"I went to NASA and showed them my technology and one of the professors over ...
"Yeah, no way you could've built it in your garage, don't bite it, build this stuff in your garage."
“"And I thought about it for a second and NASA turned this way."”
Professor Gal Nehum is a U.S. Army veteran inventor in the founder of Clean Air Electric Filter, inspired by decades of research and a mission to restore environmental balance, he is developing conducted direct-current technology to advance cleaner air, healthier communities, and a more sustainable future." "I'm told new one-time, long one-time when I started out, I was looking for companies,
and they always said, "No, actually said to me, "where are you looking for no,
I said, "No, I'm looking for a yes." "When you fall down, I'll always get up." "There's a minute of how, oh, we'll get up." "What advice would you have for somebody that wants to succeed at what they're doing?"
“"Find the niche, and nobody ever explored before."”
"I use it and amuse it, 'cause my disease can do not think of us." "It's not over, I'm telling how we're." "The living your legacy podcast, for those who live to leave a legacy."
"As it's free, we're in the house of the audience."
"Oh, if it's sensational to open, Chicago was the lead." "You said, Paul, it's the bottom of the planet. You can live your dreams." "Welcome back, everybody, to another episode of the Living Your Legacy Podcast. I'm your host for today, Jason Tyler, and today, I am joined by Professor Nehum. Welcome to the show Professor, how you feeling?"
"I'm feeling okay. Thank you very much for asking." "Of course, of course." "So, we just finished filming your episode of Legacy Makers." "Now that we're on the other side of filming, what do you think the viewers out there are going to learn from your episode?"
"That's out there." "Something that they might not have thought of previously." "There's a technology out there that we haven't thought of yet." "Yes." "And that you have been experimenting with for the last 12 years?"
"Yes." "Talk to me a little bit about conducted direct current technology." "And conducted to recurrenties, making their, uh, their recurrent opposite, turn around that way, when it goes around the house, um, positive, and the negative conducted recurrent are actively, they can actually do something, um, when they are, uh, their recurrent
can not do anything because they're, like, face down. This way they're face step, and you can do something with this technology." "Mm-hmm." So I want to rewind and take it back a little bit. "You were in the, you were in the infantry during Operation Desert Storm." "Yes."
"Talk to me a little bit about your experience being in the military."
"We always had to follow orders."
“"A lot of structure." That's what, that's something we talked about on the episode too.”
"Yes." "A lot of structure, a lot of yelling, a lot of pushups, and then he did the job right." "Be okay." "Mm-hmm." "Yes." "That's how I learned to look in life and to work hard to get somewhere." "And so you had mentioned a story to me during Desert Storm that you were out in an operation and you were out in the field and you couldn't even see your hand in front of you but
you could see a lightning bolt above you and you were, and that's what kind of sparked this whole thing. Talk to me about that story." "I was saying on my Brad Bradley doing that daytime, you were, it was dark. You can see a thing because of old black smoke around." "Mm-hmm." "And now I was looking up and all of a sudden I see this light bolt and I thought myself, how the hell am I seeing this?" "Well, I cannot see anything else." "Mm-hmm."
"Can they even see my hands in my front of my eyes?" "Can't see a thing." "And you can see this." "Safely, then I study this and this is where conducted direct, connected, recurrent from nature.
This how nature will seal too.
sort of the hypothesis that would turn into 12 years of studying and experimenting." "Yes."
“"And so I want to talk a little bit about just what the positive effects of this technology”
have been not just for you, but you've observed it even in other people. You know you told me the story of your roommate who came in and spent a couple of days, he was sick as a dog, and then all of a sudden he was dancing." "Yes." He came back home. He was sick as a dog.
He was coughing. He had not all over and he couldn't stand, so he went to bed at turnaround
on the machine three days later. He was dancing." "For you guys that might not have this context, you know, Professor Naomi and I had just spent two hours, two and a half, maybe
“talking about this technology and I want to give you guys just kind of a breakdown of”
what the application of his 12 years of research have been. This is a filter and electronic filter, correct? So, talking about how that filter is helping your body, you mentioned it had restorative effects, it was helpful in de-aging. "That's the filter itself, the filter itself, the cell before will separate C from the old two." That's the filter. Now, what you're talking about the CDC technology, that's the other side of this filter. Now, in CDC technology, you can reverse time
because as we all know it, you can have a tube of let's say a metal tube with a magnetic force of that stuff in on it that will magnetize all tube and you take a copper ball and turn it
inside. Now, when you have no power into this tube, you'll go out one second. When you do it,
one more time in turn and on, you'll take about three seconds for it to come down. That means
“it slows down time. That's what my CDC technology does. It slows time. It makes time go by slower.”
In your body, in your cells, you want to sell your level. And nothing that you mentioned over there, did you know there are internal organs that work on at 6.5, they're recurrent? That means when I came out of the service, my liver was injured also. 30% of it was gone. Now, when you CDC technology, you activate the whole of the 100%. So, right now, it's functioning a 100%. So, it's essentially making up for that 30% of it that was gone. Yeah,
got you. Because CDC conducted the recurrent, I conducted 27, conducted the recurrent, as I said before, you need 6.5, the recurrent for your internal. You can also use conducted the recurrent. So, what it does is take them, I like dead cells and react to them. So, if you don't have anything dead in there, how do I know it works? Because I see my bowel movement, my bowel movement is to be black, and now it's nice and brown. Nice, the light brown. So, in 12 years of research,
and we talked about this on the show as well, in 12 years of research, you've kind of been your own sort of test subject, right, for the technology. Talk to me about the benefits that you've seen personally. I had it in condition, there's some being exposed to sand gas, my face, don't have no more. I used to have a, they call scow condition. Yes, scow condition, don't have any more. Fungus is, if Fungus is that a little bit when you're told, the one they use, they don't
Live in doing my tools.
on the show, they need to be able to eat, move, reproduce. Yes. And so, through
this technology that you've developed, you're cutting off their ability to eat, move, reproduce.
“And then the only thing left for them to do is die. Yeah. So, in that, what other applications do you”
think are out there for this technology? Not just to make people safer, but we talked about this, let's make the planet better. Yeah, make our earth two for Mars. Because I said the atmosphere is and he's 7% CO2 on Mars. So, change it to O2, put bubble around Mars, put trees on Mars, that way you don't have to work with the machine all the time. That way, the oxygen will be really breathable for us, people, and then we go our two. And then on top of that, what we had mentioned
too, was that it creates its own ozone. Yeah. Through that process of removing C from the O2. Yeah, you can't know that. Generally, you divide negative ions, turn it into ozone, what's to get up to the atoms. Yeah. Mm-hmm. So, you operate, it's already proven down here.
“We already know that. You mentioned, can you tell me the story of, you know, going to NASA?”
I went to NASA and showed them my technology and one of the professors over there said to me, nah, no way you could have built it in your garage, nobody built this stuff in his garage.
And I thought about it for a second unless it turned this way. If our brothers didn't build there,
implementing their garage, there wouldn't be a NASA, and everybody will be traveling the world in the steamboat. Mm-hmm. If they didn't build their airplanes in their garage, you guys wouldn't have gone to the moon. Yeah. So, we got to be able to trust that somebody's going to build something in their garage at some point. Yeah. Um, it's funny. It reminds me of
“you're watching Iron Man. Oh, we tuned. The first one. Uh-huh. Tony Stark built this in a cave.”
Yeah. It's kind of like that. It's like, yeah, if Tony Stark can build this in a cave, why can't we build it? And then you talked about like, there's egos involved. Yeah. And so, people want to get their egos involved and like, ah, there's no way you built that in your garage, and then you dismiss it. And now we're missing out on good technology. Scientific way is to examine everything out there before you say no to it. Mm-hmm.
That's the way I'll learn stuff. That's the way I am. I'll learn before I'll dismiss it. I don't dismiss it straight up because it came from a person which did not like goes into the picture of a heart person's supposed to look like. Mm-hmm. Because I don't know him. I know his instrument. I don't know who he is. I don't know where he is. Could be that I'm sitting in the way here, writing through rocket scientists. And I know idea. Mm-hmm. Uh-huh. I will
preface. I'm not a rocket scientist. No. But for the viewers out there, you know, our audience is their entrepreneurs, their business minded. They are people who want to succeed at the things that they're pursuing. What advice would you have for somebody that wants to succeed at what they're doing? Find the niche that nobody ever explored before. I use it and abuse it as much as he can.
Do not think of a money as a top of your expansion because money is never top of your expansion.
You can always find it somewhere. You can find money. Yeah. Money can be found. The grants, the government. There's a lot of places which you didn't even think about. And don't give up. Mm-hmm. I'm doing what you're doing. Be persistent. Yeah. Be persistent. We talked about that a ton. You, you know, I've gotten to listen. I've gotten to hear your
Story over the last two maybe three hours.
your persistence. You don't, you don't experiment with something for 12 years. If you're not a
“persistent person. Yeah. And I think my, my major takeaway from this experience and from being able”
to get to know you has been just not to give up. Yeah. That's like my major major takeaway.
And when you fall down, always get up. Just get back up. Yeah. It doesn't matter how you always get
up. Back up. Mm-hmm. I can't do that. I mean, two a degree and like maybe not on like a physical level but what you do in the ways that you do get back up are you're, you're not giving up on the thing that you're pursuing. The more resistance I get from now, my anybody from the system of somebody the more anxious I am, but, you know, proving them wrong, more persistent that I become. Mm-hmm. Who the hell are you to tell me I'm wrong? Mm-hmm. That's the way I look at it. So you don't see
nose as nose. You just see nose as like, I'm going to prove that wrong. Yeah. Like my mom told me one time long one time ago when when I started out, I was looking for companies to join in with them.
Mm-hmm. Oh. Give them this information so they'll do something about it and they'll always say,
no. Mm-hmm. And she said to me, "What are you looking for?" No, I said, "No, I'm looking for a yes." Mm-hmm. Mm-hmm. I say this with the, I say this with people all the time. If you knew that there was a specific number of, a number of nose that it was going to take for you to get the yes that you're looking for, you'd be happy to go through those nose because you know, all right, I'm only 30 nose away from that yes. So let me get these nose out the way, I'm just
“going to keep going and going and going. It's like that in the world. Like you have to”
cancel out the noise, you have to be able to bulldoze through the nose. You said this about, you know, your time in the service. If something's in my way, I'm just going to bulldoze right through it. Yeah. And that's like, I think that applies to life. Like you got to be able to bulldoze through the nose to get to your yes. Yeah. And that's, I mean, what more of a takeaway do you need from that? And guys, if you're still watching at this point in the episode, I want to make sure
that you tune in to Professor Names episode of Legacy Makers, which is going to be coming out
“shortly after this podcast, airs. So if you want to do a deeper dive on his story on the CDC”
technology and conducted direct current, make sure you check out his episode. It'll be coming out about a little bit after this episode of airs. Any final messages for the viewers out there? You know, I was thinking by myself, I do also, you just tell us all the time this thing. It's still for this question and the room is the one that has all the time he told us about it.
So I came up with this question. Yes, Kim. You know, your drill sergeant was never like,
man, you asked too many questions. No, he was happy. That's great. That's great. Well, Professor, I just want to say it's been an immense pleasure having you on the show and getting to learn your story. And I want to just make sure that you know that we really appreciate you being here on the show. So I want to just say thank you again for joining us. No problem. And guys, this has been another episode of the Living Your Legacy podcast. Again, I'm your host Jason Tyler,
and we will catch you guys in the next one. (upbeat music)
