People often ask me what achievement I am most proud of. Some expect me to mention the number of operations I have performed. Others think I will talk about publications, awards, television, or the hospitals I have built.
The truth is different. I have never been particularly interested in looking backward. My attention has almost always been focused on what comes next. Every milestone has simply become another starting point. Every success creates another responsibility. Every accomplishment opens another question. What else can we improve?
Another revolution
Today, after more than three decades in surgery, I believe medicine is approaching another historic transformation. I have been fortunate enough to witness several revolutions during my career. I watched open surgery give way to minimally invasive surgery. I participated in the birth of laparoscopic bariatric surgery. I watched obesity become recognized as a chronic disease rather than a personal failure. I helped develop international medical tourism long before it became accepted. I witnessed the evolution of robotics from an experimental technology into an everyday surgical tool.
Now I believe we are entering another revolution. Artificial intelligence. Machine learning. Autonomous robotics. Magnetic surgery. Digital medicine. These are not isolated technologies. They are pieces of a much larger transformation.
The beating heart of the future hospital
Many people ask me which technology excites me the most. My answer surprises them. Artificial intelligence. Not because it replaces physicians. Because it amplifies physicians.
Throughout my career I have always searched for exceptional assistants — great nurses, great anesthesiologists, great engineers, great coordinators, great administrators. Artificial intelligence represents another extraordinary member of that team. It never becomes tired. It never stops learning. It processes information at extraordinary speed. It helps organize knowledge. It accelerates communication. It improves education. It strengthens research. It enhances decision making. Most importantly, it creates scalability.
Healthcare has always struggled with one fundamental limitation. The number of patients grows faster than the number of highly trained professionals. AI allows exceptional knowledge to reach exponentially more people without sacrificing quality.
Robotics
The same is true for robotics. Many people still think robotic surgery is simply laparoscopy with expensive equipment. I disagree. We are only witnessing the beginning.
Robotic systems will become smaller. Smarter. More intuitive. More connected. Eventually they will incorporate predictive analytics, machine learning, advanced imaging, augmented reality, and artificial intelligence into a single integrated platform. The operating room itself will become intelligent. Every instrument will communicate. Every image will be analyzed. Every movement will be measured. Every outcome will improve through continuous learning.
Magnetic surgery
Another technology that fascinates me is magnetic surgery. Throughout my career I have always searched for less invasive ways to accomplish the same surgical objective. Magnets offer an entirely different way of thinking. Instead of cutting, compress. Instead of removing tissue, remodel it. Instead of creating trauma, allow biology to perform the reconstruction.
I believe magnetic compression technology will eventually influence numerous surgical specialties far beyond bariatric surgery. The greatest innovations often appear simple after someone else invents them.
An innovation ecosystem
Hospital CYNTAR® has become the platform where many of these ideas converge. When I first imagined the hospital, I never wanted another traditional institution. I wanted an innovation ecosystem — a place where surgeons, engineers, software developers, educators, scientists, and entrepreneurs could collaborate every day. A place where new ideas move rapidly from concept to clinical application. A place where education, research, patient care, and technology continuously improve one another.
I believe the hospital of the future will not be defined by its size. It will be defined by intelligence. Intelligent buildings. Intelligent operating rooms. Intelligent diagnostics. Intelligent logistics. Intelligent education. Intelligent communication. Everything connected. Everything continuously learning.
Outcomes, not geography
There is another dream that remains deeply important to me. I want Hospital CYNTAR® to become an internationally recognized destination for complex surgical care — not simply because it is located in Mexico, but because it represents excellence.
For too many years, patients have judged hospitals by geography rather than quality. I have spent much of my career challenging that assumption. Medicine should never be measured by a border. It should be measured by outcomes. Safety. Compassion. Innovation. Integrity.
I hope the day comes when patients no longer ask, 'Is it safe because it is in Mexico?' Instead, I hope they ask, 'How soon can I receive care at one of the world's leading surgical centers?'
One continuous vision
Looking back, I realize every stage of my career has prepared me for this moment. The curiosity I learned as a child. The discipline my father demanded. The compassion my mother modeled. The innovation of early laparoscopy. The lessons of bariatric surgery. The systems created at Obesity Control Center®. The institution that became Hospital CYNTAR®. The educational platforms. The research. The robotics. Artificial intelligence.
None of these represent separate chapters. They are all pieces of one continuous vision — to build a healthcare system that constantly becomes better.