Mars Gazette

Astrophotography, the art of capturing the wonders of the universe, requires a keen eye, patience, and of course, a reliable camera. With countless models available on the market, choosing the best camera for astrophotography can be daunting. As such, we have compiled a comprehensive guide that takes a closer look at the major camera brands that have proven to be game-changers in the field of astrophotography.

First up is Canon, a brand that has long been a favorite among star gazers. Its flagship model, the Canon EOS 60Da, is specifically designed for astrophotography. It features an improved infrared blocking filter that allows greater sensitivity to hydrogen-alpha wavelengths of light, which allows you to capture breathtaking pictures of nebulae and other cosmic phenomena.

Next, we have Nikon, another heavyweight in the world of photography. Nikon’s D810A, a full-frame DSLR, is an astrophotography-specific model that boasts long-exposure manual mode, enabling exposures from 4 seconds to 900 seconds. This feature is critical in capturing those elusive celestial bodies that only appear in the wee hours.

Sony, a relative newcomer in the DSLR space, has quickly made its mark with its mirrorless range. The Sony A7S is renowned for its staggering low-light performance, making it perfect for astrophotography. With an extended ISO range and a silent shutter mode to reduce camera shake, this camera allows you to capture the night sky in all its glory.

Pentax is another brand worth mentioning. While it may not be as popular as Canon or Nikon, it has a model, the Pentax K-1, that has been lauded for its astrotracer function. This unique feature compensates for the Earth’s rotation, allowing for sharp, pinpoint images of stars.

Lastly, we have Olympus, a brand that is known for its innovative features. The Olympus OM-D E-M1 Mark II stands out for its starlight mode, which allows for longer exposure times without the need for a tracker. Plus, its lightweight design makes it ideal for those on-the-go.

It’s important to remember that the best camera will ultimately depend on your specific needs and expertise level. Factors such as your budget, the camera’s weight and size, its sensor size, and light sensitivity are all important considerations.

Astrophotography is a journey, and a great camera is your ticket to experiencing the universe’s wonders. Whether you’re a seasoned photographer or a newbie, choosing the right camera can make all the difference. And with this guide, we hope you’re one step closer to capturing the cosmos as you’ve always dreamed it.

Read more from the original source here: [Which camera brand is best for astrophotography? A breakdown of each major system](https://www.space.com/astronomy/which-camera-brand-is-best-for-astrophotography-a-breakdown-of-each-major-system).

Title: Get Ready to Witness a Half-Lit First Quarter Moon Tonight: An Opportunity to Spot Lunar Mountain Shadows

As the sun sets and the night sky unveils its celestial wonders, an extraordinary spectacle awaits stargazers tonight. The moon, our closest celestial neighbor, will rise with its right half bathed in a radiant glow, creating an enchanting contrast against the serene night backdrop. But this evening’s spectacle is more than just a half-lit orb hanging in the sky. The interplay of light and dark will cast dramatic shadows on the lunar surface, providing an opportunity to discern the rugged lunar mountains.

The moon, in its first quarter phase, is often described as half-lit, and this stage provides the optimum conditions to observe the moon in all its glory. As the moon orbits the Earth, sunlight hits it from various angles, leading to the moon’s phases. Tonight, the right half of the moon will be illuminated, while the left half will be engulfed in darkness. This stark contrast offers a unique opportunity to see the moon’s craggy terrain, highlighted by the striking shadows of lunar mountains.

Scientifically, these shadows are caused by the angle of the sun’s light hitting the lunar surface. As the sun’s rays strike the moon’s mountain peaks, the areas in the shadow of these peaks appear darker. This effect creates an illusion of depth, allowing us to perceive the lunar surface’s contours and providing a sense of the moon’s topographical variations.

Notably, the first quarter moon is not merely a visual marvel. It also plays a vital role in understanding the moon’s surface and its geological features. Astronomers and space enthusiasts often use this phase to study the moon’s mountains’ heights and depths, contributing to our knowledge about lunar geography.

The moon’s mountains, formed billions of years ago through various geological processes, stand as silent witnesses to the moon’s tumultuous history. These mountains, some reaching heights comparable to those in the Himalayas on Earth, have been of interest to scientists since the dawn of space exploration.

As the night falls, it’s time to get your binoculars ready or just find a comfortable spot to sit back and enjoy the show. You don’t need a fancy telescope to appreciate this celestial spectacle. The moon, in all its half-lit beauty, will be visible to the naked eye. However, a pair of binoculars or a small telescope will enhance the view, bringing into focus the moon’s rugged terrain and the shadows of its majestic mountains.

So, whether you’re an amateur stargazer or a seasoned astronomer, the first quarter moon tonight offers a mesmerizing spectacle. It’s a reminder of the wonders that lie just beyond our world and the exciting possibilities of space exploration.

To witness the half-lit first quarter moon and its mountain shadows, look to the eastern sky after sunset. As the evening progresses, the moon will climb higher in the sky, offering an increasingly dramatic view.

Read more from the original source here: [https://www.space.com/stargazing/see-the-half-lit-first-quarter-moon-tonight-look-for-the-shadows-of-mountains-on-the-lunar-surface](https://www.space.com/stargazing/see-the-half-lit-first-quarter-moon-tonight-look-for-the-shadows-of-mountains-on-the-lunar-surface).

For all the star-gazers and space enthusiasts out there, imagine being able to traverse the cosmos, battle extraterrestrial life forms or construct a space station to call your own, all from the comfort of your home. The realm of video games has made this possible, offering a variety of space-themed adventures that combine the thrill of exploration with the excitement of science-fiction.

From the sweeping open-world of No Man’s Sky to the epic space opera of Mass Effect, there are a plethora of space games that will not only quench your thirst for exploration but also ignite your imagination.

No Man’s Sky, a game developed by Hello Games, presents players with a procedurally generated universe to explore, teeming with planets and wildlife. The game’s design allows for an astounding 18 quintillion planets to be discovered. Whether you’re a peaceful explorer or a ruthless space pirate, No Man’s Sky offers a broad canvas for your own space odyssey.

Meanwhile, Mass Effect, a series by BioWare, offers an epic narrative-driven experience. Players navigate the universe as Commander Shepard, facing off against an ancient alien race bent on wiping out all sentient life. The game is renowned for its rich storytelling, complex character development, and moral decisions that have galaxy-wide implications.

But the universe of space games is not limited to these two giants. Take Kerbal Space Program, for instance, a physics-based space flight simulator where players can create their own spacecraft and launch them into space. The game is praised for its realistic portrayal of orbital mechanics, adding an educational element to the fun gameplay.

Games like Elite Dangerous and EVE Online offer the chance to participate in a shared universe with thousands of other players, trading, exploring, and battling in an ever-evolving galaxy. The sense of scale and the freedom to choose your own path in these games can be truly awe-inspiring.

For those who prefer strategy, games such as Stellaris and Galactic Civilizations III allow players to build and manage their own space empires. These games require strategic thinking and diplomatic skills, testing your ability to expand your civilization and dominate the galaxy.

The beauty of these games lies not only in their immersive gameplay and stunning visuals but also in their capacity to inspire a sense of wonder and curiosity about the universe. For many players, these games are a gateway to a deeper interest in astronomy and space exploration.

Whether you’re a seasoned gamer or just a casual player, there’s a space game out there that can offer you a journey to the stars and beyond. These games represent a fusion of science, creativity, and fun that’s truly out-of-this-world. So, why not embark on your own space adventure?

Read more from the original source here: [https://www.space.com/best-space-games](https://www.space.com/best-space-games).

Title: Is Time Fundamental or Fictional? A Seismic Shift in Physics Suggests the Latter

For most of us, time is a constant, linear march forward, dictating our daily routines and life milestones. It is so embedded in our reality that questioning its existence seems almost absurd. However, a quiet revolution in the realm of physics suggests that time might not be as integral to reality as we’ve always believed.

This startling revelation is emerging from the world of particle physics, where scientists have been toiling away to understand the fundamental nature of our universe. Particle physicists examine the smallest known particles, or the building blocks of matter, to unravel the mysteries of space and time.

The standard model of particle physics, which has been widely accepted for decades, asserts that time is a fundamental part of reality. It moves forward, never backward, shaping the universe and our experience within it. But novel ideas are challenging this traditional view, suggesting that time might not be as fundamental as we thought.

The theory sparking this revolution is called “quantum gravity.” It’s a theoretical framework that attempts to reconcile quantum mechanics (the physics of the very small) with general relativity (the physics of the very large). Quantum gravity suggests that at the most basic level, the universe doesn’t operate according to our conventional understanding of time.

Intriguingly, some versions of quantum gravity propose that time does not exist at all at the fundamental level. Instead, what we perceive as time is merely an emergent phenomenon, a result of the way our human brains interpret the world. If this is true, then time is not a fundamental part of reality but an illusion created by our perception.

This idea, while radical, is supported by certain experiments. For instance, at the quantum level, particles can behave in ways that defy our conventional understanding of time. They can exist in multiple places at once, or even move backward in time. Such behavior could not occur if time were a fundamental constraint.

Yet, this doesn’t mean that our everyday understanding of time is wrong or irrelevant. It still holds true in our macroscopic world, guiding everything from the earth’s rotation to the aging process. However, at the deepest level of reality, time might be an entirely different, or even non-existent, concept.

The notion that time might not be fundamental is still controversial and far from accepted. But it represents an exciting new direction in physics, challenging our understanding of reality and opening the door to fascinating possibilities.

This quiet revolution doesn’t change the fact that time, as we perceive it, shapes our lives profoundly. But it does invite us to rethink our understanding of the universe, and perhaps even our place within it. As we continue to explore the cosmos and delve deeper into the fabric of reality, we might find that time, like so much else, is far stranger than we ever imagined.

Read more from the original source here: https://www.space.com/science/particle-physics/is-time-a-fundamental-part-of-reality-a-quiet-revolution-in-physics-suggests-not.

Title: “A Dragonfly on Titan: NASA’s Next Big Space Mission Discussed on This Week in Space Podcast”

In a recent episode of the popular podcast This Week in Space, hosts Rod Pyle and Tariq Malik delved into the fascinating world of NASA’s upcoming space mission: Dragonfly. The show’s special guest, Dr. Elizabeth “Zibi” Turtle, the Principal Investigator of the Dragonfly mission, shared intriguing insights into what the future holds for this groundbreaking venture.

Dragonfly, as the name suggests, is not your typical space mission. Unlike rovers or orbiters, it will take the form of a quadcopter drone, designed to explore Titan, Saturn’s largest moon. Titan is viewed by scientists as a primordial Earth, rich in complex organic compounds, which makes it an exciting prospect for astrobiologists and those seeking answers to the origins of life.

The Dragonfly mission, as explained by Dr. Turtle, aims to take advantage of Titan’s dense atmosphere and low gravity to traverse the moon’s surface using flight – a first in space exploration. This innovative approach will allow the Dragonfly drone to cover large distances quickly, facilitating in-depth geological and atmospheric studies over a wide area of Titan.

During the podcast, Dr. Turtle emphasized that the Dragonfly mission is not just about understanding Titan better but also about understanding Earth. “By studying Titan, we can learn about the conditions that may have existed on the early Earth,” said Dr. Turtle.

Along with this exciting scientific endeavor, the Dragonfly drone will also carry a suite of scientific instruments designed to measure the chemical composition of Titan’s surface and atmosphere. It will also look for signs of water and perhaps, if we are lucky, signs of life.

The Dragonfly mission is scheduled to launch in 2027 and will reach Titan by 2034. The long journey is due to the vast distance between Earth and Saturn, which averages about 886 million miles. However, the wealth of information that Dragonfly is expected to gather makes the wait worth it.

Dr. Turtle’s enthusiasm for the Dragonfly mission was palpable throughout the conversation. The hosts, Pyle and Malik, expertly facilitated a discussion that was both scientifically rigorous and accessible, making it an enjoyable listen for both space enthusiasts and the general public.

While the Dragonfly mission is still a few years away, the anticipation is building. As we look to the skies and ponder the mysteries of the cosmos, projects like Dragonfly promise to bring us one step closer to understanding our place in the universe.

For those who are intrigued by the prospects of the Dragonfly mission and want to hear more about what Dr. Turtle and the team at NASA have in store for us, the episode is a must-listen. As Pyle and Malik continue to host engaging discussions on space exploration, we can look forward to more episodes that bring the vast expanse of space a little closer to home.

Read more from the original source here: [This Week In Space podcast: Episode 198 — A Dragonfly on Titan](https://www.space.com/entertainment/space-movies-shows/this-week-in-space-podcast-episode-198-a-dragonfly-on-titan).

Title: AI Unveils New Clues in the Decades-Long Search for Luna 9, the Pioneer of Moon Landings

Nearly 60 years have passed since the Luna 9 spacecraft from the Soviet Union made history by achieving the first successful soft landing on the Moon’s surface in 1966. For all these years, the exact location of this pioneering spacecraft’s touchdown has remained elusive, shrouded in the mysteries of the lunar terrain. However, thanks to the power of Artificial Intelligence (AI), scientists are now closer than ever to pinpointing Luna 9’s final resting place.

The Luna 9 mission, a remarkable achievement during the heated space race era, marked a significant milestone in humanity’s exploration of our nearest celestial neighbour. It opened the door to subsequent manned missions, paving the way for Neil Armstrong’s legendary first steps on the Moon in 1969. Nevertheless, despite the mission’s historical importance, the precise location of Luna 9’s landing site has remained uncertain due to the Moon’s vast and similar-looking surface.

The recent breakthrough comes as scientists leverage advanced AI algorithms to analyze thousands of lunar images. The AI system, trained to recognize specific patterns and anomalies, scoured an extensive library of images taken by NASA’s Lunar Reconnaissance Orbiter. It searched for visual cues that might indicate the presence of Luna 9 or the disturbances caused by its landing.

The AI’s relentless scrutiny has paid off. Scientists have identified several potential sites where Luna 9 might have touched down over half a century ago. These sites, located in the Moon’s Oceanus Procellarum region, display features consistent with the expected landing patterns of the historic spacecraft.

The use of AI in this endeavor has not only helped narrow down the search area but also has highlighted the power and potential of combining artificial intelligence with space exploration. As the quest to unlock the secrets of our universe continues, AI is proving an invaluable tool, capable of sifting through vast amounts of data and spotting patterns that might elude even the most eagle-eyed human researcher.

However, the work is far from over. The potential sites identified by the AI now need to be investigated further. Scientists will need to compare the AI’s findings with the original Luna 9 images and use other data to confirm or rule out each site. Despite this, the fact that the search area has been considerably narrowed down is a significant step forward in this decades-long lunar detective story.

The hunt for Luna 9’s landing site is more than just a historical quest. The data and knowledge gained from this search will contribute to our understanding of the Moon’s surface and the long-term effects of spacecraft landings. This information is crucial as we plan for future lunar missions, including the return of humans to the Moon in the coming years.

In the grand cosmic scheme of things, Luna 9 may be a small speck on the lunar surface. Still, its historical significance and the lessons that its discovery will bring make the ongoing search a fascinating and worthwhile endeavor.

Read more from the original source here: https://www.space.com/astronomy/moon/ai-helps-find-new-clues-in-the-60-year-search-for-luna-9-the-1st-successful-moon-lander.

Title: Lunar New Year 2026 Space Celebration: Chinese Astronauts Film Music Video Aboard Tiangong Space Station

China’s Shenzhou 21 crew celebrated the Lunar New Year in a truly cosmic way this year: by filming an extraordinary music video aboard China’s Tiangong Space Station. The video, a first of its kind, marked the arrival of the Year of the Horse with a blend of high-tech space exploration and time-honored Chinese tradition.

The Lunar New Year, also known as the Chinese New Year, signifies the beginning of a new lunar cycle, one of the most important events in the Chinese calendar. This year, China’s astronauts decided to take the celebration to the next level, quite literally, by ringing in the new year from space.

An impressive spectacle from the Shenzhou 21 crew, the music video showcased the astronauts in their space gear, performing carefully choreographed movements in zero gravity. The uniqueness of the environment added a new dimension to the celebration, highlighting the integration of China’s cultural heritage with its rapid advancements in space exploration.

The Tiangong Space Station, where the video was filmed, is China’s large modular space station and a significant symbol of the country’s space ambitions. Launched in 2021, the station has hosted several successful missions, with the Shenzhou 21 mission being the latest.

The Shenzhou 21 mission, which began in late 2025, comprises three astronauts, or taikonauts, as they are known in China. The mission aims to further China’s understanding of the conditions and challenges of prolonged human spaceflight, which is crucial for the nation’s plans for future space exploration.

This Lunar New Year celebration, however, shows that life in space is not just about scientific exploration. It also incorporates elements of human culture and celebration, contributing to a growing body of ‘space culture.’ The music video is a visual reminder that even amongst the stars, humans carry their traditions and festivities with them.

The Year of the Horse is said in Chinese culture to bring energy and momentum, and China’s space program indeed shows no signs of slowing down. With its lunar exploration program, Mars rover mission, and now cultural celebrations in space, China is steadily establishing itself as a major player in space exploration.

The Lunar New Year music video is not just a celebration, but also a message of determination and ambition. It is a testament to how far China’s space program has come and a glimpse of where it might go in the future. As we watch the Shenzhou 21 crew celebrate amidst the stars, we are reminded that space is not just a place for scientific discovery, but also for human joy and creativity.

As we welcome the Year of the Horse, one can only wonder what other “out-of-this-world” celebrations and achievements await in the realm of space exploration.

Read more from the original source here: [Chinese astronauts celebrate Lunar New Year 2026 by filming music video on Tiangong Space Station](https://www.space.com/astronomy/moon/chinese-astronauts-celebrate-lunar-new-year-2026-by-filming-music-video-on-tiangong-space-station).

Wormholes, the theoretical cosmic ‘shortcuts’ often beloved by science fiction authors and filmmakers, may not exist at all, according to recent research. But don’t be disappointed. This revelation, far from dampening our excitement about the universe, is set to deepen our understanding of time and the cosmos itself.

Albert Einstein and Nathan Rosen, two renowned physicists, introduced the concept of wormholes in 1935. Popular culture often misinterprets their work as a road map for space travel. However, the real puzzle that Einstein and Rosen were trying to solve had little to do with traversing vast distances of space. Instead, they were interested in something even more profound: understanding how quantum fields behave in curved spacetime.

Quantum fields and curved spacetime might sound like the stuff of science fiction, but they’re very real concepts in the world of physics. Quantum fields are the ‘stuff’ from which all particles, like protons and electrons, emerge. Curved spacetime, on the other hand, is a concept that arises from Einstein’s theory of general relativity, which describes how massive objects like stars and planets bend the fabric of space and time around them.

The question of how quantum fields behave in this bent, or ‘curved’, spacetime is a fundamental one in the search for a theory of quantum gravity. Quantum gravity aims to reconcile general relativity, which describes the universe on a large scale, with quantum mechanics, which explains the behavior of the tiniest particles.

So, where do wormholes come in? In their original work, Einstein and Rosen were using the concept of a wormhole as a tool to study the behavior of quantum fields in curved spacetime. They were not proposing wormholes as actual physical entities or shortcuts through space.

Recent research has suggested that if wormholes do exist, they might be incredibly unstable, essentially snapping shut before anything could pass through them. This has led some scientists to question whether wormholes exist at all.

But whether or not wormholes are real isn’t the point. The real value of the concept lies in what it can teach us about the universe. Studying hypothetical wormholes can lead to insights into the nature of quantum fields and curved spacetime. This could, in turn, provide clues for the elusive theory of quantum gravity.

In other words, while wormholes might not be the cosmic shortcuts we’ve dreamed of, they may hold the key to understanding some of the deepest mysteries of our universe. Einstein and Rosen’s work, therefore, is not a map of the cosmos, but a guide to its underlying principles.

So, let’s not mourn the potential non-existence of wormholes. Instead, let’s celebrate the deeper understanding of time and the universe that their study could bring us.

Read more from the original source here: [https://www.space.com/astronomy/wormholes-may-not-exist-weve-found-they-reveal-something-deeper-about-time-and-the-universe](https://www.space.com/astronomy/wormholes-may-not-exist-weve-found-they-reveal-something-deeper-about-time-and-the-universe).

Title: From Soyuz to the Stars: A Journey through the History of Roscosmos

Are you ready to boldly go where few trivia buffs have gone before? Then prepare for liftoff as we delve into the riveting history of Russia’s premier space agency, Roscosmos, in a trivia quiz that’s teeming with fascinating facts from its Soviet-era roots to its modern-day missions.

Roscosmos, formally known as the Russian Federal Space Agency, is a direct descendant of the Soviet Union’s space program, which launched the world’s first intercontinental ballistic missile in 1957 and sent the first human, Yuri Gagarin, into space in 1961. Since then, Roscosmos has continued to be a global leader in space exploration, and its Soyuz spacecraft remains the world’s most frequently used and most reliable ride to space.

The trivia quiz will test your knowledge across a spectrum of topics related to the storied space agency. It’s a journey that’s equal parts history, hardware, and high-stakes exploration. But whether you’re a space novice just beginning your exploration of the cosmos or a seasoned space veteran, the quiz promises to be an engaging and educational adventure.

The history portion of the quiz will take you back to the origins of the Soviet space program, highlighting key moments such as the launch of the Vostok 1 spacecraft that made Gagarin the first human in space, and the Luna 2 mission, the first spacecraft to reach the moon.

In the hardware section, you’ll learn about the engineering marvels that have propelled Roscosmos’ space missions. This includes the Soyuz spacecraft, which has been ferrying astronauts to and from the International Space Station (ISS) since 2000, and the Venera series, which were the first human-made devices to enter another planet’s atmosphere and return data.

The exploration segment of the quiz delves into Roscosmos’ significant missions of the past and future. From landing the first rover on Mars to planning for the future lunar base, these questions will challenge your knowledge and pique your curiosity about the possibilities of space exploration.

So, whether you’re a casual stargazer or a die-hard space enthusiast, this Roscosmos trivia quiz offers a unique opportunity to test your knowledge and learn more about one of the world’s leading space agencies. It’s a chance to explore the cosmos from the comfort of your own home, and who knows – you might even discover a newfound passion for the final frontier.

Ready to embark on this journey from Soyuz to the stars? Buckle up, because it’s time to launch into a universe of knowledge about Roscosmos and its stellar contributions to space exploration.

Read more from the original source here: [From Soyuz to the Stars: A Roscosmos Trivia Quiz](https://www.space.com/space-exploration/launches-spacecraft/from-soyuz-to-the-stars-a-roscosmos-trivia-quiz)

Title: Love Among the Stars: 7 Sci-Fi TV Series Perfect for Valentine’s Day

With Valentine’s Day fast approaching, why not snuggle up with your loved one and explore the cosmos through the lens of science fiction romance? From the alien-infused drama of ‘Roswell’ to the time-traveling love story of ‘Outlander,’ these captivating sci-fi TV series are sure to warm even the coldest of hearts this winter.

First on our list is ‘Roswell,’ a series set in the New Mexico town famous for its 1947 UFO incident. The show follows the story of human-alien romance, blending elements of mystery, drama, and love, all wrapped in a science fiction backdrop. As secrets unfold and relationships deepen, ‘Roswell’ offers a compelling narrative that explores the possibility of love beyond earthbound limits.

Next up, we have ‘Outlander,’ where love transcends not only distance but also time. This series tells the story of a 1940s nurse who is mysteriously transported back in time to 18th century Scotland. A passionate and intricate love story ensues, entwining historical drama and time-travel science fiction. ‘Outlander’ is a testament to the timeless and boundless nature of love.

But the exploration of love in the universe doesn’t stop there. ‘Star Crossed,’ another human-alien romance set in a high school backdrop, mirrors modern societal issues while exploring the depths to which love can reach. ‘Firefly,’ a cult favorite, mixes space cowboys, outlaws, and a complex ensemble cast, offering a blend of romance, comedy, and adventure in a futuristic setting.

Adding to the list, ‘Farscape’ and ‘Battlestar Galactica’ offer action-packed sci-fi drama infused with intricate love stories. ‘Farscape’ features an astronaut lost in a distant part of the universe, falling in love with an alien commander. ‘Battlestar Galactica,’ on the other hand, weaves a web of relationships and romantic entanglements against the backdrop of space warfare and the struggle for survival.

Lastly, we have ‘Doctor Who.’ While not traditionally seen as a romantic series, the decades-long running show has its share of heartwarming love stories. From the Doctor’s various companions to his own romantic interests, the series encapsulates love in all its forms, transcending time, space, and even species.

These series offer not just the thrill of space exploration and sci-fi adventure, but also a heartening exploration of love in all its complexity. Despite their diverse settings and storylines, one thing is common: they all encapsulate the idea that love knows no bounds—not even the infinite expanse of the universe.

So, this Valentine’s Day, why not embark on a journey through space and time with these love-struck sci-fi series? They’re guaranteed to provide an interstellar ride filled with romance, adventure, and a touch of starry-eyed magic.

Read more from the original source here: [https://www.space.com/entertainment/space-movies-shows/7-love-struck-sci-fi-tv-series-to-snuggle-up-with-on-valentines-day](https://www.space.com/entertainment/space-movies-shows/7-love-struck-sci-fi-tv-series-to-snuggle-up-with-on-valentines-day).