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  • The History and Lasting Impact of Morse Code

    Before smartphones, before satellites, even before rotary phones, there was Morse code, a system of dots and dashes that transformed the way humans communicated across distance. Born in the early 19th century, Morse code was more than just a clever invention. It laid the groundwork for global telecommunications and continues to echo through history as a symbol of simplicity, resilience, and ingenuity.

    The story begins with Samuel Morse, an American artist and inventor, who after receiving the tragic news of his wife’s death too late to attend her funeral, became obsessed with creating a faster long-distance communication system. Alongside Alfred Vail, Morse developed the telegraph and its corresponding language: a code in which each letter of the alphabet was represented by a sequence of short and long electrical signals, or “dots and dashes.”

    In 1844, Morse sent the first official message from Washington, D.C. to Baltimore: “What hath God wrought?” That transmission changed everything. Suddenly, news that once took days or weeks to travel by horse or ship could be sent in minutes. The telegraph revolutionized journalism, diplomacy, and warfare, with Morse code at its heart.

    Morse code spread quickly, becoming the backbone of the communication network in the 19th and early 20th centuries. It connected continents through transatlantic cables and later became essential in railroad systems, maritime communication, and military operations, especially during the World Wars. Operators, trained to “hear” the rhythmic patterns of dots and dashes, could send and receive messages at remarkable speeds—without ever needing a common spoken language. I’m in awe of their speed as I am currently in the “infancy” learning stage!

    The real beauty of Morse code lies in its efficiency and adaptability. It requires no internet, no power grid, just a simple transmitter and receiver. This made it vital during wartime, natural disasters, or anywhere modern infrastructure failed. Even space agencies used Morse-based systems in early satellite and deep-space missions. Personally, I find the beauty in the juxtaposition of such simplicity with its breadth and impact.

    Though largely replaced today by digital communication, Morse code’s legacy endures. Amateur radio operators (or “hams”) still use it as a reliable backup language during emergencies. It’s even recognized as an international distress signal—the famous SOS (… — …) being perhaps the most iconic example. As a HAM myself, I was not required to learn Morse, but the history of impact drew me in. It is clearly not a trending skill to have amongst my ‘meta-verse’ generation, but still retains an elusive vibe.

    Beyond function, Morse code holds cultural significance. It’s taught in military academies, used in survival training, and embedded in history lessons around resilience and innovation. Some people like me even learn it as a hobby or personal challenge, treating it like a lost language worth preserving. As an intern at a radio communications museum, I have had the immense fortune of hearing stories of personal Morse code use by volunteer veterans. There is a beautiful bond between these men who were on the frontlines in different capacities using this mode of communication with grave impact for their peers. Morse was once a necessity in their lives and now remains a hobby that has bridged a community. 

    In an age defined by instant messaging and high-speed data, Morse code reminds us that effective communication doesn’t have to be flashy. It just has to work. It also speaks to something timeless: innovation, and the human desire to connect across distance, against odds, and through any means available. A legacy that still speaks volumes, even in dots and dashes.

    *Thanks to all the Docent Volunteers at the NJ Infoage – Radio Museum for taking the time to share their personal experiences and generous time in teaching me Morse.

  • The influence of Greek Mythology on the field of Astronomy

    Greek mythology has had a profound and lasting influence on the development of astronomy. It has been a long lasting fascination for me. Mythology has provided not only a cultural framework for understanding the cosmos but also inspiring the naming of stars, constellations, and celestial bodies. The connection between Greek mythology and astronomy is rooted in the ancient Greeks’ belief that the heavens were inhabited by divine beings and that the movements of celestial objects reflected the will and power of the gods. This fusion of myth and science has left an indelible mark on the way we study and interpret the universe today.

    One of the most direct ways in which Greek mythology influenced astronomy is through the naming of constellations. Many of the star groupings that are still in use today derive their names from figures and stories in Greek myths. For instance, the constellation Orion is named after a great hunter in Greek mythology, whose adventures were so extraordinary that he was immortalized in the stars. Similarly, the constellation Andromeda is named after the princess who was chained to a rock as a sacrifice to a sea monster, only to be rescued by the hero Perseus. Other constellations, such as Pegasus, Leo, and Taurus, are also drawn from famous mythological figures and creatures. The practice of associating constellations with mythological figures helped ancient cultures navigate the night sky, giving meaning and coherence to the patterns they observed.

    Greek mythology not only influenced the naming of stars and constellations but also shaped the conceptual framework of the universe itself. The ancient Greeks, particularly through the work of philosophers like Pythagoras, Plato, and Aristotle, developed early models of the cosmos that were deeply intertwined with their mythological beliefs. For example, the idea of a geocentric universe, in which Earth was at the center of the cosmos, was reinforced by mythological narratives that placed humans and Earth at the heart of divine creation. These early models were foundational in shaping later astronomical thought.

    Additionally, Greek mythology provided a rich source of symbolism and metaphors that continue to influence modern astronomical concepts. The myth of the Titan Atlas, who was condemned to hold up the sky for eternity, gave rise to the term Atlas, which is now used in astronomy to refer to star charts and celestial maps. Similarly, the myth of the hero Perseus and his defeat of the monster Medusa inspired the naming of the Perseus Cluster, a large group of galaxies. The recurring themes of heroism, transformation, and cosmic struggle in these myths found their way into the language of modern astronomy, linking ancient stories to contemporary scientific endeavors. This cultural link has had the biggest impact on my interest in both subject matters. It reinforces my appreciation for the intersections of STEM and the cultural arts.

    Furthermore, the influence of Greek mythology is not confined solely to ancient cultures. During the Renaissance, as European astronomers rediscovered and expanded upon the astronomical knowledge, they continued to use mythological references. The work of astronomers like Copernicus, Galileo, and Kepler, while grounded in empirical observation, still carried the legacy of Greek myth through the names of celestial bodies and phenomena. This work set the tone for more scientific advancement through applied physics and mathematics.

    Greek mythology has had a lasting influence on the field of astronomy, both through the naming of celestial objects and through the symbolic and philosophical frameworks. The connection between myth and science in ancient Greece helped establish a tradition of integrating culture with the study of the cosmos, a tradition that endures in the way we name stars, constellations, and galaxies today. While our understanding of the universe has evolved, the myths of ancient Greece continue to resonate in the language and imagination of modern astronomy.

    *Thanks to Rick Riordan for writing the Percy Jackson Series. It was my first exposure to greek mythology which sent me down a fun rabbit hole.

  • Is Space Exploration a Government or Private Company matter?

    As humanity’s interest in space grows, a central debate emerges: Should space exploration remain the domain of government agencies, or should private companies take the lead? This question addresses not only how we approach exploration but also the balance between public benefit and private profit.

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  • Is astronomy different, or less reliable, than other sciences?

    Astronomy is often regarded as one of the oldest sciences, but its methodologies and scope differ markedly from those of other scientific disciplines such as chemistry and biology. While astronomy shares the empirical rigor and systematic approach of these sciences, its unique characteristics and constraints shape its practices in distinct ways. There are fundamental differences between astronomy and other sciences, though these differences do not undermine astronomy’s accuracy or reliability.

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I’m Aleena

Welcome to Launch Point, my corner of the internet dedicated to all things out in space and the beyond. Here, I invite you to join me to launch on a journey of curiosity and exploration!

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