StarTrek Tech - Shroud of Turin

Mysticway
Mysticway
  • 3 months ago
Featuring Cardinals Mat Staader & Clark Isaac, revealing the hidden technologies that made the Shroud of Turin, Transphasic technology of the Anunnaki, and modern leaps that bring us ever closer to what is portrayed in Star Trek.
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Transcript
00:00My Outro For My 20th Birthday
00:30Cardinal Matt Stater, thanks for joining us
00:34Sorry, thank you for having me. Yeah, no problem. You wanted to talk today about
00:39some interesting
00:42Futuristic but maybe ancient technologies. Yeah
00:50One of them I know you were telling me about earlier
00:53We're talking about the Shroud of Turin. We're talking about
00:57Teleportation technology you're talking about faster than light travel
01:01yeah, and a lot of this has to do with light from what you were telling me the well in a broader sense since the
01:10electromagnetic spectrum but
01:11Visible light which makes up everything that arrows I see
01:16With what we understand is light. Well, what does this have to do with?
01:21with like starships, okay, it's
01:25In principle, it's fairly basic
01:29The and
01:31I would argue that Jane Roddenberry the creator of Star Trek
01:36Was given a bit of divine inspiration when it come to
01:40How some of the techno or many of the technologies in the original ship in the original?
01:46Series of Star Trek at least was depicted
01:50Because the way the design works you've got the two on the rear section of the ship you've got the two
01:57Objects called in the cells that are parallel to each other
02:00each producing matter and antimatter and
02:04they channel together into a reaction chamber where they produce a
02:10Series of explosions carefully timed
02:13Which in the reaction chamber that produce a vibration which radiates out
02:19Producing what Star Trek refers to as the warp field
02:24But what this actually does
02:28It allows the ship or
02:31anything inside the field really
02:33by changing the frequency and the timing it's the same thing really of
02:38Of those detonations in the warp core to
02:47Shift into a different part of the electromagnetic spectrum
02:52So
02:54where
02:55human science is aware of
02:57Visible light of course on one end of that you that shifts into infrared microwaves
03:03Radio waves all that kind of thing
03:06That is on that end of it that is about as far as
03:10Human science can detect but it goes further than that and on the other end
03:16you've got ultraviolet x-rays gamma rays and the whole scope of that as we've got on the screen there is
03:24Essentially the extent of what
03:27Humanity can or human science can detect. Yes, but it does go much much further
03:36It's often argued
03:38That nothing can travel faster than the speed of light and this of course comes from Einstein's theory of relativity
03:46But there is a problem a big problem with that calculation
03:52One of the things that he incorporates into it is time
03:59And
04:01Just by me saying that can you see the problem
04:07Mmm not a face value tell me that time is nothing but a man-made unit of measurement
04:13Okay
04:14Time only time really only aside from this given moment or any given moment that any person out there is living in
04:24Time as a physical thing does not exist
04:26Well, yeah
04:27We're we're only aware of what we recall from a moment of presence and so we're consistently always in a moment of presence
04:36So there technically is no future
04:38Nor is there a past and the only one who has any knowledge or control over the future is God
04:45and
04:47that is
04:50Primarily through
04:53His own hand
04:55Controlling the direction that events go in
04:59but
05:02Okay getting back to this the
05:07If we could bring up the electromagnetic spectrum image again for a second
05:11Oh, yeah, the the alternate image that you had so
05:15Hypothetically, I'm not saying that
05:18The Anunnaki ships or in this case the Starfleet ships
05:23Are using infrared
05:26But I'll use that as the example for this
05:28Let's just say hypothetically infrared rate infrared light moves at twice the speed of visible light
05:37You bring up that you activate that warp field and you have it vibrating at the frequency of infrared
05:45This now means that that ship can be accelerated up to twice the speed of visible light
05:53This is hypothetically speaking
05:56This is hypothetically speaking, right I
05:59Hypothetically because I'm I could not tell you off the top of my head
06:03What the difference is between the speed of visible light and the speed of infrared. Mm-hmm
06:08I could not tell you but what we are saying is that
06:11Different parts of the electromagnetic spectrum move at diff have different maximum speeds
06:18interesting and
06:19If you want to move at a set or accelerate up to a certain speed
06:25You match the frequency of that warp field
06:28to that part of the electromagnetic spectrum
06:31Mm-hmm, and then whatever ship is inside that field and producing it
06:37Can be accelerated
06:39using thrust up to that potential maximum speed and
06:46So
06:48Current we're told that current rocket technology
06:53Would take someone
06:56or a
06:58man-made vessel
07:00Eight to nine months to get from Earth to Mars. That's what NASA tells us
07:09Hypothetically a ship equipped with this same kind of technology could make that journey in a matter of moments
07:17Depending on the light phase depending on the frequency that I use and
07:24Yeah, well, that's the primary thing
07:30It's wild
07:32But yeah, so it's very similar to Star Trek. It is the
07:37The there were some other technologies. Oh, yeah that you had brought up. Well, this is the other most common or the most
07:46commonly associated
07:48technology of Star Trek is the the old classic the tractor beam
07:54which can
07:55Using a beam of what they call gravitons in the series
08:01Can pull any object into or towards the the ship that the beam is coming from there?
08:07There is a technology like this that the autonomous use but it's not with gravitons, right? It's
08:13it uses a combination of
08:15A basically a focused magnetic field
08:20Which locks on to the target and basically changes the polarity of the molecules
08:25so the ship or the emitter of that beam on the ship and the target become a two-pole to
08:34Oppositely charged magnets. They're just drawn together
08:37but the
08:39The other thing because there may be obstacles in the way and there is two different versions of it that have been used throughout
08:47the Anunnaki's
08:49relatively recent history
08:51one where the object would seem it simultaneously be
08:56vibrated in a phase that would allow them to just pass through any object that with any obstacle that was in the way and
09:04a more recent version which would
09:07Move the obstacles themselves out of phase so that the body would just or the
09:12Whatever that target is would just pass through them unobstructed. Hmm. There was actually a movie that
09:19Clip of a movie that you sent my way and this is the end, right? Yeah, and I have seen the movie but this
09:27Particular scene is my favorite part of it. It actually shows what you're talking about exactly
09:32It shows the people vibrating but it also shows the the the objects that they're passing through
09:37You could see a light being emitted from them and through them and as the beam is shut off
09:43there is actually a
09:47Hole left in the ceiling that's burning around the edges
10:02Oh
10:14See in the background that it was only a fraction of a second there but as the
10:20The beams shut off you can see like an orange glow
10:24Right at the edge of the ceiling there. That's very cool
10:29Yeah, you noticed that there was no nobody getting phased out of the marijuana dispensary across the street
10:35Yeah, nobody was taken from there. They all got left behind
10:39Well, I didn't notice that myself to be honest, but oh, yeah, you know the Green Cross. That's what that means. Okay. Yeah
10:46Well in Australia, we don't have them so it didn't immediately jump out at me. I just didn't notice that right away
10:52I'm from Washington State. They had a lot of those over there. Okay, and this is actually set in California. So
11:00No, there's a there's a more ancient example
11:02We were talking about before and this is what we're really indicating in the title and description of the video
11:06The shot of terrain. Yeah, probably the most famous piece of hat fabric in human history
11:12Now there's most commonly in mainstream media. They've tried to debunk this by claiming that it was a
11:20Forgery produced during essentially during the Crusades
11:26That it's no more than 800 years old. This is a photo negative of the shot of tour it is the the actual
11:33fabrics the linen fabrics and all that were
11:37Of a different color and obviously this is being a polar negative
11:44They were actually dark burn marks, yeah
11:47And samples have been tested extensively under different conditions
11:54On this the same kind of material to try and replicate the image and it has been achieved and
12:04In ways that actually verify
12:08That an advanced technology was used on
12:12the body of Yeshua
12:14After he was wrapped in the shroud
12:17it's
12:21I first read about it several years ago that they exposed
12:27One of these samples to
12:31Ultraviolet
12:32radiation
12:33But you know, they did it in a vacuum
12:36So the while the fabric was exposed to the light it wasn't exposed to the heat that's produced by that beam
12:44and
12:45The exact same type of markings that produced this image appeared on that fabric. Mm-hmm
12:55So that's basically the only logical explanation that I can say yeah
13:03The the argument that claims that it's a 800 year old forgery
13:09primarily relies upon carbon dating and
13:12And
13:14Although again in mainstream science carbon dating is
13:22Portrayed as this bulletproof method for determining the date of an object
13:31There has been a lot of
13:34flaws proven with that
13:36this is a
13:38this the screenshot here is a
13:41Well directly if you if you want to recite from it go ahead I'm not I won't bother putting on the screen
13:46Well, okay. I'm not gonna recite from it directly because people can read but no
13:50I mean, um, I just have you and I on the screen right now if you want to recite from it, go ahead
13:54All right. Well, it was deduced that vacuum UV radiation is the only possible explanation for the images for that formation
14:03First in order to turn linen into perfectly photographically sensitive material you need light radiation
14:10and that's a fundamental of
14:12photography
14:13However, it must be without any accompanying heat radiation
14:18the formation of the shrouds image would take several billion watts of
14:23light radiation
14:24Which exceeds the maximum output of any source of UV radiation known today?
14:31Now if the accompanying heat energy had been present the cloth would have vaporized in less than
14:381 40th of a billionth of a second
14:43and
14:45The theory was validated or in another scientific study which stated
14:53Vacuum ultraviolet photons account for the very thin coloration depth the hue of color and the presence of image in linen parts
15:01Not in contact with the body
15:04Obviously, it does not mean the image was produced by a laser
15:08Rather the laser is a powerful tool to test and obtain the light parameters
15:14suitable for a shroud like coloration
15:19So they used modern technology to determine that whatever was used as much more advanced than what we have exactly yes
15:27interesting and this goes on it does that one of the
15:33interesting things and anyone that can look at the image and
15:37See that the bones in the hands are visible. Mm-hmm like an x-ray. Yeah
15:48And it comes up exactly looking exactly like
15:52What the bones on a hand look like on an x-ray medical x-ray produced today
15:58In any hospital today with the flesh still around it
16:07The
16:12And it does imply that
16:15The body covered with the shred became transparent
16:20Visibly transparent, which means the body was moved out of phase
16:27In the exact same terms that the Lord himself was used to describe not only the nature of the soul
16:34but to describe
16:35how the faster and larger faster than light travel works and
16:41How transporter technology works
16:47So the only
16:49The only conclusion that can be deduced from this is that Yeshua's body after the crucifixion
16:56Was beamed out of that turn and through the shroud itself the shroud basically like collapsed through the body as it was
17:04Passing through it
17:06Wow, and then through the ceiling of the term on board a ship
17:10so that the body could be healed restored to a point where
17:15The spirit and the soul could inhabit the body again so that he could return
17:22Wow
17:29And then
17:31That go this little bit of information goes on to
17:36Further reinforce it that the image was created by a burst of electromagnetic radiation
17:44Now this is coming from the body. I
17:49Don't know enough about the
17:52particulars of how the transporter technology works to
17:55Say whether or not
17:57The body would emit its own
18:01energy in
18:02response to it being subjected to the to the beam
18:07But it's I can't say it being impossible and for it to be that safe to without actually vaporizing the shroud
18:13with billions of watts of energy, it's to be able to
18:19Well, they had the
18:22University had to do it in a vacuum to prevent the heat
18:27of that beam
18:28From also being exposed to the shroud also being exposed to that
18:32But the amount of energy that it took
18:36Would have if the heat was there it would have vaporized it in a fraction of a second
18:43So we we've spoken
18:47About the shroud of Turin about the
18:51Transphasic light technology electromagnetic fields
18:56At varying degrees of wattage and magnification enormous wattages too. Yeah
19:03we even talked about how that same same or similar technology is used to assist in faster than light travel and
19:13There's other technologies that we're actually seeing
19:17That humanity is coming closer to that was also displayed on Star Trek
19:22Yeah
19:24Personally, I'd I'd lean towards the theory of at least a degree of divine inspiration
19:32If if not with all these other people, but with Gene Roddenberry himself as I mentioned earlier
19:38that
19:40The the ideas of how he betrayed these things were given to him
19:46But
19:47Basically was like technology that already exists somewhere in the universe
19:51Exactly and basically also what humanity is destined to become part of yes, there's a form of preparation through media
20:00preparing
20:01mankind for
20:03technologies that they would be seeing
20:06Well in advance and we're we're seeing steps towards that basically in massive steps, especially in recent years
20:13now one
20:15There's many devices. Well
20:18Many as a matter of opinion really but a number of devices in the Star Trek
20:25lore primarily in the original series and
20:30The next generation
20:33Later versions are a bit more theatrical, but
20:37Those two in particular show a number of devices
20:40That
20:44Have inspired real-world developments in the same direction like what we're showing the screen here is the medical check the medical tricorder
20:51yeah, and this device is
20:54it has a
20:56display screen and a handheld device that can
20:59essentially diagnose
21:01almost any medical condition
21:03Just by holding it near the body of the patient
21:11And
21:14In recent there's a couple of different companies, but this is the one that most or this is the device that most accurately matched
21:22There was another one. I saw I couldn't find enough information on it to include
21:27that can
21:30Just by taking a sample of blood
21:33It can be compared against any selected virus to diagnose whether a person is infected with it
21:40In a matter of minutes, but what we have here is like probably the closest approximation to to the medical tricorder. Yeah, this is
21:48in itself
21:50capable of
21:52Examining or carrying out. I think a lever different examinations that it's equipped with a sensor to do
22:02ECGs and EKGs a stethoscope thermometer a
22:07a
22:09Pulse oximeter which is measures the oxygen in the blood and a
22:14ultra HD camera that has attachments to examine the ears and the nose the throat and
22:21the skin
22:23In addition it can be fed
22:26third-party sensor data from
22:29blood pressure devices
22:32weight measuring
22:33glucometers ultrasound
22:36spirometers, which I don't know what they are that is actually and
22:40other medical devices as well
22:43but I
22:45Don't know enough medically to know
22:49With those 11 different things in addition to the additional data that it can take
22:55In addition to that this is this device is also simple enough that any person
23:01Can connect it to their computer with a USB cable?
23:05Be in a video call with a doctor and
23:08That doctor at the other end of the computer at the other end of the call
23:11Can see the readings that the device is taking? I would love to have something like this and
23:17Only thing I would hope that it does is have some kind of Bluetooth connection to connect to my phone perhaps might even be better
23:24Rather than having to do it via USB
23:28But that would probably be more convenient for most people yeah, or even connect to the Wi-Fi
23:34I
23:35Could tell by some of this it does require some physical contact like for the pulse oxometer
23:41You know you got to put your finger on that yeah, and the thermometer stethoscope EKG
23:47ECG those probably require physical contact to the chest and or and or back
23:53the
23:59The thermometer
24:02Looks like it could be replaced, but
24:06Well, I do know that there are
24:09Non-contact thermometer technologies out there, so that is another one that could be replaced with a non-contact method
24:16But things like stethoscopes and EKGs. I'm not sure if that could actually
24:21Be adapted to be a non-contact type thing like what we've actually seen Star Trek
24:27I'm pretty sure probably end up becoming them some modification to the camera
24:32Okay, that I would assume that eventually a multi-spectrum camera
24:37Yeah, that yeah viewing things beyond certain spectrums
24:40You might be able to see more going on would essentially make the camera a transphasic device in itself
24:45Yeah, which you know I mean as I showed on that that image earlier with the medical tricorder
24:51Let's bring it up again
24:56Right here
24:59They're just pointing the device at the person and
25:02They're supposed to be getting readings of them
25:04But if you if you watch episodes of Star Trek like next generation, and they show dr. Crusher
25:10she's holding that that piece that attachment to the tricorder and
25:15Essentially she's just like
25:17Moving it up and down
25:20Scanner and looking at them and and looking at the placement of where she's scanning and then looking at the tricorder device
25:27Mm-hmm. Essentially, that's what it looks like. It's doing is it's a visual scan
25:33Interesting, but I have seen the same. I haven't seen what you're talking about, but
25:45Yeah, they don't go into great detail about how it works
25:48Yeah, sure, but they do show like you say they show a lot of examples of different medical technologies
25:54This
25:57Is an example of an injection device
25:59Yeah, which doesn't actually penetrate the skin like a needle that look and a syringe type device does
26:06But yeah, clearly it required some contact with the skin, right?
26:11Not not just through the clothing. Yeah, and there's a device that's very similar to that. That's already been developed by MIT. Yeah, and
26:19There's apparently just a micro can look controlled at a micro level
26:25just
26:27Propels the liquid of the medication or whatever it is
26:31At a hot high enough velocity to penetrate the skin cells and pass through them into the body
26:38Yeah, they would certainly need to
26:40Not do too much velocity. Otherwise, it could even pass through the bone
26:45Well, the thing that the thing that I thought of and I don't really know how much of an issue this would be that
26:51That liquid is propelled at the speed of sound
26:54If you were to put too much energy into it, you could potentially
26:58push a whole heap of air into the
27:01Into the body as well
27:03Yeah, it would need to be just the volume of liquid. Yeah, that's propelled which you know
27:09Yeah, there's some dangers there, but as there is with any
27:14Sufficiently advanced technology can can be the greater the danger
27:20You know a lot of people they're leery they're afraid of
27:26this new technology around food and
27:30The food replicator is I mean, that's a really big deal on Star Trek a lot of people
27:36Might look forward to replicator technology, but we're not quite there yet
27:40the the concept was I think was first introduced in later seasons of
27:46The original series, but it was refined into this
27:50Idea of a food preparation. Well, at least in the next generation. It was presented almost exclusively as a
27:58Food preparation device. Well, they also use this replicator technology
28:02Objects of any description essentially and as long as the materials the base materials were available in the supply system
28:12Yeah, and I remember reading once that the writers of Star Trek
28:18Absolutely hate the existence of this
28:23Well, I don't you say why any problem that happens on
28:27Well
28:29Any problem that happens
28:32On the ship any device that fails
28:35You print new parts in the replicator problem solved. Well, they actually made an entire episode about using
28:43Replicator technology with
28:47A sufficiently advanced enough
28:50artificial intelligence
28:52repair robot
28:54And they it basically it replicated it used replicator technology to create its own customized tools
29:01to fulfill any
29:03Necessary task, but I think I saw that one
29:06Yeah, and it would basically like, you know, the crawl tubes that they would go through to get to different engineering parts of the ship
29:11Well, it would traverse those with much greater
29:15Efficiency. Okay, and it would modify its own tools to complete the job
29:20And so and it even created new tools that never existed before
29:24to
29:25For greater efficiency. I'm gonna have to see if I could find that episode. That's interesting. It is
29:31but I could understand why the writers would be upset about that because a great deal of
29:36You know
29:37Of the story would be and you know
29:39We're lacking these supplies. We need to go find a way to get them. The replicator essentially becomes its own. Mary sue
29:46I don't know what that is
29:48It's well the recent critics of the most written the disney star wars movies in particular
29:53have
29:54described the character of ray
29:57as being a mary sue which is
29:59Essentially a female look a female protagonist in a tv show or movie or a book, I guess
30:07Who can just automatically do everything perfectly? Oh, mary poppins
30:11There you go. Yeah
30:13Yeah, I was like when you say mary sue I was like
30:15I don't know who sue is but I know mary poppins and she could she could do anything. She she had like her own her money bag
30:22We go from seeing
30:24In the original star trek movies we go from seeing
30:27Luke when he's first handed the lightsaber
30:31Yeah, you know the meme
30:32Handed the most dangerous weapon in the galaxy immediately point at face
30:39Then by it gets to the point where he can't really use it proficiently until
30:44Like the events of return of the jedi ray picks up the same thing and is
30:49Effectively fighting kylo ren with no problems whatsoever
30:54Mary sue I get it. Yeah, I get it now picks up how to use the force
30:59almost by accident
31:01Food but anyway production technology today is not the mary sue
31:06Of food. In fact, it looks quite disgusting. This is supposed to be a cake. Yeah made by a 3d printer
31:13they used a series of
31:15basically syringes full of
31:18different
31:20Gelatinous compounds including graham cracker paste
31:24Uh raspberry jam, I think right. So if you cook this it'll be like it'd be a different consistency, right?
31:30Once it was finished printing. They actually cooked it with a laser
31:36I'm sorry. These people are nerds. Well, they gotta keep being nerds
31:40We're definitely a long way
31:42From yeah
31:45See there it is. Yeah graham cracker paste peanut butter banana paste jelly
31:50Nutella banana paste frosting frosting and cherry. Yeah
31:56Um, okay this this kind of makes sense, you know
32:00Assistance and making a peanut butter sandwich, but they'll even print the bread. The principle is there. Yeah, but
32:07the replicator works on the molecular level it has stores of
32:11A variety of different molecular
32:14but just
32:16substances, yeah
32:18I would eat some 3d printed food, but when you start getting into like
32:22Proteins things like steak and stuff. It's just it looks ridiculous. This it looks like a dessert
32:30But it definitely isn't
32:31okay, just
32:33Although one thing I want to point out is although we see there the different nozzles they're marked with fat blood and muscle
32:41What that is printing is entirely plant-based
32:45It's just labeled with things
32:48Different compounds that are designed to mimic
32:51Different parts of the structure of the meat, right? So they're it's actually like tree blood
32:58I'm just kidding
32:59Yeah, i'm just kidding
33:00But i've seen trees bleed. So it's like maybe it does taste like whenever from the first time I saw that 3d printed plant-based steak
33:08This is the first thing I thought of
33:11What legos?
33:13Basically, yes, but that's what that says. I mean it is well lego piece. Yes, it is
33:19That's the first thing I thought of and I thought of the colored
33:22Gradients, you know that that's probably something that they should that these that these nerds should take into account
33:28No offense to the nerds out there. Maybe
33:31Maybe you should a far bigger fan
33:34Of what eric was talking about a couple of weeks ago with the lab-grown meat, well i'm just saying to make it presentable
33:42Why not squirt all that crap into a mold?
33:46That's actually shaped like a steak
33:49Instead of like, you know, like a 3d printed carpet mat
33:56You know what I mean like they could do way better with the presentation a 3d printed persian rug
34:02Well, that's what it looks like
34:04like oh, you've got your white and your red and you're slightly more red and and it looks like
34:10layer upon layer of goop
34:13Yeah, i'm sure it cooks and looks fine once it is cooked and according to people that have eaten it
34:20although
34:21Most one of the primary things that's used
34:25is uh
34:26beetroot
34:28Or beets as uh
34:30American viewers would be more. Yeah, that would provide the coloration coloration and pea protein
34:36but um
34:41Anyway moving on because
34:43Clearly we have a long way to go before
34:463d printers are at the level of the star trek replicators
34:49No, I don't even think the technology would even I think they're completely separate from one another the con
34:55They're similar in concept
34:58Yeah, but the application yes, it has to change. It's like the wheel compared to the automobile, you know, like yeah
35:04Okay, we're getting started with that
35:07it's a
35:08It's a stepping stone. Yeah, and
35:12Stone
35:14Emphasis on this it's it's that stone, you know that you don't really want to step on because it's still yeah submerged
35:20Maybe um an unintentional example of a stone that the builder refused
35:29So we've got other technologies that are being simulated from star trek in fact one of these uh nokia
35:35Releases back in the 90s. This was a prototype. This was actually from 2009
35:40Oh, wow, although the flip phone I think was essentially phased out in most markets by then. Okay. This one was a prototype that was made
35:49Specifically
35:50To be marketed along this alongside the first of the recent
35:55star trek movies made by j.j. abrams, right because this
35:59This uh concept of the flip phone communicator. It's not it's not anything
36:06New like this is something that's been around for quite some time
36:12What we see on the screen here is
36:14Is
36:16A prototype it's a sorry. It's a prop replica essentially
36:20Exactly what they used on the original series. Yes, you see. Um
36:25Any of the crew with the enterprise flip open this brass colored
36:29screen, which
36:30From what I understand serves as an antenna to the device
36:34and
36:37The circular section is both a
36:39A
36:40Seems to be both a speaker and a rotational dial
36:46But that nokia phone was made to be like a modernized representation of that
36:52and
36:53They did produce 14
36:55of them
36:58Is a just to see
37:00Like a market study essentially, but the thing is is like that flip technology
37:05And there's a lot more to it. Although he
37:09The original the first cell phone that was ever developed. It was obviously not
37:14a
37:16Flip phone. It looked more like a beige house brick with buttons on it
37:19Yeah, those were from the 90s in the 80s, but the man that is credited with the invention of it
37:24Was inspired by that same handheld communicator. He has openly stated that
37:31And I suppose that is part of how the
37:34device developed into the flip type design which
37:38Personally i'm still a fan of yeah, I don't know why they phased that out. There was one particular
37:43I can't remember the model number, but there was a particular one that nokia made
37:48It had on the side of where the hinge is
37:51There was actually a button and if you press the button it flipped open on its own
37:56Did it make the cool star trek sound?
37:58Unfortunately, not though that one does the prototype that nokia made to imitate to look like
38:05The
38:08To look like
38:11The star trek communicator. I mean did they make
38:14only 14
38:16And they were a very faulty design
38:19you had to use like a paper clip to hit the power button and
38:23The charging port didn't work correctly and you had to take off the battery cover to change the volume and
38:28It wouldn't be that hard for them to make something like that nowadays. I would love to see it
38:31Honestly, they could sell so many and incorporate the button to flip it open
38:35Yeah, and then like trekking you could sell it at all the trekking conventions. They would sell out they would sell
38:42millions of them
38:44People would go to trekking conventions just to buy one
38:46I know one person in particular that I would move heaven and earth to get the money to buy one for
38:52well
38:53I was thinking about for me
38:56Yeah, sorry lord. I forgot about you there
38:59I was I was being selfish
39:01um
39:03that that's and
39:04The cell phone isn't the only hand hit well
39:07Of course or the tricorder
39:09Are not the only handheld devices to be inspired by trucks star trek. There is another one
39:14That is almost as common as a cell phone these days
39:18tablet tablet computer first seen in
39:22I'm, not sure if they actually ever appeared in the original series, but they showed them in
39:27They didn't actually they didn't show them in the star trek next generation until they showed them first in deep space nine
39:34Okay, I wasn't aware of that. Yeah
39:37Um, but with star trek next generation they were showing things like the tricorder
39:42And the the touchscreen was something that they had on
39:46Like on the consoles the computer consoles, but the handheld version of it wasn't displayed until deep space nine
39:53which was still in the 90s, yeah late 90s and
39:57There wasn't any like anything like a tablet available
40:02on earth today
40:05But uh that
40:07like you said
40:09Inspired this technology to be developed. Yeah, here we are
40:13Now there's tablets that actually show
40:16Just as detailed if not more detailed information than star trek ever could imagine or gene rodenberry could have imagined
40:23yeah, it's there was one and
40:28Um
40:30There was another one that was seen as early as the original series, which was the universal translator
40:36and
40:38In recent times i've seen you can go on amazon now and buy
40:43a device that looks almost like
40:46apple's
40:48Airpods
40:49Okay, but the only difference is the charging case opens
40:54Sort of in the middle
40:55So the two halves of the case and you've got one ear one earbud thing in one side and one in the other
41:01Put them in your ears
41:03And i'm guessing it pairs with an app on your phone
41:07You set the languages that you want
41:09When someone and if you're in a foreign country and someone speaks to you in the native language of that country
41:15You will hear it played back in your ears in your own language. Wow
41:20And then you can speak in reply to it
41:23And the same device will play back in your ear
41:27the translation in the local language
41:31Which you can then recite
41:34So although there'll be a little bit of a delay
41:36You can have a conversation with anyone
41:39Anywhere in the world or if they have the same device then we could all just speak our own language and understand each other
41:46speaking in tongues through technology
41:49Wow
41:52That's so cool
41:55Universal translator one of the things I find interesting is
42:00I think it's as far as I know. It's exclusively for apple devices
42:04but whoever's
42:07Got the power for the licensing over star trek intellectual property actually came up with an app
42:15That gives you an interface on an ipad or on an iphone
42:19Which makes it look like it's going through the same operating system
42:23as the computer systems on
42:26the next generation
42:27star trek enterprise d
42:30Yeah, yeah
42:33This is making me feel nostalgic I think I might watch some star trek tonight
42:37I
42:38I still haven't watched a lot of it
42:40Were you talking about the original series or any of them any of them? Really? I've seen some of the movies, but that's it
42:46But then a few episodes here and there the movies aren't that great compared to the show
42:51this show is so much better the the series they
42:55obviously have the opportunity to go more in depth and
42:58show a range of different scenarios and
43:02Things like this. Um, but there was a point in time when they shifted
43:08I know this is way off topic here. But here we go star trek, right? Um
43:13The original series next gen and
43:20I want to say those two
43:22They followed the same plot lines in that or similar plot lines and that it was episodic
43:29Every episode was its own story. Yeah
43:32And then they started to shift it
43:34I think starting with deep space nine then with voyager and so on and so forth and it became an ever
43:39Increasing larger plot point they were trying to fulfill. Okay, and it
43:44I think that's what started the change of star trek series. Well essentially wasn't
43:49I have seen a fair bit of voyager to be honest
43:52not by choice, but
43:54So I won't go into that. Um
43:57From what I wrote that was a long going back quite some time but from what I remember of it
44:02Almost the entire series had one
44:05continuous plot point
44:08Yeah, it did and I mean, yeah, there were different things about it, but when you get into the newest star trek, it's just all
44:17Like they just keep you glued to it because you got to wait for the next episode to finish the story and it just keeps
44:21On going and going and going until the end of the season you're talking about discovery
44:26Discovery is one example. Yeah, I did say a bit of that but
44:30Yeah
44:31although
44:34I feel kind of
44:38On one hand I have wanted to watch star trek. I also
44:43Feel more drawn to the more modern things even though yeah, we know that
44:48They don't real the more modern ones are less
44:51In keeping with the original vision of what gene roddenberry wanted I get I get why they do it though
44:57They want they need to come up with something fresh, but not only that
45:00They they want to keep people glued to their screens. Yeah, they want it to be binge worthy
45:05And that's really what gets the fan base going and that being being willing to sit down in front of it for hours and hours and
45:12hours and I have to compete with
45:14other similar things out there and
45:17but the direction disney's
45:19disney's now that they
45:21Gave george george lucas nine billion dollars for start for lucas film
45:27I'm, so sorry. I am so sorry that we are putting you people through this
45:32I'm looking I'm I my mind just went to another place like from an audience perspective
45:37Like i'm really not into star trek. Why the why are these guys talking about it?
45:42Do I really have to be here?
45:44No, you don't and we're going to continue our star trek conversation
45:49off the air
45:51Uh, if you'd like to join us you you know how to communicate with us
45:54We've got our social medias in the description. We could talk about star trek. We could talk about the shroud of turin
45:59We could talk about transphasic technologies, we could talk about a lot of things including
46:04Your very salvation and we'd be happy to discuss these things with you
46:09And again, we are we the ecumenical order of christ
46:14Uh stand in service to you in service to god and to each other
46:18Through the commandments love god love each other
46:22In the name of the returned christ or rail
46:24In the name of the returned christ or rail
46:29Thank you everyone for joining us
46:31Have a blessed day
46:32And thank you, brother
46:34Thank you for having me once again. Oh, yeah. See you next week