When many people think of what it means to be an inventor, images are often conjured up of solitary figures establishing foundational principles of science many decades ago. However, our modern world is just as impacted by the efforts of inventors as the world of days gone by. To help us understand this fact, we’ve looked to the work of David Schmidt, CEO and Founder of LifeWave, a leading health and wellness company. Through his innovative work creating advanced technologies that support our body’s good health, he has helped people reimagine what is possible for their bodies as they age. Read on for our overview of his work as well as the importance of modern innovation.
Let’s first take a look at what is meant when we discuss inventors and their contributions to society. Inventors are typically individuals who create a new technology or new use for an existing technology. This type of innovation can be wholly original, such as in the case of an entirely new kind of machinery, or it can utilize other technologies to go even further than the intent of the original creator. Through this process of original creation and augmentation, inventors are able to create methods and tools to help people live better and more fulfilling lives.
While many stories of past inventors involve a person working on their own, perhaps in a self-built workshop, modern inventors are typically found in the context of a larger organization. This can often be seen through the work that comes out of academic institutions, such as universities or other research bodies. Government institutions can also be a place where inventors are given space to let their technical and creative talents come to fruition. Companies are another type of organization that often encourages innovation. Regardless of their type, the ability for organizations to access scientific funding and high-level tools makes them great incubators for advancements in technology.
Like many other inventors around the world, David Schmidt first drew the inspiration for his passion from the innovators that had come before him. He often singles out his childhood visit to the workplace of Thomas Edison as a major contributing factor to his desire to pursue a life focused on inventing new technologies. Seeing the ways in which a person can singlehandedly change the world is often a motivator for those inclined to this type of work. With the right combination of talent, hard work, and good fortune, these individuals find that they too can make significant contributions to the quality of life of large portions of the population.
This is one of the reasons why those in the field of technology and innovation emphasize the importance of STEM education throughout early life. This type of education not only helps to empower children to utilize their natural aptitude towards technological creation, but it can also serve as a force for inspiration in their lives. While this type of education has much that can be taught inside the walls of a traditional classroom, it can also benefit from hands-on experience in the wider world. This can be obtained through field trips, museums visits, and even work experiences that can provide early exposure to technology.
The professional life of the CEO of LifeWave has become a prime example of what can be accomplished through quality education and a drive to create. After attaining his undergraduate degree in Management Information Systems and Biology from Pace University, the future CEO went on to a long career in business and product development. Over the course of this career, he worked on a range of projects including new methods for producing oxygen and a rocket combustion engine. This path eventually led him to work with the U.S. Navy on its mini-sub program.
That work was focused on exploring methods for keeping energy and stamina high without the need for potentially harmful drugs. In the course of exploring methods for achieving these goals, the inventor was able to come up with the idea that would eventually become the basis for his future company. That idea hinged on the creation of a patented patch technology that could be applied topically to a user’s skin. This patch could then use the power of reflected wavelengths of light to create powerful changes in a user’s body. After successfully testing the patch to improve energy levels, he founded his company to bring the idea to as many people as possible.
To show the far-reaching effects and powerful ability of the CEO’s invention, we looked to the company’s most recent offering — its X39 patch. This patch has been designed to take advantage of the unique power of stem cells to create positive change in the body. While stem cells have made the news frequently in recent years, it has often been through the context of a procedure to introduce outside stem cells into a person’s body. This most recent innovation from LifeWave shows that powerful health and wellness effects can actually be realized by activating stem cells that are already present in the body.
Through several rigorous clinical studies, the company has shown just how powerful this concept can be. By activating stem cells and returning them to a more youthful state of functionality, the patches are able to help mitigate and reverse key elements of the aging process. This includes a significant reduction in pain levels, faster wound-healing, quicker recovery from exercise, and improved appearance of skin and other external features. These results, using Schmidt’s now-patented technology, represent an impressive leap forward in several areas of research.
The modern inventor is not simply a single person working alone in a workshop, but more a hero that is cut from a special cloth. Organizational support, funding, and education all play a large role in helping bring the spirit of innovation to life in the present day. The above overview of the life and work of David Schmidt helps to showcase what can be accomplished by individuals, when they bring the full force of their talent and resources to a novel concept. Look for more news on the inventor in the future to see continued examples of innovation at work in the modern world.