I first started the researches in 1963-65 @ 5 to 7 years age with little instruments such as papers and pencils, water drop etc. and invented the light spot scope (Liposcope). Liposcope is a simple but wonderful instrument which functions with a natural doctrine hidden secretly in the function of the eye which can help to find out some inventions and discoveries like biolumicells, bioforecast effect etc, Liposcope is my first invention.
Construction: Take one small glass/steel ball or water drop on an object and stand in sun the light. Expose the ball/drop to the sun rays. As a result of the sun rays, there will be a light spot in the drop/ball. Place the light spot closely to the eye. The light spot apperars many times bigger as a circular screen. The appearance in the screen of light spot is the surface of the eyeball. This can be proved by moving
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If the distance decreases below minimum, the clarity of vision decreases. At this position, the eye lens acts as a simple microscope and form virtual images of all objects in front of it. We can see them on the screen of light spot if place just unside its minimum distance.
BIOLUMICELLS : I have discovered the biolumicells (Bioluminescentmicells) on the eyeball in 1964 in the Lisposcope experiments. These particles are a part and parcel of the human body, may be released within the human body and secreting to the eyeball through the eye water. This is my second invention.
In the lipscope observations we can see three types of bioumicells on the eyeball the first one is the most bright and active and it is seen rarely on the eyeball and this biolumicell is has high velocity, mechanical energy, spin around itself it. The second one has normal bright seen normally on the eyeball and the third and last one is bright less, it is seen frequently on the
1.1. Creating objects & Right side panel – brief This panel is the main medium that is used to create ( ) objects, I can also modify ( ) and edit objects as well in addition I can alter different aspects in 3ds max as well. I could also alter the pivot point (gismo) and decide where it origin point is.
This is light produced when a white light is placed behind a liquid crystal. That crystal can then change the orientation of its molecules and block or allow light as required. This is only possible, however, when electricity is applied to the
1. Identify the range of senses involved in communication • Sight (visual communication), Touch (tactile communication), Taste, Hearing (auditory communication), Smell (olfactory communication) 2. Identify the limited range of wavelengths and named parts of the electromagnetic spectrum detected by humans and compare this range with those of THREE other named vertebrates and TWO named invertebrates. Figure 1: the electromagnetic spectrum source: www.ces.fau.edu Vertebrates Human Japanese Dace Fish Rattlesnake Zebra Finch Part of electromagnetic spectrum detected ROYGBV (visible light) detected by light sensitive cells in the eye called rods and cones.
A. Hold the grating several inches from your face, at an angle. Look at the grating that you will be using. Record what details you see at the grating surface. I see the different colors of the rainbow when holding the grating several inches from my face.
The people assigned to make such discoveries are on the Council of Scholars. When one member of the Council of Scholars makes a discovery or creates an idea, they must present the concept before their brothers, who then hold a majority vote. In the world of Anthem, many people introduced new ideas, but since “the majority of their brother Scholars voted against them, they abandoned their ideas” (73). This is probably a factor in the primitive nature of technology, especially since the after the concept introduced to the Council of Scholars, it must then be confirmed by every Council for it to then be implemented. For the introduction of the candle, it took fifty years to gain the confirmation of all the Councils and to actually bring it into society, which could show why such slow progress is being made in scientific
There are many parts of the eye that all play a part in helping us see. The parts we will be examining are the cornea, sclera, optic nerve, iris, lens, pupil, ciliary body, and aqueous humor. Materials: Gloves Cow eye Warm water Paper towel Dissection pan Scalpel Scissors Probe Procedure: Get gloves. Get the cow eye.
In 1668 the world 's first reflecting telescope was built by a well known scientist, Isaac Newton. Although Newton accomplished many things in his life he also faced many struggles growing up. Not only did Newton invent the world 's first reflecting telescope he developed the three laws of motion, discovered many new facts about gravity and had many other accomplishments throughout his lifetime. Isaac Newton is often referred to as one of the most influential scientists. He and Albert Einstein are almost equally matched contenders for this title (The Doc, 2015).
The author of ‘The Kite Runner,' Hosseini, employs a variety of symbols to create a deeper meaning throughout the book. Symbolism is used to create deeper a meaning in in many ways in the book especially in objects like kites which represent happiness when the kite is flying high and guilt about the blue kite. Symbolism is also present in people especially the cleft lip which is a symbol of betrayal of brothers and also represents Baba’s and Amir’s redemption. The cleft lip symbolises betrayal of brothers and also represents Baba’s and Amir’s redemption.
The microscopes (most) use lenses to magnify the image of an object by focusing light or electrons. 2b. What does it mean if a micrograph
Focus the eyepieces to adjust your view. 3. Adjust the illumination to an appropriate level by adjusting the iris diaphragm and the condenser. The light should appear on the side directly below the objective lens, and give an even amount of illumination. 4.
this shows that most of the common day materials and electronics can be traced back to the time when Thomas Edison was inventing when he was just 16. Edison invented the automatic reaper. This allowed for people to
All of these new medical instruments were invented in the Victorian Era, but why were any of them actually important? To begin, an otoscope is a tool used in the ear that allows a doctor to diagnose ear infections or other abnormalities in the eardrum such as a puncture (Pillinger). Untreated ear infections within the middle ear will, at the very least, cause irreversible damage to the ear or may even cause irreversible hearing loss (Ear). Catching this early allows treatment to be provided without hearing loss. Second, an ophthalmoscope is a tool used to look at the back of an eye in order to diagnose diseases of the eye (Ophthalmoscopy).
One of the first uses of this imagery is seen when Miss Susie Gresham, one of the college’s Negro founders goes to listen to Reverend Barbee in the chapel of the college. It is here where their vision incapabilties are capitalized into the role of race in the novel. First, we note that Miss Susie Gresham sits in this chapel with her eyes closed so that “she only hears the sounds of the words but does not see who makes them” (Bloch 1020). As she listens to Reverend Barbee give a eulogy on the college’s founder, an extreme white supremacist, praising him for his “form of greatness worthy of your imitation” (Ellison 133).
One of those developments is the invention of the refracting telescope by Hans. Hans Lippershey also known as Johann Lippershey invented the telescope in 1604. The telescope is basically an instrument that makes far objects become much nearer and it is used by astronomers to see the universe and study stuff about it. Another main invention is the invention of the air pump by Otto von Guericke. The air pump is used to fill stuff like a bike with air.
The origins of human skin colour: The origins of human skin colour remained an enigma that was to generate a multitude of misconceptions. The true source of human pigmentation was finally revealed with the discovery of the melanocyte in the 19th century. Once the amino acid tyrosine was identified to be the key enzyme in pigment formation, attention focused on elucidating the chemical structure of melanin, an enterprise that remains incomplete.