Camera will work in search of dark or dark matter
This mystery of space is still unresolved
Scientists predict presence of such substances
The camera captures the movements of photons
New Delhi: Invisible objects are still a curiosity specially for science. For this
reason, there is no scientific confirmation of whether there is life outside the
earth. Likewise, dark matter, the dark matter in space, has also not been
identified. But there is something like this, scientists have been getting signs of
Now scientists have developed that advanced type of camera, which can prove to
be helpful in it. With the help of this camera, scientists can understand the
movements of those invisible objects which are always missing from our open
eyes. Actually, astronomers are making every effort to explore the possibilities of
life outside the Earth. Now they hope to get help from this new technology.
Scientists of the National Institute for Standards and Technology (NIST) have
designed this device. With its help, scientific signals can now be found about the
invisible activities happening in other planets as well. Actually it is already
scientifically certified that human eyes cannot see much. This type of high-
powered camera will be able to capture the unseen or the activities that occur in
the dark darkness.
This camera has been told that there are more than one thousand sensors in it.
With the help of these sensors, the activity of any type of photon can be recorded.
Many times the movements of photons are not able to catch the eye of human
being. But any such incident happening in front of this camera will inform all
these sensors together.
It would be difficult to avoid these activities from their eyes. It is expected that
this camera, which can record any activity of light beam, is going to be very
useful in space exploration.
Astronomers believe that dark matter also exists in space, which is missing from
human eyes. But his existence has been confirmed on several occasions. Until
recently, scientists were also unable to understand the black hole. Now with the
help of the deviation of radio waves, some information about its occurrence and
size type has been found. At present, with the development of this technology,
new information is being received everyday about many black holes and their
activities in the solar system.
Information about this camera is given in the scientific journal Optics Express.
Which describes how it works. Scientists have said that only sensors fitted with
the help of nano wire capture every small and large activity of photons. Its
scientific experiment has been done in which it has been successful. When the
photon is activated even in the darkest darkness, it captures the camera. For this
reason, it is expected that if there is life in space, then it will be able to provide
information about it too. It will also provide new information about the dark
matter in space.
According to the scientists involved in preparing it, this device is actually
capable of capturing the activity of every small and big photon. For this reason,
this camera works perfectly even in the darkness in which the eyes of human
cannot see anything. The size of the camera has been told that it is very small. It
is only 1.6 millimeters wide on each side. 1024 sensors have been installed inside
it. All the bakers are in the queue of 32 x 32. Due to this structure, no photon
activity is saved from its sight.
While preparing it, the big challenge faced by the scientists was that how can this
device be prevented from heating up in the event of so many sensors working
Varun Verma of NIST, the organization that developed it, said that NASA’s
astronomy telescope techniques were resorted to to avoid this challenge. The
cameras with 64 sensors prepared in the first eight were queued in the same way
32-32. If such substances were used in preparing it, they are not usually hot.
Its sensors also capture mild activity
The main use of this camera is to identify which metal is in any planet or any
body of space based on the data obtained from the sensors. This camera will send
its data for computer analysis to ensure which metals or minerals are present in
the scene facing the camera sensors. This will provide new new information
about the structure of the space.
The scientific investigation of this camera has been done at the Jet Propulsion
Laboratory of the California Institute of Technology, Pasadena. In which it has
been found that this camera can also capture the signals of activities occurring in
darkness. Therefore, it is believed that after the presence of something of a huge
but invisible size, its presence can also be detected based on the movements of its