Is Light a Wave or a Particle?

Light waves are a form of electromagnetic waves, which consist of patterns of electric and magnetic energy. The visible spectrum is only a small part of the electromagnetic spectrum-the

“The lights that filled the universe could be channeled, dissected, magnified, and measured by human ingenuity” (enlight, 2). There was a significant breakthrough in regards to what could be done in continuing to explore new theories.

Quantum Mechanics is the science of subatomic particles and their behavior patterns that are observed in nature. As the foundation of scientific knowledge approached the start of the twentieth century, problems began to arise over the fact that classic physical ideas were not capable of explaining the observed behavior of subatomic particles. In 1913, the Danish physicist Neils Bohr, proposed a successful quantum model of the atom that began the process of a more defined understanding of its subatomic particles. It was accepted in the early part of the twentieth century that light traveled as both waves and particles. The reason light appears to act as a wave and particle is because we are noticing the

we will come to shortly, they can be explained by science in a physical context and therefore be

We benefit greatly the benefits of long distance communication, eating food from different parts of the countries without fear of spoilage, radiation treatment, and heating up food in a matter of minutes, and a myriad of other wonders all do the wonders of waves, be they sound waves as well as light waves. In this timeline, we will look at all of the different light waves, their history, and their benefits.

1) How did Albert Einstein's "new physics" change perceptions of the way the universe worked?

Light is a type of energy. Light behaves like a wave because it acts as a disturbance in the magnetic and electric field of space. Light can behave as a particle, because it sends all its energy to one place. A particle of light is called a photon. Photons can be absorbed into objects, bounce

Huygens was one of the first scientists to recognize that the speed of light must necessarily be a finite quantity, and from this he was able to determine a kinematic theory of light. The theory details spherical waves which emanate at the speed of light (which Huygens did not explicitly define other than saying that it was a finite quantity) in uniform wave fronts. Huygens’ spherical light waves propagated in a longitudinal fashion, and thus must necessarily have a medium through which to propagate. Huygens envisioned this ether was “composed of tiny, closely spaced, elastic particles, which vibrate and pass on the waves of light” (Charles). However, not all of Huygens’ contemporaries agreed with his formulation of the wave nature of light. Isaac Newton, in particular, was a vocal opponent of his theory in favor of his own ‘corpuscular’ theory of light. Huygens, as stated in his Ebscohost Biography: “...regarded the transmission of such particles through empty space to be mere Newtonian “action at a distance” again and incompatible with a mechanistic view of nature”. However, Newton’s prominence at the time meant that Huygens’s theory of light remained relatively unknown until mid-19th century, when it was rediscovered and eventually reformulated into what we now know as the Maxwell

Light is electromagnetic radiation, energy shown as a wave or a particle, that can be visually perceived as radiant energy.1 Light is measured by the wavelength and frequency. A wavelength is the distance from any point on one wave to the same point on the next wave and shown by lambda, λ.2 The different types of light begins with gamma rays and proceed to radio waves when increasing wavelengths are compared. Frequency is the number of crests per second and is expressed in hertz and shown as v. The pattern associated with light is indirectly related to the wavelength. The variability of light starting with gamma rays and ending with radio waves is connected by decreasing frequency. Frequency is independent of the wavelength and are both

The bending of waves as they pass from one form of matter to another is refraction. When light travels from an object to one’s eyes, it makes the object seem to be in a different location. As waves access a new medium. they travel at a different rate in the alternative medium. For instance, light waves travel at a lower rate in water than in air. The

There are things scientists can't explain such, as the supernatural. Supernatural is unreal to most except to the superstitious. Supernatural is manifestations beyond the normal. It doesn't fit what our society thinks is ordinary. Whether you believe it or not, it still attracts our attention.

After that theory scientists started Wondering about this theory and a lot of Scientists made up Models and conducted Experiments to Explain this Theory. In this report we will put our self’s inside Each scientist’s Shoe and see What has he discovered.

The concept of light has boggled the minds of men for thousands of years. We have tried to bend it, twist it, tube it, generate it, and once more are continually trying to travel as fast as it does. Light, fascinatingly enough travels at approximately 186,000 miles per second; that is roughly 670 million miles per hour! Yet, when we look up at God’s creation in the middle of the night, we do not think of the physics or nuclear mechanics that makes them work. We

Introduction The Quantum Theory was the second of two theories which drastically changed the way we look at our physical world today, the first being Einstein’s Theory of Relativity. Although both theories revolutionized the world of physics, the Quantum Theory required a period of over three decades to develop, while the Special Theory of Relativity was created in a single year. The development of the Quantum Theory began in 1887 when a German physicist, Heinrich Hertz, was testing Maxwell’s Theory of Electromagnetic Waves.

Through the pursuit of a greater understanding of the known universe, our forefathers encountered patterns and anomalies which, through their extensive study, they were able to further their understanding of the universe which so intrigued them. Patterns are a reliable sample of traits, tendencies, or other observable characteristics of a person, group or institution. They are a combination of qualities, acts or tendencies that form a consistent or characteristic arrangement. Their counterparts, Anomalies are irregularities. They are a deviation from the common rule, type, arrangement or form. In other words, they are deviations from what is considered to be the norm, socially or scientifically. Patterns and anomalies have occurred within several instances in history. Dating back to the study of the heliocentric (the earth is round) nature of our planet by the famous Italian mathematician, physicist, philosopher and astronomer Galileo, man has always had a deep interest in the pursuit of knowledge to further our understanding of the natural world. And even as far back as the 17th century, patterns and anomalies had begun to arise and would later shape the way knowledge is gathered. Within Theory of Knowledge, patterns and anomalies have also occurred in the pursuit of knowledge. But first, what is this enigma we know to be knowledge. Knowledge can be said to be the fact or state of knowing; the perception of fact or truth; clear and certain mental apprehension. It is the