Mars

126 cards. Each one is a 40-second story with a five-minute read behind it. Page 2 of 3.

61. Can the ExoMars mission uncover signs of life on the Red Planet?This video explores the ambitious ExoMars mission, a collaborative effort between the ESA and Roscosmos designed to search for evidence of past or present life on Mars.
62. NASA’s Curiosity rover has uncovered ancient organic molecules preserved in Martian sedimentary rocksFor billions of years, organic molecules have remained hidden within the Martian surface. NASA’s Curiosity rover recently drilled into ancient mudstone, revealing carbon-containin…
63. How the Rosalind Franklin rover avoids getting stuck in the shifting sands of MarsNavigating the Red Planet is treacherous, with previous rovers becoming trapped in soft sand. To conquer dunes and steep slopes, the ExoMars mission introduces a revolutionary loc…
64. Mars is wrapped in a massive, invisible electric circuit that strips away its atmosphereUnlike Earth, Mars lacks a global magnetic field to shield it from the solar wind. Instead, the planet acts like a metal sphere, closing an electric circuit that pulls charged par…
65. Could Venus actually be a superior destination for human colonization compared to Mars?Humanity is fixated on Mars as our next home, but we might be looking at the wrong planet. While Mars dominates the conversation, Venus offers a surprising alternative. Despite it…
66. Why bringing a handful of Martian dirt back to Earth is a logistical nightmareNASA’s Perseverance rover is currently roaming Mars, carefully curating a collection of rock samples that could reveal if we are alone in the universe. Yet, the rover has no way t…
67. How Curiosity has traversed the Martian landscape since 2012Explore the journey of the Mars Science Laboratory as it navigates the Gale crater to uncover the planetary history of Mars.
68. Perseverance rover observations reveal layered volcanic terrain in Mars' Jezero craterUsing the SuperCam instrument during its first 286 Mars days, researchers found that the floor of Jezero crater is composed of volcanic and intrusive terrain. The study identified…
69. Mars lost its surface water by trapping it deep within its own crustResearchers who modeled the geological history of Mars found that the planet likely dried up because its water became chemically locked inside the ground. While ancient Mars once …
70. Mars rover images reveal an ancient lake and powerful flood depositsResearchers analyzing images from the Perseverance rover's first three months on Mars found that Jezero crater once hosted a complex water system. The data shows a transition from…
71. A massive asteroid impact on Mars revealed hidden ice beneath the planet's surface.NASA's InSight lander detected a seismic event caused by a 500-ton asteroid striking Mars. This rare collision created a crater over 150 meters wide and provided scientists with a…
72. How NASA engineers manually colored the first close-up images of the Martian surfaceWhen Mariner 4 captured the first successful close-up images of Mars, the data transmission was so slow that engineers bypassed official processing. Instead, they manually assembl…
73. Can we colonize Mars within a decade, or is that timeline purely science fiction?SpaceX and NASA have both proposed ambitious timelines for human missions to Mars. This episode examines the logistical hurdles of establishing a permanent colony on the red plane…
74. Did the Opportunity rover find definitive proof of ancient water on Mars?The Opportunity and Spirit rovers transformed our understanding of the Red Planet. This video examines how these robotic explorers uncovered geological evidence of a liquid past, …
75. Is liquid water flowing on Mars today? New evidence suggests the answer is yes.For years, scientists have followed the water in their search for life on the Red Planet. Now, data from the Mars Reconnaissance Orbiter provides the strongest evidence yet that l…
76. Inside the Martian Crater Where Perseverance Is Hunting for Signs of Ancient LifeNASA's Perseverance rover is currently exploring Jezero Crater, a site once flooded with water and home to an ancient river delta. By analyzing rock samples and the Martian landsc…
77. Why NASA Had to Build the World's Largest Wind Tunnel to Land on MarsLanding on Mars requires slowing a spacecraft from 17,000 miles per hour to a crawl. Because the Martian atmosphere is incredibly thin, standard parachutes fail to generate enough…
78. How NASA's new landing algorithm could save years of travel on MarsLanding a spacecraft on another world is notoriously difficult, especially when you need to hit a precise target. NASA’s G-FOLD algorithm changes the game by allowing rockets to a…
79. A 90-day mission that lasted a decade: the story of the Opportunity roverThe Mars Exploration Rover Opportunity was designed for a three-month mission, yet it continued exploring the Red Planet for over ten years. This video features the science team e…
80. How NASA slows a spacecraft from 13,000 miles per hour to a soft landingLanding on Mars is an intense, challenging, and exciting seven-minute ordeal. To survive the journey, NASA's Perseverance rover had to shed immense speed using a combination of at…
81. NASA’s InSight mission aims to reveal the hidden geological history of rocky planetsInSight is the first mission designed to study the deep interior of Mars. By monitoring marsquakes and subsurface heat flow, the lander seeks to uncover how rocky worlds, includin…
82. NASA's InSight mission prepares to probe the hidden, deep interior of MarsOn November 26, 2018, NASA’s InSight lander aimed to touch down on the Red Planet, marking the agency's first Mars landing since 2012. This mission seeks to uncover how rocky plan…
83. NASA's InSight lander reveals a surprisingly active Mars beneath its dusty red surfaceAfter a seven-month, 300-million-mile journey, NASA's InSight lander touched down on Mars in 2018 to listen to the planet's heartbeat. Far from a dead world, the lander has detect…
84. Turning Martian air into rocket fuel and breathable oxygen with a car-battery-sized deviceNASA is testing a technology on the Mars 2020 rover that sounds like science fiction: a device that extracts oxygen from the carbon-dioxide-rich Martian atmosphere. By converting …
85. Why NASA and ESA scientists are hunting for ancient pond scum in AustraliaTo prepare for the search for life on Mars, mission teams from NASA and the European Space Agency traveled to the Australian Outback. By studying the oldest fossilized microbial m…
86. How a 90-day Mars mission turned into a 15-year odyssey of discoveryNASA’s Opportunity rover was engineered for a brief three-month sprint on the Martian surface. Instead, it defied all expectations, exploring the Red Planet for over 15 years. Fro…
87. How Curiosity captured a 1.8-billion-pixel view of the Martian surface while standing still.During the 2019 Thanksgiving holiday, the Curiosity rover sat idle on Mars. With no commands to execute, it spent eight days capturing over 1,000 images of the Glen Torridon regio…
88. How NASA tests spacecraft shields against debris moving at five miles per secondMicrometeorites in space travel at staggering speeds, turning even tiny dust particles into lethal projectiles for spacecraft. To protect the ambitious Mars Sample Return mission,…
89. How NASA captured the first high-definition footage of a landing on MarsOn February 18, 2021, the Perseverance rover touched down in Jezero Crater, providing humanity with unprecedented views of its own arrival on another planet. By utilizing a suite …
90. How NASA keeps the Red Planet clean while exploring its ancient watery secretsLanding on Mars requires more than just engineering precision; it demands planetary protection. As NASA’s Perseverance rover explores the ancient lakebed of Jezero Crater, scienti…
91. How Ingenuity and Dragonfly are pioneering the next era of extraterrestrial flightNASA experts discuss the Ingenuity Mars Helicopter and the future of aerial exploration on other worlds. This episode explores how these unique vehicles expand our ability to stud…
92. Europe’s Rosalind Franklin rover prepares to drill deeper into the Martian surface than everAfter the 2022 cancellation of the original ExoMars mission, the European Space Agency is reviving its flagship rover. With a target launch date of 2028, the Rosalind Franklin mis…
93. From Five Years to Five Thousand Days: The Evolution of Mars ExplorationNASA's Mars rover program has evolved from early anniversary celebrations to record-breaking milestones. While the original Mars Exploration Rovers were honored in 2009, modern mi…
94. Why scientists travel to the Arctic to prepare for missions on MarsThis episode of the Martians series follows NASA engineers and scientists to the remote Norwegian island of Svalbard. By studying the volcanic terrain at 79 degrees north, the tea…
95. Fifty years of robotic exploration have paved the way for human Mars missions.NASA commemorates five decades of successful robotic exploration of Mars. This overview tracks the progression from early flybys to the sophisticated missions preparing the ground…
96. For over two decades, NASA has maintained a constant robotic presence on Mars.Since the 1997 landing of the Sojourner rover, the United States has kept at least one active robot on or orbiting Mars every single day. This video explores the legacy of two dec…
97. Watch five years of Mars exploration through the eyes of the Curiosity roverThis time-lapse video compiles five years of footage from the Curiosity rover's front left hazard avoidance camera. It offers a unique perspective on the rover's journey across Ga…
98. Could Earth's most resilient creature survive the harsh, toxic environment of the Martian surface?The tardigrade is famous for surviving extreme conditions, from space vacuums to intense radiation. This video explores whether these extremophiles could withstand the hostile Mar…
99. How NASA’s new twin-spacecraft mission will protect future astronauts on MarsNASA is launching the ESCAPADE mission to study how solar wind shapes the Martian environment. By deploying two identical orbiters, scientists aim to understand how space weather …
100. A virtual flight over the 460-kilometre-wide Schiaparelli Crater on the surface of MarsSchiaparelli Crater is a massive Martian feature that once sparked global obsession with intelligent alien life. Today, the European Space Agency uses high-resolution data from th…
101. Has NASA finally found evidence of ancient life on the Red Planet?NASA's Perseverance rover has uncovered a rock nicknamed Cheyava Falls that contains potential biosignatures. While this discovery in the Jezero Crater suggests past microbial lif…
102. Before SpaceX, Elon Musk planned to send a greenhouse to the Red PlanetLong before founding SpaceX, Elon Musk aimed to use his PayPal fortune to launch a private mission to Mars. This video details the ambitious Mars Oasis project, an attempt to prov…
103. Could microscopic green crystals in Jezero Crater be evidence of ancient Martian life?NASA researchers identified minerals in Martian rocks that typically form through biological processes on Earth. After failing to find non-biological explanations, scientists sugg…
104. Can we transform Mars into a second home for humanity?Terraforming Mars is often viewed as the essential first step toward colonizing the galaxy. This video examines the challenges of moving beyond cocooned settlements to creating a …
105. How NASA slows a spacecraft from 12,100 mph to a crawl on MarsThis animation reel visualizes the intense seven-minute entry, descent, and landing sequence of the Perseverance rover. It provides a clear look at the physics required to safely …
106. Experience the exact moment NASA engineers confirmed the Perseverance rover touched down on MarsStep inside the Cruise Mission Support Area at NASA's Jet Propulsion Laboratory. Through a 360-degree lens, you can witness the raw, unfiltered reaction of the team as they receiv…
107. How engineers solved the complex challenge of flying a helicopter on the Martian surface.NASA engineers Farah Alibay and Tim Canham explain the technical requirements for operating a helicopter on Mars. This presentation details the collaboration between the Ingenuity…
108. NASA's dual-rover mission continues as Perseverance begins its primary science operations on Mars.NASA's Perseverance and Curiosity rovers are currently operating on the Martian surface. This update covers the latest progress from both missions, detailing how the newest arriva…
109. See Mars through the eyes of the Perseverance rover in stunning high-definition detailJoin NASA project scientist Ken Farley for a guided tour of the Jezero Crater. Using high-resolution imagery from the rover's Mastcam-Z instrument, this video explores the geologi…
110. How NASA uses a helicopter scout to navigate the dangerous terrain of MarsNASA celebrates one year of the Perseverance rover on Mars by detailing how the mission team communicates across space and utilizes the Ingenuity helicopter to scout ahead for the…
111. What has the Perseverance rover discovered after one full year on Mars?Join NASA experts as they review the first year of the Perseverance mission. This discussion explores the rover's findings regarding the history of water on Mars and what these in…
112. How 80,000 citizen scientists are mapping the invisible winds of the Red PlanetNASA's Mars Reconnaissance Orbiter captures images of wind-driven patterns on the Martian surface. By enlisting thousands of volunteers to analyze these photos, researchers are un…
113. Ten years of exploration: what the Curiosity rover discovered on the Martian surfaceNASA experts reflect on a decade of the Curiosity mission. By reviewing the rover's journey across more than 17 miles of Martian terrain, the team highlights how the mission has f…
114. What can over 1,300 marsquakes reveal about the interior of the Red Planet?After landing on Mars in 2018, NASA's InSight mission transformed our understanding of the planet's internal structure. This expert Q&A explores how the lander's seismic data cont…
115. A decade on Mars: How the Curiosity rover confirmed the planet's ancient habitabilityTen years after landing in Gale Crater, NASA's Curiosity rover has fundamentally changed our understanding of Mars. This report details the mission's findings regarding the planet…
116. How NASA engineers are protecting Martian rock samples for a decade-long journey to EarthNASA’s Perseverance rover is currently collecting Martian rock and dust, but the real challenge lies in bringing them home. To ensure these samples remain pristine for scientific …
117. Perseverance reveals that Mars once endured violent flash floods capable of moving massive bouldersNASA's Perseverance rover has reached the Jezero Crater delta, a prime location for hunting ancient microbial life. While scientists expected a calm, river-fed lake, the rover's h…
118. New evidence of ancient Martian waves found by CuriosityNASA's Curiosity rover has captured a panorama revealing rippled rock textures that suggest waves once stirred the sediment of a shallow Martian lake.
119. How NASA's Jet Propulsion Laboratory raced to land two rovers on Mars in 2003This documentary details the high-stakes mission of the Spirit and Opportunity rovers. Facing intense public pressure and international competition, JPL engineers worked at an urg…
120. How the Sun stripped away the Martian atmosphere over ten years of observationSince 2014, the MAVEN spacecraft has orbited Mars to study its upper atmosphere. This mission provides critical insights into how solar wind interacts with the planet, helping sci…

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