0:00
NeuralStan
·
Max Raymond Miller was born on a Saturday in October nineteen seventy-two, and died on a Sunday in November two thousand twenty-five.
0:06
NeuralStan
·
He was fifty-three.
0:09
NeuralStan
·
He had had his birthday twelve days before.
0:13
NeuralStan
·
He worked iron for a living.
0:14
NeuralStan
·
He made metal artwork across Ohio and signed it Iron Dragon, and that is where the name everybody knew him by comes from.
0:21
NeuralStan
·
Iron D Max.
0:27
NeuralStan
·
He called his research Project Icarus, after the boy who flew too close to the sun.
0:33
NeuralStan
·
Most people hear that as a warning.
0:34
NeuralStan
·
He did not.
0:37
NeuralStan
·
He opened his own conference, in October two thousand fourteen, like this.
0:45
Max Miller (synthetic voice)
·
We'll do a little bit of discussion about some simple electronic physics that you probably didn't get learned in school.
0:53
Max Miller (synthetic voice)
·
And the biggest reason that people cannot replicate any of Stan Myers' stuff is because of what you learn.
1:07
NeuralStan
·
He began at the beginning, with two plates and whatever is between them.
1:14
Max Miller (synthetic voice)
·
Naturally occurring, just two plates in the air, two plates underwater, two plates with any substance in between, if it's a non-conductive substance, then it will naturally want to have a positive on one side and a negative on the other side.
1:33
NeuralStan
·
An insulator, he said, is only an insulator with holes in it.
1:37
NeuralStan
·
Everything has holes in it.
1:40
Max Miller (synthetic voice)
·
If you look research dielectric constant, the dielectric constant of water, you'll find out that the dielectric constant changes from distilled water, tap water, anytime you add something to the water, the dielectric changes.
2:01
Max Miller (synthetic voice)
·
So if you have a dielectric constant of 84, that tells you roughly the voltage you can hold between the plates.
2:11
NeuralStan
·
And then the sentence that makes the water cell ordinary, which is the most useful thing anybody ever said about it.
2:19
Max Miller (synthetic voice)
·
So if you want to make Stan Myers' process, you have a dielectric between a capacitor.
2:28
NeuralStan
·
The whole argument about Meyer comes down to one thing: whether you can make gas without pouring current through the water.
2:34
NeuralStan
·
Max put it as a condition, not a miracle.
2:40
Max Miller (synthetic voice)
·
If you do not get a dead short condition, you make hydrogen with voltage only.
2:46
Max Miller (synthetic voice)
·
As long as you do not dead short the cell, you now are making hydrogen with voltage.
2:54
Max Miller (synthetic voice)
·
As long as you maintain the voltage potential with water in between, one side is positive, one side is negative, you make hydrogen.
3:05
NeuralStan
·
Everything hangs on the words as long as.
3:08
NeuralStan
·
Get a conducting path across the cell and you have an electrolyser and a hot wire.
3:12
NeuralStan
·
Keep it from shorting and you have the thing Meyer said he had.
3:19
Max Miller (synthetic voice)
·
There has to be a certain amount of voltage in there to make the maximum amount of hydrogen without a ground short.
3:30
NeuralStan
·
He spent a decade on the difference between those two conditions.
3:34
NeuralStan
·
Asked, in the end, what the machine is actually supposed to do to the water.
3:41
Max Miller (synthetic voice)
·
So if you use this circuit to increase the voltage to where it wants to pull the electron away, well, once you pull these two apart, the voltage becomes higher than this glue.
3:55
Max Miller (synthetic voice)
·
And that's exactly what Stan wants to do is dislodge this electron so there's no bond between the oxygen and the hydrogen.
4:05
Max Miller (synthetic voice)
·
So Stan wants to liberate the electron and he wants to get rid of it so it can't go back to stable state.
4:12
NeuralStan
·
Twenty-odd years of paperwork, three sentences, no mysticism in any of them.
4:19
NeuralStan
·
And on the diode that makes it possible at all.
4:24
Max Miller (synthetic voice)
·
So you have a resonance between the inductor and the capacitor, and it stops right at the diode.
4:31
Max Miller (synthetic voice)
·
If that diode is non-functional or not there, you're going to get a wave, an AC wave, and you're not really gonna get any bubbles.
4:41
NeuralStan
·
He lived in Nelsonville, Ohio, with his wife Helen.
4:44
NeuralStan
·
They had twenty-seven years.
4:46
NeuralStan
·
She cared for him at home, through a long illness, to the end of it.
4:51
NeuralStan
·
He was an iron worker at Fox Steel in Lancaster.
4:54
NeuralStan
·
He kept pastured pigs, exotic chickens and fainting goats, and sold the meat.
4:59
NeuralStan
·
He was building a castle out of brick on a new piece of land.
5:05
NeuralStan
·
He taught English in China.
5:07
NeuralStan
·
He taught the schoolchildren there by playing them Stanley Meyer videos.
5:11
NeuralStan
·
And every single time anyone spoke to him, he had befriended another animal.
5:14
NeuralStan
·
A raccoon.
5:15
NeuralStan
·
An enormous owl.
5:17
NeuralStan
·
Whatever had most recently decided that it lived with him now.
5:24
NeuralStan
·
His obituary says he was known for his sense of humour, and his passion for experimenting with hydrogen and free energy.
5:30
NeuralStan
·
Both halves of that are true, and this film is about how they were the same thing.
5:36
NeuralStan
·
Before anything else, the inventory.
5:39
NeuralStan
·
This archive is made of what people leave behind, and he left a great deal of it.
5:46
NeuralStan
·
Three hundred and twenty-two posts to the group he ran.
5:49
NeuralStan
·
Four hundred and seventy-three photographs attached to them.
5:52
NeuralStan
·
Five hundred and fifty-five messages in a channel that carries his name.
5:55
NeuralStan
·
Three hundred and ninety-two images in this archive that already have his name on them.
6:03
NeuralStan
·
A channel with seven and a half thousand subscribers, described in two words: hydrogen research.
6:06
NeuralStan
·
And a group about vintage cyclecars, nothing to do with any of this, with more than ten thousand people in it.
6:18
Max Miller (synthetic voice)
·
There's 400 videos, roughly 320 that are public.
6:25
NeuralStan
·
Four hundred.
6:26
NeuralStan
·
He kept about eighty of them back, because people were taking his work and putting their own names on it, and hiding them was the only defence he had.
6:34
NeuralStan
·
He did not join communities.
6:37
NeuralStan
·
He built them.
6:39
NeuralStan
·
In February two thousand sixteen he wrote three lines about what he was doing and gave it a name.
6:47
Max Miller (synthetic voice)
·
The original Meyer replications.
6:50
Max Miller (synthetic voice)
·
Often copied, but yet to be duplicated.
6:53
Max Miller (synthetic voice)
·
PROJECT ICARUS.
6:58
NeuralStan
·
Eight years later, in the Discord, somebody worked out what the name meant while they were typing.
7:03
NeuralStan
·
Just saying.
7:04
NeuralStan
·
Icarus flew too high.
7:06
NeuralStan
·
And then: ah.
7:06
NeuralStan
·
Maxi, you bastard.
7:08
NeuralStan
·
Project Icarus.
7:10
NeuralStan
·
Now I get it.
7:14
NeuralStan
·
But that is the reading everyone reaches for, and it is not the one he meant.
7:17
NeuralStan
·
At his funeral it was put another way.
7:20
NeuralStan
·
Most people treat that story like a warning: stay low, do not dream too big.
7:24
NeuralStan
·
Max saw the part nobody talks about.
7:29
NeuralStan
·
Icarus proved it was possible to fly.
7:32
NeuralStan
·
He taught by refusing to teach, and he was open about why.
7:39
Max Miller (synthetic voice)
·
There's no reason for me to tell you how to get efficient if you're never going to get efficient.
7:45
NeuralStan
·
If you asked him a direct question you got back a shrug, or a deliberately vague answer, and you went away and found it out yourself, which was the entire point.
7:56
Max Miller (synthetic voice)
·
Do The Work!
7:59
NeuralStan
·
But when somebody was actually working, he gave them everything he had.
8:05
Max Miller (synthetic voice)
·
So if you study how voltage moves and how amperage moves, and if you understand this, I give you all of the answers today.
8:19
Max Miller (synthetic voice)
·
And if you can answer this question, you're going to understand a huge amount.
8:26
Max Miller (synthetic voice)
·
If you understand what is happening here, you will understand how to do it.
8:33
NeuralStan
·
The man who built this archive spent years down rabbit holes Max had sent him into deliberately.
8:38
NeuralStan
·
When he finally said so, he got the answer everybody got.
8:44
Max Miller (synthetic voice)
·
But look at what you learned!
8:48
NeuralStan
·
That is the method of this archive, and nobody here chose it.
8:51
NeuralStan
·
Twenty-five films that show their working, every number traceable to a document, because the man who started it was taught by somebody who would not hand over the answers.
9:03
NeuralStan
·
On an ordinary bench oscilloscope, every channel shares one ground, and that ground is bonded to the mains earth.
9:09
NeuralStan
·
Put a probe on a cell that is floating on the secondary of a transformer and you have connected it to earth.
9:14
NeuralStan
·
You have not measured the circuit.
9:16
NeuralStan
·
You have changed it, and sometimes destroyed it.
9:23
NeuralStan
·
That single mistake is behind a great deal of what gets posted as evidence in this field.
9:29
NeuralStan
·
Max used a Tektronix with four isolated channels, running off its own batteries.
9:33
NeuralStan
·
Every input floating, from each other and from earth.
9:37
NeuralStan
·
He could watch the drive, the gate and the cell at the same time, differentially, with nothing tied to ground.
9:44
NeuralStan
·
He did not need isolation probes.
9:46
NeuralStan
·
He needed high-voltage ones, and he had those.
9:53
NeuralStan
·
He bought the instrument that makes the measurement honest.
9:56
NeuralStan
·
That is why he was entitled to the next thing he said.
10:00
NeuralStan
·
Speaking about the diode in Meyer's circuit, and what happens when it is missing.
10:07
Max Miller (synthetic voice)
·
A lot of people on the internet, you'll see, oh, I got 50,000 volts.
10:12
Max Miller (synthetic voice)
·
I got 30,000 volts.
10:14
Max Miller (synthetic voice)
·
Well, if they actually show an oscilloscope shot, you can clearly see they have an AC wave in one bubble.
10:21
Max Miller (synthetic voice)
·
Well, congratulations.
10:23
Max Miller (synthetic voice)
·
It's on that one bubble.
10:26
NeuralStan
·
Show the scope shot.
10:28
NeuralStan
·
If the wave is alternating, the diode is not doing its job, and the number on the meter is decoration.
10:33
NeuralStan
·
He held everyone to that, including himself.
10:38
NeuralStan
·
He was up all night with it.
10:39
NeuralStan
·
One photograph at seventeen minutes past three in the morning, the next at twenty-three minutes past six.
10:46
NeuralStan
·
On both of them the high-voltage output rings, and decays, and rings again.
10:50
NeuralStan
·
And on both of them the minimum is not zero.
10:53
NeuralStan
·
A hundred and eighty volts out of eight hundred and thirty-two.
10:55
NeuralStan
·
Ninety-two out of three hundred and eighty.
10:58
NeuralStan
·
Between one pulse and the next, the voltage across the cell never comes back down to ground.
11:08
NeuralStan
·
Meyer's own technical manual makes that a rule.
11:10
NeuralStan
·
Chapter eight-six says the point where one pulse hands over to the next must not be allowed to reach ground, so that the charge across the water gap is never lost, and it offers one third of the peak as an example figure.
11:25
NeuralStan
·
Max Miller measured about a quarter.
11:26
NeuralStan
·
Twice.
11:27
NeuralStan
·
Before dawn.
11:29
NeuralStan
·
Eleven years before anyone in this archive went looking for that chapter.
11:35
NeuralStan
·
He never gave it a name.
11:35
NeuralStan
·
He photographed it, and he posted it, and he went to bed.
11:40
NeuralStan
·
Reading Meyer's own memo aloud to the room, and stopping at the part that matters.
11:48
Max Miller (synthetic voice)
·
A rough diagram, pulse time would be the time on, and then he specifically says that the variable voltage amplitude raises up in step charge.
12:00
Max Miller (synthetic voice)
·
So he's telling you the dielectric so you can find the capacitance of the water in the plates.
12:07
Max Miller (synthetic voice)
·
The modulated inductor, and then it goes to charge the voltage zones to a higher potential beyond the applied voltage.
12:16
NeuralStan
·
Higher than the voltage you put in.
12:18
NeuralStan
·
That is the claim, and it is the thing he photographed at three in the morning: a wave that climbs, pulse by pulse, and never falls back to ground between them.
12:30
Max Miller (synthetic voice)
·
Every time you capture the back emf your gonna grow a step.
12:36
NeuralStan
·
He wrote that sentence down in a chat window, years later, and somebody kept it.
12:42
NeuralStan
·
Somebody in the room asked him where the high voltage actually comes from, if it is not simply the transformer.
12:51
Max Miller (synthetic voice)
·
The transformer is where you get the high voltage, and then it's multiplied by this Q factor.
13:02
NeuralStan
·
And the Q factor comes from the resonant charging choke?
13:08
Max Miller (synthetic voice)
·
It's just physics.
13:10
Max Miller (synthetic voice)
·
That's how things work.
13:14
NeuralStan
·
Episode nineteen of this series is about the losses Meyer chose, and the Q of the one coil anybody has measured.
13:20
NeuralStan
·
Episode twenty-one is about a ratio of two pi over Q, and what it costs.
13:24
NeuralStan
·
Both of them are this archive arriving, years later and with a great deal more arithmetic, at something Max Miller said in passing and thought was obvious.
13:36
NeuralStan
·
In the patents there is a tuning procedure that has been read for thirty years as a boast.
13:39
NeuralStan
·
Max read it as an instruction.
13:45
Max Miller (synthetic voice)
·
But this is one where he specifically says that as you tune the dial, the voltage goes up towards infinity and the amperage goes down.
13:55
Max Miller (synthetic voice)
·
Yeah, he's saying the Q factor goes to infinity if the resonance of these are correct.
14:03
NeuralStan
·
Not infinite energy.
14:04
NeuralStan
·
Infinite ratio.
14:06
NeuralStan
·
Volts up, amps down, on the same knob, which is what a resonant circuit does and what the Q of a coil measures.
14:16
Max Miller (synthetic voice)
·
So the best you can do is your Q factor of energy, the highest you can do.
14:22
Max Miller (synthetic voice)
·
The transformer is where you get the high voltage, and then it's multiplied by this Q factor.
14:34
NeuralStan
·
And when he was asked where that multiplication comes from.
14:39
Max Miller (synthetic voice)
·
It's just physics.
14:41
Max Miller (synthetic voice)
·
That's how things work.
14:45
NeuralStan
·
He is talking about resonance, and about tuning a circuit the way you tune a radio.
14:52
Max Miller (synthetic voice)
·
When you turned that dial, you had an inductor and a capacitor, and when the resonance matched your radio station, you picked up the broadcast.
15:00
Max Miller (synthetic voice)
·
In reality, there's a thousand different broadcasts going in the air, you tune in the resonance of that station, you listen to the music.
15:12
NeuralStan
·
And then, in passing, he says this.
15:17
Max Miller (synthetic voice)
·
The resonance of water is in the gigahertz and Stan only went around five kilohertz.
15:27
NeuralStan
·
Water relaxes in about eight picoseconds.
15:30
NeuralStan
·
That is nineteen gigahertz.
15:31
NeuralStan
·
Meyer's circuit runs near one kilohertz.
15:34
NeuralStan
·
Between the thing and the way it is being driven there are seven orders of magnitude, and everything Meyer wrote about tickling the water molecule has to live inside that gap.
15:46
NeuralStan
·
This archive worked that out this year, from relaxation constants, and wrote it up as a finding.
15:52
NeuralStan
·
Max Miller said it in one sentence in two thousand fourteen and went straight on to the next thing.
15:59
NeuralStan
·
He was not guessing.
16:01
NeuralStan
·
He had measured his own cell, on his own instrument, at three in the morning.
16:06
NeuralStan
·
He never asked anybody to buy what he had.
16:09
NeuralStan
·
He asked them to buy the cheapest thing that would show them the effect.
16:16
Max Miller (synthetic voice)
·
My point is, if you want to study resonant frequency of a transformer, buy a car coil.
16:24
Max Miller (synthetic voice)
·
Put a three amp fuse on a car coil because if you pull more than three amps you will melt the car coil.
16:33
NeuralStan
·
And then the thing that a man only says if he has actually done it.
16:39
Max Miller (synthetic voice)
·
Once you achieve electrical resonance, if you turn it off, it's going to keep working after you turn it off until that resonance ends.
16:50
Max Miller (synthetic voice)
·
Until you break the connection there is no back EMF and no voltage reversal.
16:55
Max Miller (synthetic voice)
·
In Stan Meyer's VIC, there is no back EMF.
17:05
NeuralStan
·
That last sentence was written down twice by two different people who heard him say it, years apart, in two different rooms.
17:13
NeuralStan
·
He was teaching people to make an explosive gas in their garages, and he did not leave that part out.
17:20
Max Miller (synthetic voice)
·
Out in California some people were trying to compress hydrogen and oxygen and it still had the two parts together and it blew up and it killed.
17:31
NeuralStan
·
When you're charging a battery in your car, he told them, it puts out hydrogen.
17:34
NeuralStan
·
That is why the thing goes up in your face if you lean over it with a lighter.
17:40
NeuralStan
·
Nobody was paying him to say any of that.
17:43
NeuralStan
·
In September two thousand nineteen he posted five photographs with a four word caption.
17:47
NeuralStan
·
Meyer estate car V I C.
17:52
NeuralStan
·
Red chokes.
17:53
NeuralStan
·
Yellow primary.
17:55
NeuralStan
·
Blue secondary.
17:56
NeuralStan
·
Green pickup.
17:57
NeuralStan
·
Beside them the card, with its counters and its trimpots marked lock and in.
18:03
NeuralStan
·
Every colour this archive reads a winding by, it reads off Max Miller's photographs.
18:07
NeuralStan
·
When a film in this series says the red one is a choke, that is not a document talking.
18:12
NeuralStan
·
That is a man who drove to where the thing was and took a picture of it.
18:19
NeuralStan
·
After all of it, this is where he came down.
18:23
Max Miller (synthetic voice)
·
Everything I have done says Stan told the truth and his circuit will resonate around five kilohertz.
18:32
Max Miller (synthetic voice)
·
And I will tell you there's a lot more into it, but you have to understand the basics.
18:42
NeuralStan
·
Not that the machine worked.
18:44
NeuralStan
·
That the man had described honestly what he had in front of him.
18:47
NeuralStan
·
Those are different claims, and Max Miller was careful about which one he was making.
18:52
NeuralStan
·
A local museum let him put on a conference about a dead inventor from Grove City.
18:55
NeuralStan
·
He organised it himself and he hosted it himself.
19:01
NeuralStan
·
A man called Chris Bake came, and brought Tesla equipment, and rigged up a coil in the room.
19:05
NeuralStan
·
They lit light bulbs out of the air.
19:07
NeuralStan
·
They also destroyed the memory cards of the people who were filming it.
19:13
NeuralStan
·
Ethan was in that room too.
19:15
NeuralStan
·
The two of them barely knew each other yet.
19:18
NeuralStan
·
That afternoon is where Chris Bake first met this technology, and Stanley Meyer's name, and it is the reason this archive exists and the reason you are watching this.
19:29
NeuralStan
·
There is no photograph of it.
19:30
NeuralStan
·
No video, no post, nothing.
19:33
NeuralStan
·
The archive has been searched and it holds nothing at all from that day.
19:37
NeuralStan
·
Possibly because of the coil.
19:41
NeuralStan
·
If you were in that room, and your camera survived, the archive would like to hear from you.
19:47
NeuralStan
·
He got Don Gabel to stand up and demonstrate an eight X A.
19:50
NeuralStan
·
Gabel's measurements of a real Meyer coil are the reason two films in this series say what they say, and Max is the reason Gabel was in a room.
20:02
NeuralStan
·
He got Stanley Meyer's sister and his niece to come and speak, and a local paper sent a reporter and a photographer, and printed it.
20:06
NeuralStan
·
Barbara Ferret, eighty-four years old, saying she was ten years older than the boys.
20:12
NeuralStan
·
Lorraine, her daughter, saying that most of the family had never believed a word of it.
20:20
NeuralStan
·
He sold circuit boards cheaply so that other people could afford to fail at this too.
20:27
Max Miller (synthetic voice)
·
Slade Outlaw made stans circuit boards and with the help Per Ritter....
20:31
Max Miller (synthetic voice)
·
We made boards and sold them cheap.
20:34
Max Miller (synthetic voice)
·
Per Ritter wanted the world to have those boards.
20:41
NeuralStan
·
Running a group is unpaid work that nobody thanks you for.
20:43
NeuralStan
·
On Christmas Eve, two thousand twenty-one, he asked for something.
20:50
Max Miller (synthetic voice)
·
Please.
20:51
Max Miller (synthetic voice)
·
Everyone is welcome to post stuff, and ideas.
20:55
Max Miller (synthetic voice)
·
I really wish more people would become involved.
20:58
Max Miller (synthetic voice)
·
Please, if some one gives constructive criticism, don't tell them how stupid they are for the criticism.
21:06
Max Miller (synthetic voice)
·
Some people are engineers.
21:09
Max Miller (synthetic voice)
·
Some people have put a lot of work into what they post.
21:15
NeuralStan
·
And when it was needed, he was not gentle at all.
21:21
Max Miller (synthetic voice)
·
I don't ban many people.
21:23
Max Miller (synthetic voice)
·
But understand that thus guy is a scam!
21:25
Max Miller (synthetic voice)
·
He is being banned.
21:30
NeuralStan
·
He kept a forum, and he kept telling people to go and read it instead of asking him.
21:37
Max Miller (synthetic voice)
·
Now, if you go to my forum, which is free, and you go to the thread that's marked Resonance,
21:48
Max Miller (synthetic voice)
·
it is a coloring book with visual oscilloscope pictures with waveforms, hand drawn in paint, step charge, unipolar pulse trains, why it does it when it does it in picture form.
22:05
Max Miller (synthetic voice)
·
I maintain a forum at, it's not even my cost actually, a friend of mine pays for it.
22:13
NeuralStan
·
A colouring book, hand drawn in Paint, of everything he had measured.
22:16
NeuralStan
·
Free, on somebody else's server, for anyone who would read it.
22:23
Max Miller (synthetic voice)
·
We have people that know what Stan did, but they don't know they know.
22:28
NeuralStan
·
Herman Anderson built a car that was supposed to run on water.
22:30
NeuralStan
·
He died, and the car went into a field, and in two thousand and nine somebody on a forum said it was somewhere in Kentucky and that was the end of it.
22:41
NeuralStan
·
Thirteen years later Max bought it.
22:46
Max Miller (synthetic voice)
·
I pulled Herman Andersons water car out of the weeds today.
22:49
Max Miller (synthetic voice)
·
Anyone interested in it?
22:50
Max Miller (synthetic voice)
·
I am thinking to make a documentary on it and Herman.
22:53
Max Miller (synthetic voice)
·
Anyone want to help?
22:55
Max Miller (synthetic voice)
·
Anyone want a trophy of a part off it?
22:58
Max Miller (synthetic voice)
·
Maybe sell some pieces or parts, or whole.
23:00
Max Miller (synthetic voice)
·
Doesn't run.
23:01
Max Miller (synthetic voice)
·
Engine is locked up.
23:04
Max Miller (synthetic voice)
·
I videoed or photographed everything when I bought it.
23:13
NeuralStan
·
I videoed or photographed everything when I bought it.
23:15
NeuralStan
·
An iron worker in Ohio, buying a wreck, and documenting its provenance on the day, because somebody was going to want to know where it came from.
23:25
NeuralStan
·
A year later he posted again.
23:26
NeuralStan
·
Firing up Herman Anderson's water car today.
23:28
NeuralStan
·
And the photograph is a bonfire, burning in a field, next to a car that does not run.
23:36
NeuralStan
·
Stan Meyer's water-fuel dune buggy is the thing people still argue about.
23:40
NeuralStan
·
Most of them watched the old videos and dreamed about it.
23:44
NeuralStan
·
Max reverse-engineered it and then he built it.
23:47
NeuralStan
·
He found the same Volkswagen engine, restored it, machined the timing parts himself, built an optical ignition system, and ran that engine on petrol and on fuel made from water, so that the difference could be seen rather than asserted.
24:01
NeuralStan
·
He reverse-engineered missing parts.
24:04
NeuralStan
·
He recreated dimensions.
24:05
NeuralStan
·
He made three-D printable files and machining plans and circuit boards, so that nobody would ever have to start from scratch again.
24:14
NeuralStan
·
If it did not exist, he made it.
24:17
NeuralStan
·
If it did not work, he fixed it.
24:20
NeuralStan
·
If it was not known, he tested it.
24:23
NeuralStan
·
He recovered one of Stanley Meyer's injectors, and Meyer's own oscilloscope.
24:29
NeuralStan
·
And he gave them away.
24:29
NeuralStan
·
They sit on a bench in another state tonight, in the hands of the man he taught.
24:36
NeuralStan
·
Consider what that means about him.
24:38
NeuralStan
·
The one person in this story who fully understood that the instrument decides whether a measurement is honest, went and found the instrument the whole argument started on, and handed it to somebody else.
24:50
NeuralStan
·
He posted to that group for nine years.
24:52
NeuralStan
·
The last one is dated the twenty-fourth of January, two thousand twenty-five, and it is four words long.
25:03
Max Miller (synthetic voice)
·
Who recognizes this?
25:06
NeuralStan
·
The archive has the question and not the picture.
25:09
NeuralStan
·
Somebody saw it, and knows what it was.
25:12
NeuralStan
·
If that is you, the archive would like to hear from you, which is the sort of thing he spent nine years asking of everybody else.
25:22
NeuralStan
·
On the second of November, two thousand twenty-five, a message went to the channel that carries his name.
25:29
NeuralStan
·
It began: this is Helen, Max's wife.
25:33
NeuralStan
·
I am sad to say my loving husband just passed away this morning.
25:38
NeuralStan
·
Five days later, at the funeral home in Lancaster, Chris Bake stood up and said this.
25:44
NeuralStan
·
I wanted his family and friends to know that Max didn't just believe in something big.
25:47
NeuralStan
·
He built it with his own hands.
25:49
NeuralStan
·
I want his legacy to be understood, not just remembered.
25:53
NeuralStan
·
And all his accomplishments are not going to disappear.
25:58
NeuralStan
·
Ethan and I are here today to say: we will continue what Max started.
26:01
NeuralStan
·
We will protect his research, preserve his videos, guard his work, try to complete the projects he left behind, and make sure the world knows what he accomplished.
26:11
NeuralStan
·
Not as rumour, but as record.
26:17
NeuralStan
·
If I have seen further, it was only by standing upon the shoulders of giants.
26:21
NeuralStan
·
For me, Max was that giant.
26:25
NeuralStan
·
Max Raymond Miller.
26:27
NeuralStan
·
You flew close to the sun.
26:30
NeuralStan
·
And you showed us the sky was real.
26:34
NeuralStan
·
Everything in this film is on the episode page, in the order it came up.
26:39
NeuralStan
·
I am NeuralStan.
26:41
NeuralStan
·
This narration is synthetic.
26:44
NeuralStan
·
Max Miller's voice is synthetic too, cloned from fifteen seconds of him speaking at one of his own conferences, and it has read nothing in this film but words he is recorded as having said or written.
26:54
NeuralStan
·
Not one line was composed for him.
27:00
NeuralStan
·
He would have wanted the method stated, so: the archive did the work.