Did you ever wondered how light find its way into your eyes? It originates from an extraordinary thing called a photon source. Photon: A Small Individual Unit That Carries Both Light And Energy These tiny thingies are cool as they move at the speed of almost light! At this point, we can learn everything about photons — what they are made of and where do the beams come from. Well then, let us go and see some light! ….
Physicists think of light and energy as made up out of tiny parts called photons. They are like little runners that run across space. They are produced when charged particles such as electrons and protons collide with other electrons or positrons. The counter particles when collide then produces photons. For example the most significant source of photons is the sun. The sun emits energy in the form of photons through empty space to Earth, which we perceive as light and heat. The absence of the sun and its photons would render our world a cold, dark place!
The majority of photons are not created equally and this is an important process to see. There is one called spontaneous emission. This occurs when an electron at a higher energy level returns to one of the lower levels, emitting a photon. Picture a balloon that has been inflated—now, imagine it being popped—it releases energy! This process is called stimulated emission and is a second way that photons are produced. And that is exactly what occurs in lasers. Whereas, in Lasers the photons travel in one direction causing other atoms to release more photon. This concentrates the light into an intense and powerful beam, like what we can see when a laser pointer shines!
Many of the best lights we have are in our labs and hospitals. An intense beam source could be performed by a synchrotron, so-called as one very bright light. It is a unique machine because it generates light through accelerators of electrons almost at the speed of light and curves thanks to magnets. And this generates many, many number of photons that researchers could observe to look at various materials and tiny living things in very small sizes. It is like scientists have been given a light-based super-magnifying glass that allows them to see things at sizes smaller than our brains can even comprehend.
Only thing is… photons are very odd balls and they come with some peculiarities! No weight is revealed but energy. This means they can travel light. Interestingly, photons can also be both particles and waves (the quantum of a wave). They reflect colors and each color has a different wavelength. This is because light of different colors travel in different ways—red light, for instance, has a longer wavelength that blue light so when red and blue lights are emitted together they move at separate paces. And this combination of colors is what makes us see a rainbow!
Photons can be created in… nature, as photons from the sun or they are produced artificially functioning with a more sophisticated technology based on lasers and synchrotrons. They can also be captured by other things, such as plants and various substances that convert them into different forms of energy (e.g. chemical in case when a plant grows or electrical which supplies power for our devices). This is significant because it shows how energy can convert from one form to the other.
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La missione della nostra azienda è sfruttare il potere della fotonica per promuovere l'innovazione e creare un futuro più luminoso e sostenibile. La nostra visione è quella di aprire la strada all'avanzamento delle tecnologie ottiche all'avanguardia, potenziando il progresso in tutti i settori e dando forma a un mondo illuminato da infinite possibilità.
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