Increased demand for optimized devices with
better performance and high resolution is expected to be a key driver for the
quantum dots market in various application areas. Quantum dots (QD) exhibit a
brightness which is 10-20 times higher than organic dyes. Owing to the
shrinkage of semiconductor materials to quantum-dot level, the material gets converted
from insulator to conductor due to alteration in the light wavelength. This
conversion property enables quantum dots to be integrated in numerous devices
instead of searching for new semiconductors possessing a special chemical
composition. Blue quantum dots are smaller than other colors of quantum dots in
size. Complicated manufacturing process of such blue quantum dots is expected
to be a major restraint for the quantum dots market in display and monitor
products.
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This technology has been incorporated in numerous
products such as QD medical devices, QD laser devices, QD chips, QD LED display
devices, QD sensors, QD photovoltaic devices and QD LED lighting Devices. QD
medical devices are used for medical imaging applications which help in the
detection of cancer cells. These devices are expected to dominate the quantum
dots market due to continuous development for over two decades. QD LED display
devices are used in ultra-flat panel displays and are more efficient as well as
structurally simpler than traditional cathode ray tubes (CRT) and liquid
crystal displays (LCD). The display drivers are expected to witness the highest
growth rate owing to higher efficiency and enhanced color quality. QD laser
devices are used in biological tagging of cells. QD photovoltaic devices are
used in applications such as power stations, buildings, solar roadways,
transports and rural electrification among others. QD sensors are used in the
detection of chemicals and biochemical molecules.
The quantum dots market can be segmented into applications such as
biological imaging, quantum optics, optoelectronics, renewable energy, and
security and surveillance. In biological imaging, quantum dots are used in
in-vitro imaging and in-vivo imaging, primarily used for the detection of
cancer cells. In the field of optoelectronics, quantum dots are utilized in new
generation LED drivers having higher efficiency and a more vivid color range as
compared to traditional LCD and LED drivers. The optoelectronics market is
expected to witness the highest growth over the forecast period. Quantum optics
is applied in quantum information, which utilizes the laws of quantum mechanics
in information technology. Quantum dot solar cells are expected to be a source
of renewable energy in the near future. The renewable energy application is
expected to be the next fastest growing application in the quantum dots
market.
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