Inventions

The first water thermometer was created during the 16th century. In the year 1593, Galileo Galilei did the existing thermoscope one step better and created a basic water thermometer. This newer version was the first type of thermometer to allow variations in temperature. Galileo found that, if he used liquid that was less dense than water, he could suspend those liquids in a vial of water, which would rise as the temperature increased.

Galileo was able to take the information he discovered and develop a model of a thermoscope that used fine droplets of alcohol. These droplets maintained their cohesion in the water and would rise to the top as the temperature of the water slowly increased. There are those that believe the use of alcohol by Galileo later inspired the use of mercury.

The history of the first alarm clock dates back the Greek philosopher Plato, around 428-348 BC. It was a water clock with an alarm signal similar to a water organ.

What would the world be like if clocks weren't around?

For one thing, the world would be a lot more unorganised because schools, jobs, social gatherings and things like that all rely on them. If they weren't invented people would be late for things and they wouldn't be able to get up in time for school, jobs etc. Not getting to places can cause stress and worries because if it were a big job interview, you would stress about being late of course. clocks heap everyone in every single way. people use clocks to much for their own good. clocks have been used for good and bad but most of the time good.

The modern gas lamp, using natural gas as fuel, was invented in the early 19th century. William Murdoch is credited with first using gas for lighting in his house in 1792, and the technology quickly spread for street lighting and indoor use.

Raymond V. Damadian, inventor of the Magnetic Resonance (MR) scanning machine, was born in Forest Hills, New York in 1936. He studied violin at the Julliard School of Music in New York for eight years before winning a scholarship, at age 16, to the University of Wisconsin. There he received a BS in mathematics in 1956 and then turned to medicine, earning an MD in 1960 from the Albert Einstein College of Medicine (Bronx, NY). After his internship, residency, and Fellowships at Washington University and Harvard, Dr. Damadian served for some time in the Air Force, then joined the faculty of SUNY Downstate Medical Center. There, his research into sodium and potassium in living cells led him to his first experiments with nuclear magnetic resonance (NMR) which caused him to first propose the MR body scanner in 1969. NMR, the phenomenon of atomic nuclei emitting radio waves at predictable frequencies when exposed to a powerful magnetic field, had been used during and after World War II to probe the composition of various substances. Damadian invented an apparatus and method to use NMR safely and accurately to scan the human body, a method now well known as magnetic resonance imaging (MRI). Experimenting on rats, Damadian discovered dramatic differences in the quality and duration of NMR signals emitted by cancerous versus healthy tissues that confirmed his idea of the MR body scanner. His 1971 paper, "Tumor Detection by Magnetic Resonance," was met with skepticism from the scientific community, but Damadian forged ahead, filing the first of his patents for an MRI scanner the next year. The scanner used liquid helium to supercool magnets in the walls of a cylindrical chamber; the nuclei of hydrogen atoms in the water, which all cells contain, reacted to the resultant magnetic field, and a three-dimensional spatial localization method coordinated the signals into the scan. Damadian spent the next years working with teams of graduate students to make his scanner a reality. Meanwhile, many scientists had decided that Damadian's ideas were not so misguided after all and began to compete to develop the first workable scanner. Finally, in 1977, Damadian's team produced the first MRI scan of the human body, using a prototype device he called "Indomitable" (now installed in the Smithsonian Institution). The first MRI scan provided a clear image of the heart, lungs and chest wall with no side effects. Today, MRI scanners can instantly map and analyze any part of the human body in minute detail, allowing visual diagnosis of virtually any medical condition, from strained muscles to tumors. They can also provide the chemical composition of the tissue being scanned. In 1978, Damadian formed a company, FONAR Corporation (from "Field fOcused Nuclear mAgnetic Resonance"), which produced the first commercial scanner in 1980. Later the company developed the first FDA-approved, first mobile, and first whole-body MR scanners. FONAR's patented Iron Circuit™ technology has enabled the company to develop seven different MRI products including the recently cleared-for-marketing FONAR 360°, a full-size room with two circular structures (the poles of the magnet) projecting from the ceiling and the floor. There are no obstructions between the patient and the walls of the scanner room, and the patient is accessible from any direction. Damadian is also working on the Stand-Up MRI™, the only scanner that allows MRI patients to be scanned while standing up. Damadian continues to direct FONAR's scientific and financial progress, as Chairman and President. He has earned over 40 patents, as well as the 2001 Lemelson-MIT Program's Lifetime Achievement Award, a National Medal of Technology (1988), and induction into the National Inventors Hall of Fame (1989).

The largest research station in Antarctica is called McMurdo Station. It is operated by the United States and is located on Ross Island. It can accommodate over 1,000 people during the summer research season.

1894. by James Henry atkinson. the first mouse trap was call the "Little Nipper" and can snap shut in 38000ths of a second. that is a record that has remained unbeaten

The inventor of the zipper is Whitcomb Judson, who patented the device in 1893 as a "clasp-locker" for shoes. However, it was Gideon Sundback who refined and improved the design to create the modern zipper that we use today.

The compass was invented in ancient China during the Han Dynasty, around the 2nd century BC. It is believed to have been first used for divination before being adapted for navigation.

A sundial is a way to tell time without a clock. It uses the sun and positions of shadows to tell the time. These are fairly accurate.

The spacecraft that brought the first man to walk on the moon was the Apollo 11 spacecraft. The specific module that landed on the moon was called the Lunar Module, and the astronauts were Neil Armstrong and Edwin "Buzz" Aldrin.

Well they can because if you look at the movie of Star Wars the light sabers are made out of beams, and when a beam hits another beam it attracts like Neutrons do. So probably a really smart person can invent a lightsaber in the future.

Shatterproof glass was invented by Edouard Benedictus, a French chemist, in 1903. Benedictus discovered the strength of a glass flask with a cellulose nitrate coating that prevented it from shattering when dropped. This was the beginning of safety glass technology.

YOU! Really, you are actually radiating light as you read this, though mostly in the submillimeter range (THz) and FIR. Any object with a high enough temperature to transfer photons with other matter is technically luminous, though not always in the visible spectrum and not always according to the blackbody radiation curve.

Though if you're speaking more colloquially you may mean luminous as in "Radiating Photons that react with the rods & cones in primate eyes", that is to say luminous within the human visible spectrum, In that case anything that lights up is "luminous"; from the sun and other stars to bioluminescent algae and fishies to hot plasmas like a candle, a campfire, or a forest fire to LEDs, Lasers, Light bulbs and cold plasmas like the pixels in Plasma TV's.

The first terrestrial globe is credited to the Greek philosopher Crates of Mallus, around 150 BC. It displayed the world as known to the ancient Greeks, but no physical globes from this time period have survived to the present day.

62 satellites so far and recently rishant 1 of pslv 19

has been launched on 26 April 2012

Bothrian heneses (Both-ree-an-hen-ess-ees), the ancient human. It is unknown when he invented nouns or when he was born. The age he died is guessed to be age 27 (people didn't live very long back then), according to some ancient writings

Thermometers were invented to measure temperature accurately in various settings such as in the medical field, scientific research, and industrial processes. They provide a standardized way to quantify and monitor changes in temperature, allowing for better control and understanding of thermal conditions.

The earliest known globe was constructed by the scholar Crates of Mallus in Cilicia (now Çukurova in modern-day Turkey) around 150 BC. An ancient celestial globe that still exists was made about 150 AD as part of a sculpture, called the Farnese Atlas, in the Naples Museum, Naples, Italy.[1] The first globe of the Old World was constructed in the Muslim world during the Middle Ages.[2] The oldest existing terrestrial globe was made by Martin Behaim in Nürnberg, Germany, in 1474.[1] A facsimile globe showing America was made by Martin Waldseemueller in 1507. Another early globe, the Hunt-Lenox Globe, ca. 1507, is thought to be the source of the phrase "Here be dragons."

Taken from http://en.wikipedia.org/wiki/Globe#History

The candle was invented to provide light in pre-electricity times. It consists of a wick surrounded by a solid fuel source like wax or tallow, which burns slowly and steadily. Today, candles are used for various purposes, including ambiance, relaxation, and emergency lighting.

Glasses are used to protect the eyes (such as radiation, anti-UV, anti-glare, etc.),

Correction of nearsightedness, farsightedness, astigmatism and improve visual function, see clearer, eyes will not be so tired,

Glasses can also be used to decorate the contours of the face, and so on

The role of a variety of different glasses, such as sunglasses, polarized sunglasses, driver mirror, swimming goggles, anti eyepiece, myopia, reading glasses and so on!

Some different names for the sun around the world are "Sol" in Spanish, "Surya" in Hindi, and "Taiyang" in Mandarin. These names reflect the cultural diversity and significance of the sun in various societies.

The first microscope was called the "simple microscope" or "single lens microscope". It was developed in the late 16th century and consisted of a single convex lens used to magnify small objects.

Konstantin Tsiolkovsky, a Russian scientist and pioneer of astronautics, is considered the father of rocketry. He developed the concept of using rockets for space travel and proposed many fundamental principles of rocket propulsion.