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In The New Camelot, Frank White explorers the nature of the Camelot myth and how it relates to the modern day space program. This leads to a surprising insight into how humanity's future in the stars may unfold.

Project Mercury: The History and Legacy of America’s First Human Spaceflight Program examines the origins behind the missions, the people and spacecraft involved, and the historic results. Along with pictures of important people, places, and events, you will learn about Mercury like never before.

We have all dreamed of going where no man has gone before, but that time is here and now. We are on the very edge of a new era in humanity. Within our lifetime, mankind will not only be journeying to other planets we will be inhabiting them. Our ultra-high technology robots are even now walking upon the surface of Mars, sending back information and preparing the ground for our arrival. This is not science fiction; we are living the future now.

In the late 1950s, NASA and the Department of Defense had a problem. They could not figure out how to make a heat shield for manned spacecraft or ICBMs. The Air Force used heat-sink metals, especially copper, and the Navy, on Polaris, used a beryllium heat sink shield. The Space Task Group, in March 1958, were leaning toward the heat sink method.

When people look up into the night sky, the stars seem fixed and immutable, as unchanging as the darkness of space itself, but the truth is that stars are born, live, and die in a never-ending cycle of creation and annihilation. These cycles stretch over such vast spans of time that to short-lived humans, they seem to last forever. No one knows just how many stars there are, but their number is almost beyond comprehension.

Project Gemini is a neglected part of the US space program. Sandwiched between the excitement of Project Mercury and the sending of the first American astronauts to space and the euphoria of the Apollo Moon landings, Gemini was a step forward rather than a dramatic leap. However, this project achieved many important firsts, including the first spacewalk, the first rendezvous and docking between two spacecraft, the first flights of more than one week’s duration, and many more.

Developed by experienced professors and professionally narrated for easy listening, this course is a great way to explore the subject of Astronomy. The audio is focused and high-yield, covering the most important topics you might expect to learn in a typical undergraduate course in Astronomy. The material is accurate, up-to-date, and broken down into bite-sized chapters. There are quizzes and key takeaways following each chapter to review questions commonly tested and drive home key points.

As technological advances and the creation of flying aircraft became realities, the sighting of UFOs increased, as did the interest in potential contact with aliens. It would hardly be groundbreaking for scientists in the 20th century to have a lunchtime discussion in which the search for extraterrestrial life arises, and the question of where it might reside is innocuous enough. However, a furor was created somewhat innocently when physicist Enrico Fermi voiced his “casual lunchtime remark” in the presence of colleagues in 1950.

Вот уже более двух десятилетий, с тех пор как была открыта первая экзопланета - планета, лежащая за пределами Солнечной системы, - астрономы ведут поиск "второй Земли", где сложились условия обитания, схожие с земными.

The question of man’s place in the extended universe has been pondered by every known culture since the beginning of recorded history. Naturally, as technological advances and the creation of flying aircraft became realities, the sighting of UFOs increased, as did the interest in potential contact with aliens. While incidents like the one at Roswell led to conspiracies and a craze among those who insisted the government was hiding proof of extraterrestrials’ existence, governments across the world were actually secretly studying UFO sightings by the mid-20th century.

Stung by the pioneering space successes of the Soviet Union - in particular, Gagarin being the first man in space - the United States gathered the best of its engineers and set itself the goal of reaching the moon within a decade. In an expanded second edition of How Apollo Flew to the Moon, David Woods tells the exciting story of how the resulting Apollo flights were conducted by following a virtual flight to the moon and its exploration of the surface.

Children's author and science communicator Lucy Hawking, daughter of Professor Stephen Hawking, invites listeners to the launch of a new space age. Fuelled by commercial finance and looking for new horizons, this is a revolutionary change from the old era in which superpowers competed for supremacy in space. Lucy is accompanied by Peter Diamandis, founder of the XPRIZE, which kickstarted the privatised space, and Kellie Gerardi, a spaceflight industry professional and trainee astronaut, as well as visionaries at the forefront of this new age of space travel.

Somos feitos de poeira de estrelas. Nós somos uma maneira de o cosmos se autoconhecer.

For decades, books, movies, television shows, and conspiracy theories have speculated about the existence of life on other planets. But how possible is it that we are alone in the universe? How likely is it we’ll find a habitable, Earth-like planet? How come we have not already seen signs of extraterrestrial life? Join astrophysicist Sarah Rugheimer to reveal what we know about detecting life on other planets.

The Cold War is usually thought of in terms of fear, potential nuclear war, and espionage. While these were elements of the years between the end of World War II and the 1990s, the competition between the US and the USSR had some real benefits. Perhaps, the best and most impressive accomplishments during this time resulted from the Space Race.

A small town shaken by magical occurrences, sets forth a young man on a mystical affair. This prose rendition of the orchestrated masterpiece guides listeners through an epic parable for The Father of Time.

In Science we trust! A breathtaking journey through science, from astronomy to biology. Science is a mesmerizing key that unravels its mysteries, explaining how the universe works. It really is the most poetic thing we know about the cosmos. All episodes are available at: https://sciencewespeak.wixsite.com/sciencewespeak *Contact: sciencewespeak@gmail.com**Patreon: https://www.patreon.com/ScienceWeSpeakSOCIAL MEDIA: Instagram: https://www.instagram.com/sciencewespeak/Facebook: https://www.facebook.com/ScienceWeSpeakTelegram: https://t.me/sciencewespeak

There is a lot of interest these days in space exploration. After 50 years, we are looking at going back to the Moon to build a base and planning early for a manned trip to Mars. After that, further exploration and settlement of the Solar System will be on the table. One of the main limiting factors for all of this space exploration are the types of rockets and rocket engines available to get there.

Humans have dreamed of travelling to the stars for as long as we knew that those points of light in the sky were stars like the Sun. Now, in the 21st century, there are actual studies and plans to send interstellar space probes to the nearest stars. Probably to Alpha Centauri which is only 4.3 light years away. Only! What is the history of plans to get to the nearest star? And what are the plans today to make these ideas a reality?

A manned mission to Mars has been the dream of humanity at least since the 19th century, when we first saw details of the surface and thought there might be canals filled with water there. Here I’ve looked at the history of unmanned exploration of Mars over the last 50-plus years, proposed missions to Mars, Mars settlements, and other major issues regarding traveling to and living on Mars. Some proposals have lots of details of proposed scenarios, if you want to know all of the engineering and scientific analysis work.