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Is Albert Lin married? Wife, scientist Albert Lin Wikipedia, age information. Albert Lin Spouse Wiki Birthday Children Ethnicity Nationality Bio Also Read :-
What is his net worth?
As a matter of fact. the details of his wealth and salary are not available on the Internet. But knowing his work and also his qualifications, we are pretty sure that he has an attractive net worth.
2016
net worth
unknown
2017
net worth
unknown
2018
net worth
unknown
2019
net worth
unknown
2020
net worth
Under review
While his actual net worth is being verified, we assume it must be close to $5 million or even more.
Information about his parents
Like most personal information about Albert, information about his parents is not available on the internet. But he was born in America to Asian parents.
Father
N / A
mother
N / A
Brothers
N / A
sister
N / A
ks, ks
2
If we talk about his own children, he has two children. Even these children sometimes accompany him on his discoveries. But the information about her mother is nowhere to be found on the Internet. https://www.instagram.com/p/Bv2Va2FnkNq/?utm_source=ig_web_copy_link
How old is Albert? Age, Wiki, and Bio
Albert was born in San Diego, California and still reses there. However, the discoverer himself d not let outsers learn too much about himself. For example, the information about his age or early life is not available on the internet. But in his pictures he looks like he’s in his thirties. While this may be true, precise information is not yet available.
Age
In his 30s
birthday
March 22
Ethnicity/Nationality
Asian American
Speaking of education: He has a doctorate in engineering. His path from engineer to explorer required a lot of courage and self-confence. After realizing that the earlier discoveries could be misleading since they had been made without any technical references, he was enticed by his knowledge to make discoveries. And now an engineer-turned-discoverer is wowing us with his discoveries, also with the help of technology. He is an explorer for the Lost Cities documentary program on National Geographic.
How tall is Albert Lin? His feet, height and body measurement.
Albert Lin appears to be of average height above. While his actual height isn’t on record, we’re assuming he could be around 5 feet 7 inches tall. He also has a physically fit body. But if you look closely, you’ll see that Albert lost his right foot. It happened due to an unfortunate accent that happened on September 26, 2016 during his off-road driving. After this accent, his right foot had to be amputated below his knees. As a result, he now wears a prosthesis. While people lose confence in life because of such incents, Albert managed to become even stronger and achieve more success and discoveries.
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Height
M – N/A cm – n/a Feet – N/A
weight
kg – n.a. pounds – n.a
body measurements
In -N/a Cm -N/A
Albert Lin is dating explorer Bruna Bortolato<b></b>
Because Lin travels a lot, he needs someone who understands his schedule and way of working. And in Bruna he found the perfect person. Bruna herself is an explorer. Along with Lin, she has witnessed many discoveries. Still, they haven’t revealed when and where and how they started dating just yet. But from the pictures on the internet they seem to be a loving couple with a beautiful family. https://www.instagram.com/p/B05rSe1HN0O/?utm_source=ig_web_copy_link
Relationship History
Dating
Bruna Bortolato (present)
Committed
N / A
Married
N / A
divorce
N / A
Ase from work and discoveries, Bruna and Albert also have a beautiful family. Albert has 2 children, however there is no sol evence that Bruna is their biological mother.
Who is Albert Lin?
Albert Lin is an explorer, scientist and adventurer. He earns his love by exploring different parts of the world. From PhD to explorer, he has a wealth of experience and knowledge when it comes to discoveries and lost cities. He is also currently known as an Explorer at National Geographic. So, seeing him on TV is also something we’re going to love about him these days. His tours to lesser-known places make him as interesting as his television programs.
5 You Must Know Facts on Albert Lin
Albert Lin d not disclose his marital status. Also, not even knowing his dating life with his girlfriend Bruna Bortolato is easy. Albert must be in his early 30s. However, his actual age is a mystery. Lin lost his right foot due to a serious accent on September 26, 2016. Albert Lin hasn’t revealed his net worth yet, but we assume he has an attractive net worth. Albert has over 10,000 followers on Instagram. He also has more than 3000 followers on his Twitter account.
About Girlfriend – Relationships Summary
First off, scientist and explorer Albert Lin has reportedly been dating Bruna Bortolato for quite some time. However, the information about their relationship is ified as of now. …….
About Albert Lin
Full name
Albert Lin
Age
in his 30s
birthday
March 22
net worth
N / A
salary
N / A
spouse (girlfriend)
Bruna Bortolato
ks, ks
Two
parents/family
N / A
Height / How tall
N / A
nationality
American
ethnicity
Asian
occupation/work
scientist, explorer
measurements
N / A
gay/lesbian
Just
Married/Engaged/Divorced
Dating
What nationality is Dr Albert Lin?
Born to a mother who was a former Hong Kong movie star and an astrophysicist father who took the young Lin on sabbaticals throughout Europe and Russia, he seemed destined to be on this worldly journey. In fact, his middle name, Yu-Min, translates to “Citizen of the Universe.”
Where did Albert Lin go to school?
He received his PhD in materials science and engineering from UC San Diego. His work has been featured in the Washington Post, BBC, NPR, ABC news, TEDx, Wired magazine, Gizmodo, al Jazeera, National Geographic, Newsweek, and the Harvard Business Review.
Has Albert Lin discovered anything?
Albert Lin has made a career of using technology to fuel big new discoveries. He employed satellites and radar to seek Genghis Khan’s tomb. And he recently helped discover the remnants of an ancient Maya megalopolis in the Guatemalan jungle using aerial scanning technology called LiDAR.
What did Albert Lin do?
Albert Lin is a research scientist leading the search for the legendary tomb of Genghis Khan.
How did Albert Lin lose his legs?
Last year, Lin’s right leg was severely damaged in an off-road vehicle accident. Bones were broken and splintered, like pieces of bamboo. Doctors amputated Lin’s leg from the knee down in hopes of alleviating excruciating pain.
What happened to Albert Lin?
On September 26th, 2016, Albert Lin had a major accident that meant he required his right leg to be amputated. Albert was in an off-road vehicle accident which resulted in his leg bones shattering. Next his leg – beneath the kneecap – was removed and he was fitted with a prosthetic limb.
Will there be a second season of Lost Cities with Albert Lin?
“Lost Cities With Albert Lin” Returning For A Second Season | What’s On Disney Plus.
Where can I watch Albert Lin?
- Prime Video.
- Disney+
- HBO Max.
- Apple TV+
- Paramount+
- All Streaming Services.
What kind of prosthetic does Albert Lin have?
On a recent afternoon, Lin stuck his carbon fiber and titanium prosthetic limb on a desk and said, “There are 40 million amputees around the world. Most of them don’t have the advantages I’ve had with this.
What channel is Albert Lin?
Nat Geo Developing New Season Of ‘Lost Cities With Albert Lin’; ‘The Tinder Swindler’ Producer Raw Takes Over Production.
What technology does Albert Lin use?
Explorer and engineer Albert Lin is continuing this high-tech journey back in time. He uses drones and LIDAR (light detection and ranging) imaging to peel back centuries of overgrowth or to peer through modern cities, exposing hidden archaeological structures and lost details about the cultures that built them.
TEDxMidAtlantic 2010 – Albert Lin – 11/5/10
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Albert Lin Bio, Age, Height, Family, Wife, Married, National …
Albert Lin is a well-known Explorer of the National Geographic Society and co-Founder and CSO of Planet3 Inc.Several of his adventures have.
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Albert Yu-Min Lin Wiki, Age, Wife, Foot, Biography, Family, Facts
Albert Yu-Min Lin (born March 22, 1979) is an American Scientist, Communicator and Explorer-based in San Diego, California (United States).
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Date Published: 3/3/2021
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The Epic Lives of Albert Lin
The Epic Life of Albert Lin
UC San Diego engineering graduate Albert Yu-Min Lin can be described in many ways: explorer, engineer, scientist, artist, surfer, humanist, traveler, philosopher, father. Capturing Lin is a challenge, whether in a few words or just for a quick phone call. He seems to have an endless supply of drive – an energy, curiosity and optimism as big as the world he constantly explores.
When I reach Lin, he’s just finished shooting a new series for National Geographic. A few days earlier he had traveled through the Norwegian fjords and soon he would be disembarking from a Black Hawk helicopter in Jordan. But I can catch it right after a dive in the English Channel; it’s late and he’s freezing and he runs a bath in his hotel room to warm himself up.
Lin is shooting a Nat Geo series in Norway.
“It was wild,” he says. “We shot all night because it never gets dark in Norway. Around two o’clock in the morning you realize that you should sleep”, he adds with a laugh. But that seems appropriate to Lin’s mission for the show: “We find places where extreme conditions hide secrets — things that might tell you more about human history.” (The Lost Cities with Albert Lin series just got theirs first season ended.)
Lin’s own story, full of extremes and adventures and unexpected twists and turns, can also shed light on our human condition. Born to a mother who was a former Hong Kong film star and an astrophysicist who took young Lin on sabbaticals across Europe and Russia, he seemed destined to embark on this worldly journey. In fact, his middle name, Yu-Min, means “citizen of the universe.”
But his own age of discovery began at UC San Diego in the classes of Professor Marc A. Meyers, a materials scientist at the Jacobs School of Engineering. “He was a Renaissance man,” Lin recalls. “I always thought you had to be an expert at something. But he wrote poetry and novels; He went down the Amazon. He did all these other things, but he was also a materials scientist. He was human.”
For Lin, Meyers rekindled a classic romantic notion of the explorer-scientist, so much so that Lin took small trips every summer to cultivate his own sense of adventure.
One such journey found Lin on a train in the Gobi desert, in the middle of the night on the China-Mongolia border. A chance encounter prompted him to intercede for a Mongolian woman and her friend who were having difficulties crossing the river. “The situation was tense,” he recalls. “It was a very scary place to turn up in the middle of the night.”
Lin, who is fluent in both Mandarin and English, helped translate for the couple and got them safely through the border — a seemingly small but important act that would ultimately change the course of his journey and his future. In a gesture of gratitude, the woman welcomed Lin and introduced him to her family and her nomadic culture, dating back thousands of years in ancient history and involving Emperor Genghis Khan. Lin became sort of an adopted son: “They gave me a horse and taught me about a story I didn’t even know existed – a story where Khan was a hero,” he says. “Of course he was a warrior at the time, but he changed the entire course of the planet in a single lifetime, defeating armies that were more advanced in every way.”
Lin gallops across the Mongolian steppe in search of Genghis Khan.
Lin returned home and finished his Masters and PhD in Materials Science and Engineering, but his fascination with Khan stayed with him. After graduating, he delved into the subject, selling everything he owned, sleeping in his car and on couches, and dedicating all of his time and resources to building his own research project. He wanted to investigate the history of Khan and delve deeper than anyone into the mystery of his final resting place. He gave himself a year.
“I ate so much ramen and eggs that it almost makes me sick to my stomach today,” he says. “But it was, in some ways, one of the happiest times of my life.” Such a minimalist life allowed for an intense focus on exploring the lost history of Khan from a scientific and technical perspective, an approach informed by a lecture he gave Attended 1973 in the graduate school of Maurizio Seracini. Seracini spoke about new technologies that allowed researchers to examine cultural artifacts without damage or interference, and opened Lin’s eyes to how they could see beneath the surface of paintings and through walls using multispectral imaging and other non-destructive techniques. The talk also introduced him to the interdisciplinary endeavors of the Qualcomm Institute, then known as the UC San Diego Division of the California Institute for Telecommunications and Information Technology, or Calit2.
Lin surveying the tomb of the First Emperor in China.
“I fell in love with this place straight away,” Lin recalls. He showed up every day at the institute, a research unit on campus. “I’d be in a suit but with no job, just pretending I belonged there. I found a desk to sit at and I sort of snuck in.”
Although he was essentially a squatter, institute directors Larry Smarr and Ramesh Rao Lins encouraged activity and curiosity. “They didn’t fire me,” Lin says. “It’s really a place for ideas to sprout. They kind of gave me a fishing license because they allowed me to use this amazing place as my home base.”
Little by little, Lin built credibility and partnerships while still being determined and scrappy. It all paid off when the President of National Geographic visited the campus. Lin figured his way out, jumped on his bike and caught him outside the Price Center. “I had a one-page offer and a one-minute pitch,” he laughs. “I didn’t let him go until he gave me his card — and then I really started harassing him.”
“I always felt that UCSD had a way of making the real world a part of your classroom, and I wanted to continue doing that,” says Lin of his support for the launch of the Engineers for Exploration program at UC San Diego in 2010.
Lin received a grant from National Geographic for his Khan project, and using the connections he happened to make on his previous trip, he gained access to the so-called “Forbidden Zone” of Mongolia, where Khan’s tomb is believed to be located. Lin points out that in some circles of Mongolian culture, Khan’s final resting place is considered sacred and destined to remain hidden and undisturbed, which is precisely why the novel use of ground-penetrating radar and non-invasive methods such as satellites is on the rise – and drone imagery has proven so important.
Ultimately, the tomb was not found, but Lin aroused widespread interest in the methods used in his search. Voted National Geographic Magazine’s Readers Choice Adventurer of the Year in 2009, he continued to travel the world using the same technology, searching for lost Mayan temples in Guatemala and finding secrets in ancient Chinese tombs. All of this has been documented in various National Geographic specials and series, making Lin a familiar face for the organization, if not the epitome of modern exploration.
But in September 2016, Lin embarked on another excursion, this time local and relatively low-risk: an afternoon off-road with a friend in a small 4×4 near Poway, California, not even 15 miles from UC San Diego. “My friend drove and it rolled,” he says. “It was a split second and I instinctively tried to keep from tipping over.”
He stretched out his right leg to do so, but to no avail – the roll cage landed on the limb, his bones splintering like bamboo. And just like that, in a cloud of dust, dirt and blood, his life changed.
In this turning point of loss and rebirth, Lin points out that there is a love story. He had been dating a woman for just a week when the accident happened. Holding his head as he lay in the dirt waiting for an ambulance, she guided him through deep meditation to help him stay calm and keep at bay the pain that would later become unbearable.
Throughout his hospital stay, Lin says, his partner never left his side.
After a growing infection engulfed his injured leg, Lin chose amputation, “a decision to move on rather than cling to what was already gone.”
He stayed in the hospital for a month, battling infection that was creeping into his bones and deciding whether to fight to keep the mutilated limb or continue without it. Lin, the father of a young son and daughter, the avid runner, surfer and rock climber who once scaled El Capitan in Yosemite, took to Instagram to share his decision:
The choice was clear for many reasons (including a growing infection), but at its core, it was a choice to move forward and not cling to what’s already gone. That’s true of so many situations in life, and it’s never easy.
Lin’s leg was amputated below the knee and a new life began. Through a series of moments that seemed small and insignificant, he had to remaster things many took for granted: how to move a glass of water from one side of the room to the other. How to go to the toilet without relying on your partner. Yet none of those challenges would be as intense as what he would experience during the onslaught of phantom pains.
“It felt like it was on fire, tearing apart, flipping backwards,” he says. “The kind of pain I felt is hard to describe. Never a relief. I was desperate.”
Lin sought solutions outside of typical painkillers and traditional mind-based therapies. Eventually, the place where he felt pain no longer existed. A few weeks after he was amputated, he and his partner began going into the desert, leaving behind their painkillers and relying on solitude and mental focus to try to control his emotions.
Lin also sought help from his colleagues at UC San Diego, particularly psychology professor V.S. Ramachandran, a leading expert on phantom pain. Author of the acclaimed book Phantoms in the Brain, Ramachandran is credited with developing mirror therapy, which can significantly reduce chronic pain and phantom pain by showing a patient a mirror image of his or her painful body part.
“Mirrors are used to trick your brain into seeing a new story,” Lin says. The two authored a paper published in the journal Neurocase detailing the effort it took to achieve what Lin calls “brain remapping.” But one of the most important factors in this process was being surrounded by a broad and experienced community from UC San Diego. These included Rao of the Qualcomm Institute, who Lin says has studied the science behind cultural traditions of understanding the mind like mediation and yoga.
Plagued by phantom pains, Lin worked with psychology professor V.S. Ramachandran to test new applications of his novel treatments.
Ultimately, according to Lin, the key to healing this debilitating pain was “something as simple as choosing to let my mind create a new reality.”
With this newfound knowledge and perspective, Lin was ready to embrace his new life – bionic, as he likes to say. He had seen and experienced firsthand the possibilities and potential of the human body and mind. But since so much of his success was based on his unique access to UC San Diego experts and modern medical care, he had to think of the millions of amputees without such an advantage.
“I became part of a community that was much larger than I ever knew,” he says, “but I was part of a privileged corner of that community. 95 percent of the amputees in the world couldn’t do what I did because they didn’t have access to prostheses.”
Just as he had harnessed the power of technology to push the boundaries of exploration, he turned his gaze to a new horizon.
One morning last May, Lin met with about a dozen UC San Diego students who were working on one of the latest projects at the Center for Human Frontiers (CHF), the interdisciplinary research initiative Lin founded to explore technology to enhance human potential to make usable. The students shared their progress with Project Lim(b)itless, a technology that could provide affordable, custom-fit prostheses to amputees around the world. In a conference room at the Qualcomm Institute, where Lin’s center is based, they discussed developing a cellphone app that can take photos of an amputee’s residual limb and send them to a 3-D printer to create a custom-fit prosthesis.
Cell phones, 3D printing and photogrammetry can increase access to convenient and inexpensive artificial limbs around the world.
“It didn’t seem fair to me that I could walk down a street or go back to surfing and diving when someone almost identical to me was begging on the street just because I didn’t have access to a simple technology. ‘ Lin says. “Prosthetics are not that complicated; It’s really just a game where you’re trying to figure out how to fit it to your body in a way that makes it work.”
The process behind Project Lim(b)itless begins with a cell phone, a few photos, and a creative use of photogrammetry — the same imaging technique Lin used to map ancient sites in Mexico, China, and Guatemala. In theory, an amputee could take a series of photos of their residual limb to create a scan, and then electronically deliver a virtual model of their limb to an orthotist, who uses advanced software to design a more comfortable, customized artificial limb.
By adding 3D printing into the process, the prosthesis would require fewer man hours to manufacture, require fewer trips to get it fitted correctly, and result in significantly lower costs. For amputees around the world, many of whom already have limited funds and mobility, these factors could mean the difference between coping and success.
“I want to find a way to bring this to every village around the world,” Lin says. “From the streets of Mumbai to the mountains of Nepal, I want to use the technology we already have in our pockets to give 40 million lives back.”
The project has made some significant progress in recent months. A new 3D printer was installed at the Qualcomm Institute, allowing the team to create their first prototype socket in September. Lin, the director of the Qualcomm Institute, Roa, and a dozen students led by mechanical and aerospace engineering PhD student Isaac Cabrera recently traveled to India for the INK 2019 conference to share their software with the prosthetists and amputees in Jaipur Foot, a world famous clinic, specializes in affordable prosthetics test.
“I recognize the privilege of my life,” Lin says, and while he’s not even 40, he feels like he’s already lived four very different lives given all that he’s done and been through. But losing his leg has given him a new perspective on it all – “everything I’ve done in my career has been made possible by having access to a piece of technology,” he says. “Almost unconsciously, everything I had done before was in preparation for this project.”
Lin looks at the base that just emerged from the new 3D printer. “We try to find ways to make the world a better place. And when you go to the moon, the things that come out of it are remarkable.”
media contacts
Kathie Ismael
Qualcomm Institute
858-246-5898
Albert Lin
biography
Albert Lin is an internationally recognized scientist, innovator, technologist, entrepreneur, and an award-winning National Geographic Explorer. He is director of the Center for Human Frontiers at the Qualcomm Institute at UC San Diego. He received his PhD in Materials Science and Engineering from UC San Diego. His work has been featured in The Washington Post, BBC, NPR, ABC News, TEDx, Wired magazine, Gizmodo, al Jazeera, National Geographic, Newsweek and the Harvard Business Review. He has founded and directed numerous programs including UC San Diego’s National Geographic Engineers for Exploration Program, the Exploration Lab, the Distributed Health Labs, and the international project known as the Valley of the Khans Project in partnership with National Geographic.
expertise and interests
Applied Technology in Field Research (Art, History and Archaeology)
PDEL activities
Opioids Won’t Solve the World’s Chronic Pain. This Idea Might
Transformation ideas can come from anywhere. By anyone. National Geographic’s CHASING GENIUS is now asking for ideas on how we can harness the power of connectivity to envision a better world. Check out the challenge where the best idea can win $25,000.
Albert Lin made a career of using technology to make great new discoveries. He used satellites and radar to search for Genghis Khan’s tomb. And he recently helped discover the remains of an ancient Mayan metropolis in the Guatemalan jungle using an aerial scanning technology called LiDAR.
Along the way he has developed new technologies in the fields of crowdsourcing and big data, which are used worldwide.
His work took a deeply personal turn when a 2016 car accident resulted in a lower leg amputation. The researcher and engineer went “partially bionic,” he says, turning his attention to the limits of our minds and bodies.
Lin, a member of National Geographic’s CHASING GENIUS Council, recently spoke about where his experience has taken him so far and where he will be going next.
They suffered from severe pain after the amputation. How was that experience and how did you start looking for brain-based solutions?
I literally couldn’t function. The pain was so excruciating and constant that there came a point, about a week or two after the amputation, when I figured I’d rather have died in the accident than survived it. The crazy thing was that I felt the pain in a part of my body that was no longer there. It’s called “phantom pain”.
Then I got very serious. I ended up meeting this world famous neuroscientist, V.S. Ramachandran. We started working on mirror therapy together [which gets the brain to see the missing link to try to re-image the body in the mind]. It kind of worked, but then the effects would dissipate. I had to find a way to clear my mind for the realignment to last. At this point we started doing all sorts of other things: kundalini yoga sessions, breathing meditations, sensory deprivation tanks, unstructured music, psychedelic therapy.
0:37
I’ve been researching these cultural “technologies” that put us in these neuroplastic states. If I could do this in an intention-driven way, I could remap my brain and ultimately my perception of pain. There are many paths to these states. In fact, culture’s greatest expressions may have evolved out of a desire to chase these states, and if you tap into that, I think you’ll find the essence of “human potential.”
You describe the use of flow states in your research. talk more about it?
My interpretation of flow, a term first described by Mihaly Csikszentmihalyi, is when your ego falls away and you are totally in the moment. The reason I think this is so important is because whatever is happening at this moment, I’ve found that I’m at my most neuroplastic. My brain is able to let go of its map or world construct and reorient itself to a new reality. I’ve often found that when I’m really in the flow, I come out of it and it feels like I’ve just gone through a deep meditation.
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Cultures have always created these things where we try to fundamentally remap realities in our minds because that’s essentially how the world was made up. The world was first invented in the mind, and then it becomes real. Out of a need to relieve myself of constant and debilitating pain, I took this approach based on my experience with a phantom limb.
It’s not fixed by opioids or anything like that because I feel pain where there is no biology anymore. It’s fixed by understanding my mind a little more fundamentally and then using things like mirror therapy to lure my mind into another arena.
And if it worked for something like pain, why can’t it work for other aspects of my world as well? It was one of the strongest experiences of my life. So now I’m trying to test it to see how far it can go.
How does that relate to the Center for Human Frontiers, the research center you founded at the University of California San Diego?
What I’m trying to do with the Center for Human Frontiers is work with cognitive scientists, visual artists, anthropologists, and engineers to quantify that and then apply it to how we actually look at many of these things. We need to rethink the way we look at the power of the mind or the idea of placebos. This placebo is actually a really good thing – maybe the most important thing of all.
When someone feels like they’re actually being completely healed by, I don’t know, some energy work [for example], that’s a real thing because it’s in their head and it’s believed. And if “flow states” allow us to get to the point where our minds are plastic enough to adjust to new perspectives, then let’s look at how we get to flow.
1:14
Flow is not new. Maybe it’s even the motivation why we came up with things like ceremonies or temples. What we want to do now is go out into the world and look for the kind of practices or “technologies” that have been developed in all cultures in our human attempt to achieve flow, learn from them and then try to experiment with ways to incorporate this into how we shape our future.
What possibilities do you see with our current technology?
What we can do with the technology angle is measure certain markers of it, like your brain state or heart rate variability, and then create these virtual reality augmentations that amplify that experience. I’m fortunate to be working with some incredible people now – people like Sheldon Brown, who directs the Clarke Center for Human Imagination, and Ramesh Rao, whose work on Bliss Buzzers really inspired me. I also work with some incredible musicians, explorers of the flow. We can basically begin experimenting with culture and the mind through a new age of sensors and augmented media.
I feel like we’re inventing the world as we speak. Our world as it exists today is in a moment of transition. It’s that weird mix where our thoughts aren’t actually in our bodies, they’re kind of outside of our bodies. Our thoughts extend into both the analog and the digital world. So much of your mind could be in the device in your hands. We fear things like AI taking over the world or the loss of humanity. Rather than trying to stop the advance of technology, it might be more useful for us to figure out how to use these tools to amplify our humanity.
1:40
They are also studying how technology can help people gain access to prosthetics. tell me more about it
I’m hiking through the jungle of Guatemala. I climb mountains. I surf. Every time I see someone with the same condition, I realize how privileged I am to have access to the leg I built for myself. I feel both gratitude and an immense responsibility to do something. How can we use our connectivity to change the model of our access to care?
If I need to teleport my body to an orthotist so he can properly mold my limb to a mold, that exists in our cyber world. In archeology we use all these things like photogrammetry or other tools where you try to take cheap camera gear and make 3D models of artifacts in these harsh environments.
Now you can even use cell phones to create these 3D models of just about any object. There are 40 million amputees in the world, most of whom do not live in an area of the world where the amputee population is well funded. Why don’t we just turn their phones into the portal that allows them to travel to an expert who can then print something [on a 3D printer] and mail it to them? You can’t expect to help 40 million people if you tell them all to go to a super expensive prosthetist.
What is the status of your pain now?
It still comes back after a super long day here and there, but my mental state, which I think really controls my physical state, is one where I’m feeling man – I just got out of the surf right? So it was a really positive experience to experience that the power of my mind is so much greater than I previously thought.
What I’ve learned in my physical experience is that so much of my reality is completely defined in my head, from this phantom limb pain, from whether or not this is a major catastrophe in my life, whether it’s one of the greatest gifts in… my life is or isn’t life.
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