Arthur Hanson
Well-known member
Medical, in all forms will be by far the largest market for semi/nanotechnology of all types and range from the areas from before inception to death. It will go beyond just basic health care to enhancements and replacements we haven't even dreamed about. It will be involved in the growth of new organs and the manufacturing of new body parts. It isn't hard to see more devices that interact directly with our brains. This will be the largest of all markets and the competition will be fierce. Even many pharmaceuticals could be replaced by electronic devices in many circumstances, an area that is just starting to open up. This is a race the US can't afford to loose.
Medical is run on an obsolete model that in the US consumes 3.3 trillion at 17.9% of our entire GDP, while delivering 37th in quality in country rankings, with the highest costs by far. World wide medical consumes 18.2 trillion out of a 78.2 trillion GDP. With markets and numbers like this, the medical field desperately needs to learn from and use the technology and business models of the semi/nanotech sector for its ability to increase functionality, quality, performance, distribution all while dramatically lowering cost. There should be no individual doctors offices or small medical facilities except in sparsely populated areas. Sharing of the latest information of providers of medical services is spotty at best and literally endangers hundreds of thousands of lives where solutions are known but not distributed. Medical research should be done on a combined EDA/Foundry model and made available on a cloud platform to the actual providers real time. It's a wonder how many solutions to medical problems are known, but totally unknown to the providers that deliver the services. The semi/nanotech sector has developed many business/research models that are totally superior to anything in medical including lowering costs and increasing functionality at an ever increasing rate.
This is an opportunity of literally staggering proportions from the figure of an 18.2 trillion dollar market with staggering inefficiencies at every stage of the process, from research to products to final delivery. Medical needs to come into modern times with low cost wearable monitors and automation of everything possible to the cost savings from an EDA/foundry model to lower research and production costs while speeding research and development times. Have no doubt, most of us will be using many medical monitors/controllers and our doctors will be working with AI/ML/automation platforms that have the ability to reduce costs and improve service. Many current medical practices are totally obsolete and protected by strong, entrenched special interests such as the individual doctors office in a densely populated area. This doctor is obsolete in that he can't have the spread of knowledge, equipment, platforms and tools of AI/ML/automation to deliver top care at good value. More efficient models already exist and are tested in the semi/nanotech sector that are proven and can be adapted to the medical not only in the US, but around the world. This is the largest single opportunity for the semi/nanotech sector and the tech sector in its totality since medical still in its very, very early stages of coming into the connected, modern world. This is a chance to prosper and deliver desperately needed services at a reasonable price, but will require dragging the medical sector/special interests kicking and screaming "It's Impossible" into the future as the tech sector has done in everything from factories to retail to advanced research. None of these shifts were easy, but made the world a better place. I have personally talked about advanced models for surgery and told it couldn't be used in the US, when it has been successfully used in other large countries. MIT Technology has already called for not training radiologists for technology will make them obsolete and has already passed them in some areas.
What other industry could get away with delivering 37th in quality on a world ranking at the highest prices by far.
Only massive corruption could allow such a situation. Also almost all don't know our rankings and cost including those in medical who are always shocked when I bring it up and they go to their phone or computer to prove me wrong and are always snocked by the result. All this and they have shamelessly promoted themselves as heroes and saints. No other industry could get away with this and this creates many openings for the hyper competitive tech sector in all areas on a foundation of semi/nanotech. On top of this US medical has denied competition from other countries by not allowing remote diagnosis not allowing Medicare to pay a small fraction of the price for better care at a fraction of the cost in other countries.
Comments, thoughts and additions solicited and welcomed
Medical is run on an obsolete model that in the US consumes 3.3 trillion at 17.9% of our entire GDP, while delivering 37th in quality in country rankings, with the highest costs by far. World wide medical consumes 18.2 trillion out of a 78.2 trillion GDP. With markets and numbers like this, the medical field desperately needs to learn from and use the technology and business models of the semi/nanotech sector for its ability to increase functionality, quality, performance, distribution all while dramatically lowering cost. There should be no individual doctors offices or small medical facilities except in sparsely populated areas. Sharing of the latest information of providers of medical services is spotty at best and literally endangers hundreds of thousands of lives where solutions are known but not distributed. Medical research should be done on a combined EDA/Foundry model and made available on a cloud platform to the actual providers real time. It's a wonder how many solutions to medical problems are known, but totally unknown to the providers that deliver the services. The semi/nanotech sector has developed many business/research models that are totally superior to anything in medical including lowering costs and increasing functionality at an ever increasing rate.
This is an opportunity of literally staggering proportions from the figure of an 18.2 trillion dollar market with staggering inefficiencies at every stage of the process, from research to products to final delivery. Medical needs to come into modern times with low cost wearable monitors and automation of everything possible to the cost savings from an EDA/foundry model to lower research and production costs while speeding research and development times. Have no doubt, most of us will be using many medical monitors/controllers and our doctors will be working with AI/ML/automation platforms that have the ability to reduce costs and improve service. Many current medical practices are totally obsolete and protected by strong, entrenched special interests such as the individual doctors office in a densely populated area. This doctor is obsolete in that he can't have the spread of knowledge, equipment, platforms and tools of AI/ML/automation to deliver top care at good value. More efficient models already exist and are tested in the semi/nanotech sector that are proven and can be adapted to the medical not only in the US, but around the world. This is the largest single opportunity for the semi/nanotech sector and the tech sector in its totality since medical still in its very, very early stages of coming into the connected, modern world. This is a chance to prosper and deliver desperately needed services at a reasonable price, but will require dragging the medical sector/special interests kicking and screaming "It's Impossible" into the future as the tech sector has done in everything from factories to retail to advanced research. None of these shifts were easy, but made the world a better place. I have personally talked about advanced models for surgery and told it couldn't be used in the US, when it has been successfully used in other large countries. MIT Technology has already called for not training radiologists for technology will make them obsolete and has already passed them in some areas.
What other industry could get away with delivering 37th in quality on a world ranking at the highest prices by far.
Only massive corruption could allow such a situation. Also almost all don't know our rankings and cost including those in medical who are always shocked when I bring it up and they go to their phone or computer to prove me wrong and are always snocked by the result. All this and they have shamelessly promoted themselves as heroes and saints. No other industry could get away with this and this creates many openings for the hyper competitive tech sector in all areas on a foundation of semi/nanotech. On top of this US medical has denied competition from other countries by not allowing remote diagnosis not allowing Medicare to pay a small fraction of the price for better care at a fraction of the cost in other countries.
Comments, thoughts and additions solicited and welcomed
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