Christiaan Huygens

words of Christiaan Huygens “I believe that we do not know anything for certain, but everything probably”(Christiaan Huygens > Quotes). Christiaan huygens made many interesting discoveries that change the way we view space and light around us. Christiaan Huygens was widely recognised as one of the leading important scientist of his time. To really understand how he became so influenced we will start by looking at his early life, education, and work our way to his science impact. Christiaan Huygens

Christiaan Huygens could safely be called one of the greatest scientisits of his time. Born mid-April in 1629 to a wealthy family, it was clear he would live up to the family name. His widower father, Constantijn, was a diplomat, and an advisor in The House of Orange. Until age 16, Christiaan was homeschooled by his father, alongside his siblings, taught music, languages, geography, history, mathmatics, logic and rhetoric, and in addition to that, dancing, fencing, and horse riding. Christiaan later

The invention of the pendulum clock played a pivotal role in making the world a more global society. Prior to its invention in 1656, mechanical clocks were extremely inaccurate, making many scientific experiments impossible due to the lack of a consistent way to measure time. Travelers who needed to determine their longitude and latitude, such as explorers of the new world, needed an accurate way to determine time. Watchmaking was considered the pinnacle of technological achievement with only master

In Mathematics, it is rare that a new branch of mathematics is introduced. That means that even branches of math that have been around for hundreds of years are still technically new, or at least relatively new. One such branch of mathematics is probability. Probability is only three hundred to four hundred years old, so it easily falls into this category when compared to branches of mathematics such as Geometry which dates back all the way to ancient Egypt in around 2900 BC, when it first became

After two decades of gathering promising data, NASA and collaborating space agencies have decided that they want to send three brave volunteers to assess the viability of colonizing Saturn’s largest moon, Titan. Initially, there is publish outcry concerning the permanent relocation of three people to a distant planet. In addition, the science community raises concerns regarding space travel of that distance and the prolonged exposure to radiation that the crew would experience. After several years

1967, that the first human heart transplant was completed in Cape Town, South Africa. Lewis Washkansky was dying from chronic heart disease and received a donor heart from Denise Darvall, a twenty-five year old woman who died in a car accident. Christiaan Barnard, a reputable surgeon, performed this cutting-edge procedure. Eighteen days after, Washkansky died of pneumonia due to the susceptibility to illness that the anti-rejection medication opened him up to. Regardless of this, his heart functioned

A general surgeon is a surgeon has irregular hours(this is normal for a general surgeon), a general surgeon has to be able to stand for long periods of time and surgeons have to be able to deal with the emotional stress the comes with the job. First, the surgeon will have irregular hours(this is normal for them) like on Monday the surgeon will work 2:00 am to 8:00 pm then they will have to go in(this all can change if the surgeon wants,the surgeon can get put on call where if a person needs immediate

Space probes are our doorway to the rest of our solar system, allowing us to find new information about our universe. Space probes travel to other planets, moons, comets, and any other body in space. Voyager 1 and Voyager 2 are also traveling outside of our solar system in order to further explore. As the space probes travel, and once they reach their destination, they constantly measure the environment around them with extremely interesting scientific instruments. Many space probes have been launched

Cassini landed at Saturn just after the planet's northern winter solstice, the augmentation will take into consideration the first investigation of a complete regular period. Cassini propelled in October 1997 with the European Space Organization's Huygens test. The test was outfitted with six instruments to study Titan, Saturn's biggest moon. It arrived on Titan's surface on Jan. 14, 2005, and returned dynamite results. In the interim, Cassini's 12 instruments have given back a day by day stream of

However, if life had somehow developed in these cold and hydrophobic bodies of liquid methane and ethane, its “surface-to-volume ratio considerations may be less constraining than at higher temperatures in polar solvents.” On Earth, lower temperatures create a more viscous solvent, causing slower diffusion and rate of metabolism. If this applies to Titan, life there could involve “huge (by Earth standards) and very slowly metabolizing cells.” This would slow evolution down significantly, instead