The light we see is the total form of particles called photons. The smallest form of every substance is an atom. All atoms together form a molecule, and similarly, the smallest form of light is particles called photons.
When all these particles come together, it becomes a beam of
light. We cannot see such particles with the naked eye, just as we cannot see
an atom with the naked eye.
Accordingly, if we know all this, it is possible to do much
more research. This photon particle has recently been photographed by
scientists at the University of Birmingham in England.
It is very difficult
to take a shadow picture of this photon particle, but for the first time,
scientists at the University of Birmingham have succeeded in taking a shadow
picture of a photon.
They have been able to create a photon image that has never
been seen before. This picture has created a new way of research for quantum
physics and material science. By precisely defining how a photon interacts with
matter and other elements of its environment, scientists will be able to design
new nanophotonic technologies in the future.
If we know the shape and colour of the photon, we can do more
research in quantum physics. This picture also helps to increase the
understanding of the energy transfer between light and matter.
This picture allows scientists to understand how light
propagates in its near and distant environment. By understanding this picture
of the photon, scientists say that it has laid the foundations for creating
photo-matter interactions for future applications such as better sensors,
improved photovoltaic energy cells or quantum computing.
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