The study of optics is making technological breakthroughs. Each scientific discovery starts with observation. Back in time 125 years, the discovery of x-rays began a journey that, today, has led to the ability to see into the densest matter out there. The Department of Energy has worked with this field of study to help the world’s leading scientists research. Everything from climate change to medicine using powerful X-rays.
The first x-ray light was successfully reproduced in a lab in 1995 which lead to several afterward. This breakthrough research helped imaging research delve further. An x-ray beam can focus on a crystal of Lithium Rocksalt to give us faster-charging batteries. This is a truly amazing line of investigation into the properties of the crystals.
An entirely new world of research has yet to exist to see what amazing things we can improve upon in our world once we truly understand the power that it holds. Still, the research continues to see what we can learn to help make our world a better place for future generations.
Once this research is complete, scientists can go even further into the atom to discover better things to help the field of medicine and even cures for everything from the environment to stopping Covid. This research at the atomic level was all brought to light through the actual study of light itself.
The particle accelerator at one of the Department of Defense’s National Labs can now study particles at the subatomic level by watching electrons wiggle around. Manipulated by magnets, these Undulators give off photons that produce light particles. When funneled into the right connection, they can create “beamlines” that further the research of light.
Currently, the study of tri-borate(LBO)crystals, uses special magnets hosted by the national lab to teach 5,500 researchers in this field. This study of light further researches the connection between batteries and nuclear power, with insights into the process of how to improve jet engines and techniques to make hydrogen from water. This, in turn, can eventually lead to breakthroughs in fuels for cars with zero emissions. The study of optics is creating breakthroughs in everything from a cleaner environment here on earth, to medical breakthroughs.
Optics and their study have also led to recent breakthroughs in computing. Specifically, the research in magnetic materials of the memory we use in our computers is looking at a huge step forward soon. All of this is dependent on the research, of course, but the correlation is amazing. Imagine system memory that leaps forward in its inert ability to store more in one small particle than ever thought imaginable. It’s on the horizon. All of this is due to the initial research into optics research.
Physicists who use a high-resolution monochromator will eventually help our electronic devices keep up with all of that computing power. Truly, the world of computing is on the horizon of serious breakthroughs because we first began the study of optics. It is truly at the core of so much research in the field of sciences.
This research is currently under the following research team: (DOE Office of Science by Argonne National Laboratory under Contract No. DE-AC02-06CH11357). What they end up creating we have yet to see, but the scientific community follows this line of research closely as the result will be truly amazing.
Conclusion
The science of stopping a virus is huge these days. This research is using that to help solve the world crisis that is currently under inspection closely by every medical research lab in the country. We can generate an entirely new way of living, but if the viruses wipe us all out, then what would the whole purpose be? Optics are helping us solve those problems and the other concerns of our world today.
It’s truly an exciting time to be alive. Consider for a second the days of pre-computing, when we didn’t know anything about the internet or computing. It didn’t exist at that time. Yet here we are today because someone decided to delve further into a field of research. See what lays beyond with Lithium Tri-borate (LBO) crystals made by Gamdan. The study of optics is n impressive field of study, making technological breakthroughs every year.
This website uses cookies.