Unlike 3D images which show only one angle of view holographic images can be viewed through any angle causing same 3D effect

Then It is difficult to maintain coherency of the laser source.

Mostly Rigidity of object and optical equipment is important as there is change in their optical property with time. Mainly cost of equipment to create a good hologram is high also maintenance cost of the equipment is High.

Physics, Optics. of or relating to waves that maintain a fixed phase relationship, as in coherent light, or light in which the electromagnetic waves maintain a fixed and predictable phase elationship with each other over a period of time.

use of holograms will give much realistic view of simulator and will provide better learning.

designing of products can be much more easier as we get direct 3D image of object.

Some of the possible future developments in holography are computer-generated holograms of hypothetical objects, recording of a hologram with sound to be read out with light. Microwave holography, holographic memories for data storage, holographic movies and T.V.

The main gist of the articles is that holography can not only be used for 3D image recording and data storage but also for artistic representation.

Microwave Holography is basically used to find or see the objects beneath any object like beneath cloths or inside the ground

The name holographic was given to this type of radar as it uses the same principle as it used in optical holography. There are two waves that influence the output signal: object wave that was reflected by a buried object and another due to receive-transmit antenna coupling and reflection from the surface. This interference pattern registered over sufficiently extent area of interest reveals highly detailed picture of what is beneath the ground.

Post processing of the image is not required as it gives accurate image at the first click.

basic principle to create a art form through holography is same as to creating optical holograms. Art is created through intelligent use of optical lenses and holographic films

the main and the biggest problem is high cost of appliances and equipment used to create holograms .

especially cost of using Microwave Holography is high use of this technology will add to the cost to extract the material or objects beneath the earth. Use of Microwave Holography on security requires huge machine setup and high cost of installation

It is difficult to create holograms for big objects or holograms which are bigger in size. to create such big objects we require big holographic films and high quality and big optical lenses again which are costly

It is tedious to create images through Microwave Holography when the object is deep beneath the ground the imaging is not so accurate as it is for the objects which are shallowly beneath the ground . There is huge discrepancy in the image of object deeply berried and in some cases it indistinguisha

Economic prospective

Microwave Holography is very expensive technology. Use of this technology for security purpose requires high investment and good infrastructure. This technology of microwave holography can be used efficiently on airports and railway stations, this technology is more accurate than the technology used currently but the technology of microwave holography is costly and also consumes more power which aids in its working cost.

Microwave holography or Holography in today’s date is not feasible but if we invent cheap as well as efficient way to create holography this technology it will create a revolution in the world. It will also enable people to use this technology in day to day life.

This barrier was overcome in 1960 by Russian scientists N. Bassov and A. Prokhorov and American scientist Charles Townswith with the invention of the laser.

Futher the pulsed-ruby laser was developed by Dr. T.H. Maimam. This laser system emits a very powerful burst of light that lasts only a few nanoseconds .It effectively freezes movement and makes it possible to produce holograms of high-speed events, such as a bullet in flight, and of living subjects.

The first hologram of a person was made in 1967.

Also in 1962 Dr. Yuri N. Denisyuk from Russia combined holography with 1908 Nobel Laureate Gabriel Lippmann's work in natural color photography. Denisyuk's approach produced a white-light reflection hologram which, for the first time, could be viewed in light from an ordinary incandescent light bulb.

Another major advance in display holography occurred in 1968 when Dr. Stephen A. Benton invented white-light transmission holography while researching holographic television at Polaroid Research Laboratories. This type of hologram can be viewed in ordinary white light creating a "rainbow" image from the seven colors which make up white light. The depth and brilliance of the image and its rainbow spectrum soon attracted artists who adapted this technique to their work and brought holography further into public awareness.

If we discover cheap node to create holography then we can use it in security on airports and other important areas.

We can create simple holography through some lenses and other optical devices.

Holography gives exact design of the product while designing it for example the team designing a car gets exact view of the looks of the car and will able to design it effectively. similarly they can get the design after each and every step of their production . Same goes with the architectural models and structures.

use of technology of holography gives great experience of gaming and other simulations

Mainly Simulations are used for leaning purpose which are same as than in real world

Microwave Holography can be used to discover new things beneath the earth surface and to discover new fossils without digging it . This technology gives exact size and shape in all three dimensions

Questionnaire:

Q1. Have you seen any of the following movies? Star Wars, Iron Man, Paycheck?

Q2. Did you notice the extensive use of holograms?

Q3. Do you know how holograms work?

Q4. Do you think this technology can improve the standards of education?

Q5. Do you think this technology will replace smartphones and smartwatches?

Q6. Do you think holography can minimize communication barriers?

Q7.On a scale of 1 to 10, how much you think will holography revolutionize the fields of communication and entertainment?

The product should create holograms through simple projector or simple smartphone. For people 2 in 1 product is highly attractive and it also will be best to buy.

Holograms are less popular and can only be created only in some labs this need to be changed and this can be done when the product is cheap and affordable to customers

product based on Microwave Holography should be marketed to the customers like Educational Institutes and simulating firms etc which can afford this costly product

Holography is one of our future technology which can be further developed and very efficiently implemented in day to day life

These diffraction patterns are controlled by certain projectors containing special kinds of lenses of different focal apertures. 

These projectors can also emit LASER for better visual clarity of virtual images.

The main point is to create life-like images of three-dimensional objects and beings.

2) It is quite tedious to code the set of instructions for image processing.

3) The external radiation present in the atmosphere interferes with the actual hologram.

4) Maintenance of high cost appliances and equipments is very difficult.

Holography is extensively being used to minimize communication barriers, hence helping economy of the corporate world.

It shows how technology can be used for entertainment and also for boosting the economy of the world.

The research involved is new and still on-going, so I would publicize this technology through its attractive applications, so more and more youth gets inspired by holography and contributes in the research.

Holograms will revolutionize the methods of communication. The barriers we face today would be minimized to a large extent. Video conferencing would feel like talking to the person face to face in real.

Therefore, Holography, an advanced technology will definitely change our methods of communication and entertainment for the good of mankind.

This would considerably reduce the communication barriers that we face in our day to day life. Video Conferencing would be revolutionized.

2) f-number: The f-number is a ratio of an optical component’s diameter to its focal length and is related to numerical aperture

3) aberration :the failure of rays to converge at one focus because of a defect in a lens or mirror.

4) Fluorophore: Fluorophore is a coating that can be applied to a detector to improve ultraviolet sensitivity. This coating emits photons at lower frequencies that may be picked up by pixels at the UV end of the detector

2) New educational tools (Smart classrooms)

3) Evolution and Revolution of Communication

4) Minimization of Communication barriers

5) Advancement in the field of optical technology

6)New and improved gaming consoles which provide a more immersive gameplay(Virtual reality)