Wilhelm Roentgen was born on March 27, 1845, in Germany. RÖentgen's first work was published in 1870, and it dealt with the specific heats of gases. Following a few years later was a paper on the thermal conductivity of crystals. RÖentgen's name, however, is chiefly associated with his discovery of the rays that he called X-rays. .
Before his discovery of x-rays, most of Roentgen's work focused on light phenomena and other emissions generated by discharging electrical current in highly-evacuated glass tubes. These tubes were generally known as "Crookes Tubes". Roentgen was mostly interested in cathode rays and in assessing their range outside of charged tubes. .
Wilhelm had been fiddling with a set of cathode ray instruments and was surprised to find a flickering image cast by his instruments separated from them by some distance. He knew that the image he saw was not being cast by the cathode rays (now known as beams of electrons) as they could not penetrate air for any significant distance. We know little about the sequence of his work over the next few days, except that while holding materials between the tube and screen to test the new rays, he saw the bones of his hand clearly displayed in an outline of flesh. He plunged into seven weeks of meticulously planned and executed experiments to determine the nature of the rays. He worked in isolation, telling a friend simply, "I have discovered something interesting, but I do not know whether or not my observations are correct."After some considerable investigation, he named the new rays "X" to indicate they were unknown. .
The discovery of X-rays, as well as their unique properties, electrified the general public. RÖntgen became a celebrity almost overnight, and several of his colleagues (against his objections) tried to rename the new form of radiation "RÖntgen Rays".
Numerous honours were showered upon him. In several cities, streets were named after him, and a complete list of Prizes, Medals, honorary doctorates, honorary and corresponding memberships of learned societies in Germany as well as abroad.
The news of the discovery of X-rays appeared a little earlier, in the Chicago newspapers on January 9, 1896. The discovery of X-rays amazed and excited physicists worldwide. Newspapers hailed the discovery of X-rays but, were also flooded with rumors, fanciful speculations, absurd claims and some humorous reactions. Roentgen did not patent his apparatus. He did not even seek financial gain from his discovery. ...
The History of Radiology In 1995 we celebrated 100 years since the discovery of the modern x-ray. ... After this discovery, Professor Roentgen did more experiments to define all the properties of the x-ray. ... Professor Roentgen was not the first to produce x-rays in the laboratory. ... It was not until Roentgen's discovery did the American men know what they had discovered. ... Marie won two Nobel Peace Prizes in Physics for her research and the discovery of radium. ...
"November 8, 1895, in Wurzburg Germany, Whilem Conrad Roentgen discovered x-rays, initiating a medical and scientific revolution." (Crenson **) Dozens of physicists had preformed the same experiment before but none had observed what Roentgen did that night while locked away in his laboratory. ... Roentgen had accidentally discovered x-rays. ... "By spring 1896, just a few months after Wilhelm Conrad Roentgen publicized his discovery of the mysterious rays, doctors around the world were peering at their patients" insides." ...
Though before this date others had seen x-ray images, Wilhelm Conrad Roentgen of Germany was the first to recognize the importance of the images he saw. Roentgen discovered the X-Ray by accident States Robinson. The first X-Ray ever taken was of Roentgens wife's hand. ... Since Roentgen discovery of the X-Ray, the field of radiology has greatly evolved. ... Since Roentgen discovery of the X-Ray, the field of radiology has greatly evolved. ...
Most standard x-ray systems are made up of the same main components, an x-ray tube, a high voltage power supply, and a control panel. Working together these components are common to all standard systems. In this report I will be introducing you to the primary exposure factors of the c...
This is just one example of how past discoveries from all over the world, help with current advancements. Past discoveries are the building blocks of advancements; each new finding uses a past discovery as a base, in order to grow and excel. ... There was also the invention of the X-ray machine, created by Wilhelm Konard Roentgen of Germany. ... They would not have the advancements that they do, if it were not for past discoveries made by other countries. ... If one country had kept all of their discoveries to themselves, the progress in medicine would have been evidently slower. ...
The Human Brain and Methods of Discovery The human nervous system consists of several parts. ... The scope of this paper is to discuss brain scanning and to then discuss some of the structures and functions of the brain whose discovery this technology has made possible. X-ray machines have been the chief mechanical tools for internal observations of the human body since Wilhelm Roentgen discovered X-rays in 1901. ...
The fascinating medical curiosity was after the discovery of x-rays by Roentgen at the end of the 19th century radiology has exploded to an ever-expanding box of tools for dismantling the intact human body without really doing it. ...
Most of today's modern electronic discoveries have their roots in the writings and patents of one genius who very few people know. Radios, blenders, fans, neon lighting, hair dryers, X-rays, fluorescent bulbs, speedometers, the automobile ignition system, and the basics behind cellular phones, radar, electron microscopes, and the microwave oven all seem to have listed inventors like Marconi, Roentgen, or Edison, but visions of all of these and many more inventions were in the mind of a man named Nicola Tesla long before any of them had otherwise been heard of. ...
