This film covers the basics of atomic theory while addressing the moral issues inherent in yielding such godlike power.
On display are the movement structures of Heliozoa, the expulsion of food remains, plasmogamy, separation and temporary bridging, "phobia".
As Percival Lowell, an optimistic astronomer, fervently believes he has discovered extraterrestrial structures across various planets, he races against skepticism and scientific scrutiny to try and validate his groundbreaking discovery.
This instructional film shows the three parts of a lever and demonstrates how various levers help to move things more easily, or move them farther and faster.
Through interspersed conversation and prose, this experimental documentary follows a poet and a neuroscientist as they explore the definition of love, what it means, and why it matters.
Scientists have struggled for centuries to pinpoint the qualities that distinguish humans from the millions of other animal species with which we share the vast majority of our DNA. Now we explore those traits once thought to be uniquely human to discover their evolutionary roots.
What happens when two hands touch? How close are they like? And how can proximity be measured, and even more so, in times of a pandemic and distancing? We think we touch things, that we can take other people by the hand, but physics tells us quite another story.
Patrick Moore presents this documentary about the Apollo 13 space mission of April 1970. The video features the live TV coverage of the real-life drama from lift-off to splash-down in the Pacific Ocean.
The film is about the immense distances between stars and the long durations we would have to endure in order to traverse them, even if utilizing methods of propulsion at the very limits of scientific knowledge. Ultimately, it comes down to our understanding of physics and the fundamental laws that govern the Universe. If we ever want to travel to stellar destinations beyond our solar system, within the limits of a human lifetime - we will need to find ways to go incredibly fast.
In his laboratory, an oceanographer conducts temperature and salinity tests to determine the necessary conditions for the micro-algae Protoceratium reticulatum to survive in the Saint Lawrence Estuary. The filmmaker, moving between the seen and the unseen, follows the scientist as he studies the dinoflagellate, an amazing microscopic monster organism responsible for red tides and other phenomena.
Oil is a primary energy source in the world. Global oil consumption reached approximately 95 million barrels per day but oil fields' quality is constantly declining. A team of Russian scientists came up with more accurate, cheaper, and faster technology that can increase the oil production rate. After all, modern civilization is built in the way that 'to live well' means 'consume more oil'
Each grain crop - wheat, rye, rice and corn - has been "creating" a special type of person for centuries. For example, rye formed the Slavic culture, wheat influenced the inhabitants of almost all of Central Europe and a significant part of Asia, corn formed the inhabitants from Mexico to Nicaragua, and rice - representatives of Japan, India and China. Today, genetic engineers are trying to create the bread of the future. It is likely that after some time we will have three-dimensional food printers in our kitchens that will be able to "print" buns, loaves or confectionery. However, scientists are convinced that only part of the components for the "printer" will be chemical, and the rest of the components will continue to be grown on earth. At the same time, some researchers believe that genetic engineering may turn out to be a "Pandora's box", while others are sure that they can no longer do without it.
A unique project, the popular science series "Bread" is shooting around the world, interviews with scientists and world-class experts. There are 4 series in the project: "Immortality", "Money", "Hunger" and "Gene". This is a story about how bread controlled the destinies of continents and empires, how the rise of some civilizations and the fall of others depended on it, how in different countries and at different times it performed the function of money. This is the first time such a complete study of bread and grain is being carried out on a television screen. The focus is on the most interesting events in the history of Russia, Italy, France, Germany, England, China, Egypt and other countries.
The discovery of neuroplasticity, the fact that thoughts can change the structure and function of our brains, even into old age, is one of the most important breakthroughs in our understanding of the brain in recent times. In The Brain That Changes Itself, Dr Norman Doidge explores the profound implications of the changing brain in a way that will permanently alter the way we look at human possibility and human nature. The documentary examines a blind man who sinks a basketball; a woman with half a brain who leads a normal life; learning disorders, strokes and brain traumas that are improved and cured; and chronic pain that is alleviated. The vast expanse of the brain's possibility is still unrealized.
Tom Holland explores how our ancestors sought to explain the remains of dinosaurs and other giant prehistoric creatures, and how bones and fossils have affected human culture.
A crash course in the professional and scientific work related to the field of venomous herpetology. The film covers diverse topics, including biochemistry, biology, law and public policy, conservation, venom collection, animal husbandry, antivenom production, emergency medicine, veterinary medicine, toxicology and toxinology. The film follows the personal and working lives of prominent experts in the field, beginning with their childhood interest through their professional careers, with particular emphasis on the sciences related to their work.
Before the joint NASA/ESA Cassini-Huygens mission, humanity only knew what had been learned, decades earlier, with the previous limited, rapid "fly-by" Pioneer and Voyager missions. Cassini-Huygens spent more than 13 years in wildly varied orbits around Saturn, allowing the spacecraft to pass near many of its moons, as well as execute a soft-landing of its Huygens lander on the moon Titan. By mission end, it accumulated a mountain of imagery and scientific data that will continue to be studied for years to come. This film is a testament to the amazing efforts of the scientists who planned and executed the mission. It combines breathtaking images, movies, and a variety of animations to take the viewer into Saturn's complex system of rings and moons, as well as stepping viewers through some of the more exciting scientific discoveries made over the course of the elaborately complex mission.