The new way to create magnetic fields.

Not long ago, what we are doing, the Internet of these connections, of being able to publish, of communicating with image, sound and text, until not long ago would have been considered almost magic or at least something extraordinary or incomprehensible, and I am not talking about the Middle Ages. When my grandfather was a child, if someone had told him in detail how a mobile phone works, he would undoubtedly think he would be dealing with a magician or a madman. Stay with this point, because the physical theories that are emerging seem like the work of a magician or a madman, but the changes they can open are going to change the world and our civilization. String theory can be said to have been born almost from a mathematical idea more than 250 years ago and other theories also have an incredible relationship with our current world, although these things seem so far away to talk about particles, strings, the origin of the universe, think a little, our current world is based on the control of two atomic particles, electrons and photons, light and electricity.

What could we do if we manage to control at least two or three more particles? But to do so we need tools and an engineer from the University of Colorado in Denver can create a tool that seems taken from science fiction in the style of Half-Life and interdimensional portals. Maybe it's not that big of a deal, but what he has announced is quite amazing, because among other things it would serve to check if Stephen Hawking's theory of the multiverse is real, it could reveal the underlying structure of the universe. The research was published on May 19, 2025 with the title Extreme Plasmons, and is about the work of electrical engineering professor Aakash A. Sahai. At the moment it is a project, it will take years to develop what they have discovered, but if they manage to do it, it will change our world, and it can help us understand some truly amazing things. This researcher said in a media interview that in the past we have had technological advances that propelled us forward, such as the subatomic structure that gave rise to lasers, computer chips and LEDs, for example, this innovation, which is also based on materials science, follows the same line.

What they have discovered is a way to create extreme electromagnetic fields never before possible in a laboratory. Electromagnetic fields are generated when electrons from various materials can vibrate and bounce at incredibly high speeds and power all kinds of systems, from computer chips to super particle colliders that search, for example, for evidence of dark matter. Until now, creating fields powerful enough to carry out extreme experiments required enormous and very expensive facilities. For example, scientists searching for evidence of dark matter use machines such as the large hadron collider with a length of 26.9 km and a cost of 4.75 billion dollars. Here we come to what Aakash A. Sahai and his team of researchers have discovered, they have developed a silicon-based material, which is not a material made with extremely rare things, that similar material with which they make a chip can support beams of high energy particles, in addition, manage the flow of energy and allow scientists to access the electromagnetic fields created by the oscillations or vibrations of quantum gas of electrons, all in a space about the size of a thumb. This is very strong, because it means that instead of a particle accelerator or a hadron collider several kilometers long, you can have the same thing, but in a size that fits on a silicon chip the size of a thumb, a miniature particle accelerator is something premiere, this serves as an entry, as the first application, creating small and cheap accelerators, particle physics could directly be democratized, it would no longer be in a monopoly with gigantic institutions that handle billions of euros, Universities and Modest laboratories around the world could create their own particle accelerator and dedicate themselves to research and thus multiply the progress of physics.

Second, medical applications, it could be used in advanced radiotherapy treatments for cancer and this would allow for a much cheaper treatment and also with more precise and controlled radiation. Third, materials research could also be used to study materials at the subatomic level, which would open the door to the creation of new materials with unique properties. Fourth, and here we start in a very big way. Gamma ray lasers could be created and applied, for example, to healthcare, we could obtain images of skin tissue, not only to the nucleus of cells, but also to the nucleus of atoms, this means that scientists and doctors could see what is happening at the nuclear level. Gamma ray lasers could also be developed to modify the nucleus and eliminate cancer cells on a nanometric scale. In addition, it could also be applied, they did not say it in the press release, but perhaps it could be applied in ships equipped with laser-powered light sails, because extremely powerful lasers could be created with this advance. The fifth point, this extreme plasmon technique can also help test a wide range of theories about the functioning of the universe itself, including the possibility of a multiverse like the one Stephen Hawking talked about and also, of course, explore even the very structure of our universe.

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