Darker than darkness: these scientists have discovered a “negative light”

News JVTech Darker than darkness: these scientists have discovered a “negative light”

The very concept seems paradoxical: Can we imagine a light that does not shine, but which absorbs, entrenched, or disappears? Despite its strangeness, the notion of “negative light” has been quite well established scientifically for over 10 years. Similarly, Let’s be a little more precise. Nevertheless, When we speak darker than darkness: these scientists of “negative light”. However, we actually designate photons, which are the elementary particles constituting light, the energy of which seems to be canceled or becoming lower than that of the void itself. In addition,

The creation of a kind of black optical hole

The light that currently reaches your eyes is made up of photons. Nevertheless, elementary particles which transport an always positive energy and move at a fixed speed: the famous speed of light. Therefore, So much for the basics. In addition,

Physicists have long known that in mathematical equations that describe light waves (Maxwell equations). Similarly, there are so -called “negative frequency” solutions. Furthermore, For a long time. we considered that as A mathematical oddity which does not necessarily have an impact in the physical world.

In the early 2010s. everything changed : A group of researcher finally demonstrates the existence of negative frequencies in an experimental way. darker than darkness: these scientists Through experiences made with ultra-intensive laser impulses circulating in special optical fibers. scientists observed that light could generate new frequencies by drawing its energy from the original radiation.

More specifically. when a very intense luminous field crosses certain materials, the electrons of these materials react violently, producing secondary light waves. Among these, there is a particular frequency, qualified as negative, which paradoxically generates a new light of positive frequency. In other words. The “negative light” does not manifest itself directly by its darkness, but indirectly, by the unexpected birth of another even more lively light radius.

The negative light produces very concrete. observable effects: it can notably cause the complete disappearance of certain wavelengths in a given regioncreating areas that seem to actively absorb the surrounding light, making this area literally “darker than darkness”. This is not a shadow. the interior of a black box, but a kind of “active darker than darkness: these scientists emptiness”, A vacuum that sucks light energy instead of simply blocking it. Imaged, we could assimilate this phenomenon to a kind of “black optical hole”, although this analogy remains imperfect. The most right term remains that of “photon at negative frequency”, quite simply.

What impacts on the real world?

Darker than darkness: these scientists

The implications of this discovery could have an impact on the world of tech. Negative light even opens up large scientific and technological perspectives. Among these. is in particular the possibility of creating inviolable quantum communications systems or Extraordinarily sensitive sensors Capable of detecting signals lower than the ambient background noise. Negative light could thus revolutionize areas such as advanced optics. quantum telecommunications and even the computing power of quantum computersby exploiting its new properties.

Do not ignite either. Despite the current advances. The physical interpretability of these negative frequencies remains a subject of intense debate darker than darkness: these scientists between physicists theorists and experimenters. In other words. if the practical existence of the phenomenon is confirmed, its true quantum nature and its implications on our daily lives remain to be explored. The next step will therefore be to explore the real implications of these negative photons. in particular via new experimental devices capable of measuring and manipulating the phenomenon with more precision.