Netflix science documentary
More and more people today are interested in science. With the development of modern technologies, it becomes possible for everyone to get the access to the most interesting and fascinating science documentaries. Video-streaming companies allow us to watch the best science shows and movies, giving us a chance to get closer to the world of science.
There are various companies that make our way to science easier, such as Sling TV, Netflix, Hulu. Still, if we compare Netflix shows to the other companies, we will see that it offers the best quality, the best prices, and the best shows. When it comes to the world of science, it gives us the ability to explore, discover and to understand our World. Here are some of the fascinating documentaries provided by Netflix.
1. Particle Fever
This documentary will show you six scientists working to create the large android collider. Take a deep look at what it takes to launch such kind of project.
2. Chasing Ice
This film shows us the hardest environments of our planet through the lens of James Balog camera. It is mainly focused on the loss of ice on the planet.
3. Into The Inferno
If you want to learn more about volcanoes and how they affect, this film is definitely for you. It is about volcanologists who risk their lives to get answers we are all interested in. Enjoy amazing views and outstanding soundtracks flavored with the poetry of Herzog's narration.
4. The Story Of Maths
Math helps us to get a better understanding of the world of science and life in general. Professor Marcus du Sautoy shows us the story that lies behind the numbers and its influence on our lives.
5. Mysteries Of The Unseen World
This amazing film shows us things we can not see with a naked eye. How many universes do you know? What can we find in space? Find the answers to these questions with this incredibly intriguing film.
Gravity is what keeps a planet s gaseous atmosphere from spreading out into space away from the planet. If we compare the gravitational pull of each planet in our solar system we would find them to be different. This is because a planet s gravity is related to its mass. Usually the greater a planet s…
An artist s rendering of some of the forces of the universe. The apple falling is of course from the story of Isaac Newton discovering the law of gravity as an apple fell from a tree he was sitting underneath. Windows to the Universe original image Related links: Gravity is one of the universal forces…
Every elementary particle in the Universe appears to have a partner particle called its antiparticle that shares many of the same characteristics, but many other characteristics are the opposite of those for the particle. For example, the electron has as its antiparticle the antielectron. The electron…
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People often confuse mass and weight. Remember that weight is a force, and is measured in newtons. Mass is measured in kilograms (kg). Mass The mass of an object is the amount of matter or stuff it contains. The more matter an object contains, the greater its mass. An elephant contains more matter than a mouse, so it has a greater mass. Mass is measured in kilograms, kg…Continue Reading
Geophysicists utilize slight variations in gravitational force to characterize the mass of subsurface features. Particularly useful in petroleum exploration, subtle gravitational field differences can help identify solid subsurface plutonic bodies or fluid filled reservoirs. 1n 1687, English physicist Sir Isaac Newton (1642–1727) published a law of universal gravitation in…Continue Reading
In 2012 CERN s Large Hadron Collider (LHC) discovered the Higgs boson, the missing piece in the jigsaw of particles predicted by the Standard Model. We do not know what we will find next and that makes the new run even more exciting,Daniela Bortoletto of Oxford University s Department of Physics, a member of the team running the LHC’s ATLAS experiment, tells me. We hope…Continue Reading
The diagram from Sir Isaac Newton’s crucial experiment, 1-72. A ray of light is divided into its constituent colors by the first prism (left), and the resulting bundle of colred rays is reconstituted into white light by the second. Our modern understanding of light and color begins with Isaac Newton (1642-1726) and a series of experiments that he publishes in 1672. He is the…Continue Reading
Greetings from chilly Toronto, where I’m briefly in town to participate in a public event about the Higgs boson tonight. Should be a good time, especially because it’s not just me giving a talk; I will spend 20 minutes explaining the theoretical motivation behind the Higgs, after which experimentalists…