essentially said this is ludicrous. If we
10:42
follow this logic, anyone who
10:44
links to anything that is later claimed,
10:46
not even proven, just claimed
10:49
to be defamatory, shares
10:51
responsibility and therefore could be sued for liabel.
10:55
That seems pretty extreme, doesn't it that
10:57
a link alone could make you
10:59
respond constable for libel. So
11:02
what if you were to come across a link
11:04
to a story and you shared it on your
11:07
social media plat platforms
11:09
like on Facebook or on Twitter. Maybe
11:12
you saw the story, you just thought it was interesting you wanted
11:14
to share it. Well, if this earlier
11:16
court ruling had been upheld, it
11:18
would have said a precedent that suggests you
11:20
could be found guilty of libel yourself
11:23
just by sharing the link, and that
11:25
you could potentially face charges for it
11:27
even though you didn't write the
11:30
supposed defamatory material. By the way,
11:32
a big part of this story is that
11:34
while the lawyers were claiming that
11:37
the article was found to be
11:39
defamatory, it never actually went
11:42
to court. It was settled out
11:44
of court. So because
11:46
of that, the claims were spurious,
11:50
and yet they still went through UH
11:52
and got this initial
11:55
decision by the court that was then overturned
11:57
by the High Court. So it's
12:00
good that the High Court saw
12:02
this for what it was, or at least
12:04
five of the seven judges saw it for
12:06
what it was. Two of them dissented and
12:09
argued that Google was in fact responsible.
12:11
Not sure what they were thinking.
12:15
Okay, we've got a few more news stories to go,
12:18
but before we get to that, let's take
12:20
a quick break. We're
12:29
back US automaker Ford
12:31
announced it is laying off three
12:33
thousand employees and includes around
12:36
two thousand salaried positions and one thousand
12:38
contractors, and the company says
12:41
this is all part of its strategy to pivot from
12:43
focusing primarily on internal combustion
12:45
engine vehicles and to change to
12:47
put more emphasis on electric vehicle
12:49
production. Ford CEO
12:51
Jump Farley denies that the cuts
12:53
are a cost saving move, but
12:56
rather they indicate how Ford
12:58
is serious about fundamentally each changing
13:00
course by committing to the future of electric
13:02
vehicles. My heart goes out
13:04
to all the folks who got their walking papers. It
13:06
is an increasingly tough job market,
13:09
particularly when other auto manufacturers
13:11
like Tesla have also been laying
13:13
off employees or making other kinds of
13:16
cost saving cuts. The CEO
13:18
of the cryptocurrency exchange company
13:20
Binance, says that LinkedIn is
13:23
absolutely swarming with people falsely
13:25
claiming to be Binance employees.
13:28
And I'm not joking about swarming. He
13:31
says. There are about fifty real
13:33
profiles belonging to Finance employees
13:36
on LinkedIn, but in total
13:39
it's closer to seven thousand
13:41
claimed Binance
13:43
employees, which is a big old yauza. So
13:46
why would people be lying about working
13:49
for Binance, Well, it's probably part
13:51
of crypto scams. The
13:53
scammers are likely listing Finance on
13:55
LinkedIn to give themselves a
13:57
sense of legitimacy when they're talking to
13:59
their marks, their targets.
14:02
They're tricking people into pouring money into
14:04
various schemes. They're usually
14:06
types of Ponzi schemes. If you don't know what
14:08
a Ponzi scheme is, it's
14:10
a subset of pyramid schemes. So
14:12
a scammer convinces a group of investors
14:15
to pour money into you know, whatever
14:17
it is, in this case, a cryptocurrency scheme.
14:20
Then the scammera convinces a second round
14:22
of investors to do the same,
14:24
and then pays a
14:27
percentage out to the first
14:29
round of investors to keep
14:31
them happy while pocketing
14:33
the rest of the money, and then they keep going
14:35
and so on and so forth, and effective scammers
14:37
can often convince investors to reinvest
14:40
into the scheme, so they take the
14:42
money that they're supposedly getting paid out as
14:44
the scheme is paying off, and they put
14:46
it back into it, which just gives
14:48
more money to the scammers. And
14:50
ultimately these schemes all collapse in
14:52
on themselves. They cannot sustain themselves forever.
14:55
And so the Binance CEO
14:58
is warning followers not to assume
15:00
someone really is a finance employee
15:02
just because it might say so on a LinkedIn
15:05
account, particularly if that
15:07
supposed employee is trying to coerce people
15:09
into pouring money into a crypto investment
15:11
scheme. This is pretty
15:13
tricky because LinkedIn doesn't verify
15:15
work or education history. They do claim
15:18
to respond to reports of false
15:22
accounts, and they say
15:24
that they look for false accounts, but yeah,
15:28
this is a If it's seven thousand
15:30
fake ones out there, that's a that's
15:32
a pretty big problem. And you
15:35
know, folks, fib on resumes all the time.
15:37
I get it, But this goes well beyond that. Japanese
15:40
company Fujitsu has partnered
15:42
with reik In, a research institute, with
15:45
the intent of developing and selling a quantum
15:47
computer boasting sixty four cubits
15:49
starting next year. Now, to brush up
15:52
on quantum computers, the fundamental
15:54
unit of classical computers is
15:56
the bit, and a bit can either be
15:58
a zero or a one. The fundamental
16:01
unit of information in a quantum computer
16:03
is a cubit, which, thanks
16:05
to quantum effects, can essentially
16:08
be a zero and a one at the same
16:10
time under specific circumstances.
16:13
And I'm being very high level with this,
16:16
but when paired with the right algorithms,
16:18
that kind of computer, a quantum computer can
16:20
potentially solve a subset of
16:22
computer problems far faster
16:25
than a classical computer can. Uh.
16:28
It's essentially solving for all
16:31
potential solutions at the same
16:33
time and then presenting
16:35
the one that is most likely
16:38
to be the best. It deals with probabilities,
16:40
not certainties. It gets very wibbly
16:43
wobbly, but uh. It's
16:45
also important to remember quantum computers are no
16:47
better than classical computers for other
16:50
types of applications, other types of computer
16:52
problems. You would not be using a quantum
16:54
computer as a gaming rig for example, but
16:57
they do potentially have
17:00
the ability to change really
17:03
important things that we depend upon,
17:05
like encryption in the near
17:07
future. NASA has narrowed
17:09
down potential future lunar landing sites
17:11
to thirteen regions, all of which are not
17:13
too far from the Moon's south pole. I
17:16
like to think they were on the lunar equivalent
17:18
to Zillo at the time. Scientists
17:20
believe that the region is perfect for future Moon
17:22
missions because the deep craters in the area could
17:25
potentially hold hydrogen and water ice.
17:28
That kind of stuff would be useful if
17:30
you wanted to make your own rocket fuel, for
17:32
example, or if you wanted to perhaps
17:34
process water ice to create not just water,
17:37
but maybe oxygen. This falls
17:39
in line with the goals of the Artemis campaign,
17:41
which has some really ambitious targets,
17:44
including creating a base of operations
17:46
suitable for long term stays on the Moon.
17:49
NASA has been planning this out for years, and
17:51
in fact, the launch of Artemis one,
17:54
which will be an unscrewed Orion
17:56
vessel on top of the Space
17:58
Launch System, which is a super heavy lift
18:01
launch vehicle, is scheduled
18:03
to launch on Monday of next
18:05
week. If everything goes to plan. The
18:07
actual return mission to the Moon in which
18:10
humans will head back up there. That
18:12
one is designated as Artemis three.
18:14
That's not expected to launch until twenty
18:16
twenty five at the earliest. Sony
18:19
has announced via Instagram of all Things
18:22
that's new generation of VR hardware
18:24
for the PlayStation console is likely to launch
18:26
in early This
18:29
generation of hardware is going to work
18:31
with the PlayStation five. It's reportedly softer
18:34
with better ergonomic design than
18:36
the earlier generation of Sony's VR peripherals,
18:39
and Sony says the headset will display graphics
18:41
at a four thousand by two thousand forty
18:43
resolution per eye that
18:46
breaks down to two thousand by twenty and
18:49
it will have a refresh rate of nineties slash
18:52
hurts. It's also gonna have a c through mode,
18:54
so if you get too close to the wall, it'll show
18:56
you so you don't bump your nose in there.
18:59
They have not have any information on how much
19:01
it will cost. My guess is it will be a few hundred
19:03
dollars um, So here's
19:06
hoping that we find out soon. We know that
19:08
it's coming in early, and
19:11
that's about it. Well, that
19:14
is the news for Tuesday, August
19:16
two. Hope you are all
19:19
well, make sure you reach out
19:21
to me with any suggestions you have for future
19:23
episodes of tech Stuff. You can do that on the I Heart
19:25
Radio app or on Twitter at tech
19:27
stuff H s W and I'll
19:30
talk to you again really
19:32
soon. Text
19:38
Stuff is an I Heart Radio production.
19:41
For more podcasts from my Heart Radio,
19:43
visit the i Heart Radio app, Apple Podcasts,
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