A newly discovered exoplanet rekindles humanity's oldest question: Are we alone?
5 work-from-home purchases worth splurging for
How to battle work intensification
This 'Iron Dome' for mosquitoes shoots down bugs with lasers
That wonderment—their very own 'aha' moments, and the questions they provoke—are what truly make us human. And this summer, thanks to both the scientific triumphs of astronomers and the creative feats of pop culture, we are reminded once again that curiosity is our most powerful gift.
Remarkably, the profound questions asked by our youngest philosophers continue to echo throughout our lives, returning again and again as the most compelling of all inquiries.
Earlier this summer, the James Webb Space Telescope—launched in 2021 and continually gathering data on planets beyond our solar system—identified a previously unknown exoplanet. What made this discovery particularly groundbreaking is that, unlike earlier exoplanets detected indirectly by observing the dimming of starlight, this one was directly imaged.
Even more exciting: according to NASA, this new exoplanet—named CE Antliae and roughly 100 times the size of Earth—is, based on its average temperature, theoretically capable of sustaining habitable life.
I find this moment thrilling for many reasons.
First, I hold the deepest admiration for the brilliance of NASA scientists—and the researchers whose work they built upon—that made this discovery possible. Second, it serves as a powerful reminder of the essential role government plays in pushing the boundaries of knowledge.
These physical frontiers also invite us to explore existential ones. The possibility of a habitable planet offers a momentary escape from the noise of the daily news cycle, and reopens a question that has captivated us since ancient times: Are we alone? Simply looking up at the night sky—a universal gift—places us in the company of Democritus, Epicurus, and later, the Persians, who speculated about extraterrestrial life as far back as 400 BCE.
It's one of humanity's oldest questions, fueled by an innate curiosity that rarely yields immediate answers.
Of course, we're far from confirming whether this exoplanet has its own version of Uber or inhabitants with built-in AI.
Science operates on its own timeline. To have directly observed an exoplanet only five years after Webb's launch could be seen as astonishingly fast—or perhaps not, given the advanced tools now at our disposal, from machine learning to quantum computing.
In today's attention economy, dominated by thumb-scrolling and short-form content, we risk losing sight of the long view that science requires. The rise of generative AI and its future successor, AGI, may well disrupt the pace of discovery. But even then, the scientific process will still demand patience and rigor.
We must remember: it took nearly a century to confirm Einstein's theory of gravitational waves. The theory of continental drift was proposed in 1912, but not proven until the 1960s. Black holes were hypothesized in the early 1900s, yet the first image didn't arrive until 2019.
One of the many reasons I advocate so strongly for STEM education is that children need to understand science as a process—a patient, layered accumulation of insight. Humanity's oldest question—'are we alone in the universe?'—likely won't be answered quickly. And even if it is, critical thinking and the scientific method remain essential.
Yes, flashes of insight can transform history. But even those leaps must launch from a foundation of conventional wisdom. Science is a continuous journey of discovery—both awe-inspiring and, at times, unsettling.
Movies and literature have long reflected our obsession with the unknown—from 2001: A Space Odyssey and Contact to Dune.
This summer, Alien: Earth premieres. Reading about this reimagining of first contact, I couldn't help but think of CE Antliae and how science and art intersect. The discovery of a potentially habitable planet pushes us to reconsider what we define as 'science fiction.'
There are many paths through which humanity seeks to understand its place in the universe. And we need both our most gifted scientists and our most imaginative artists to help us ask—and keep asking—the cosmic questions that first stirred our six-year-old minds and have never let go.
This post originally appeared at fastcompany.comSubscribe to get the Fast Company newsletter: http://fastcompany.com/newsletters
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
an hour ago
- Yahoo
Astronomers capture image of new comet 3I/ATLAS
Astronomers in Hawaii have identified a new 'interstellar object' they are calling 3I/ATLAS. The comet passed earth on July 1. Karen Meech, who led the team that discovered 3I/ATLAS, says it could help scientists with information on other solar systems.
Yahoo
an hour ago
- Yahoo
Interstellar comet 3I/ATLAS transforms into a giant 'cosmic rainbow' in trippy new telescope image
When you buy through links on our articles, Future and its syndication partners may earn a commission. The newly discovered "interstellar visitor" 3I/ATLAS can be seen shining like a rainbow-colored string of cosmic pearls in a trippy new timelapse image captured by a telescope in Hawaii. The interloper was discovered on July 1, and within 24 hours NASA confirmed it was an interstellar object — an ejected piece of an alien star system that is shooting through our cosmic neighborhood. It is only the third object of its kind ever spotted, and is most likely a large comet, stretching up to 15 miles (24 kilometers) across. Initial observations also suggest that it could be up to 3 billion years older than the solar system, potentially making it the oldest comet ever seen. The extrasolar entity is hurtling toward the sun at more than 130,000 mph (210,000 km/h). It will reach its closest point to our home star, or perihelion, in late October, before beginning its long journey back out of the solar system. Therefore, scientists only have a limited time to study the object before it is gone forever. Astronomers at the Gemini North telescope, located on the summit of Hawaii's Mauna Kea volcano, have been closely watching 3I/ATLAS since its discovery. And on Tuesday (July 15), they released several stunning images, including a close-up shot of the comet's coma — the cloud of ice, gas and dust that surrounds a comet's icy shell — and a technicolor timelapse photo of the interloper moving through space. Related: Watch newly discovered 'interstellar visitor' 3I/ATLAS shoot toward us in first livestream The timelapse photo is a combination of at least 16 different photos taken using three different filters, making the comet appear to shift between blue, red and green hues as it moves across the sky. In reality, the comet gives off a white light, as seen in the coma photo. The photos have helped provide astronomers with "critical early characterization of this interstellar wanderer," Martin Still, the National Science Foundation program director for the International Gemini Observatory, which includes Gemini North and its sister telescope, Gemini South, in the Chilean Andes, said in a statement. "We look forward to a bounty of new data and insights as this object warms itself on sunlight before continuing its cold, dark journey between the stars." 3I/ATLAS Until now, only two other interstellar objects have ever been confirmed: 1I/'Oumuamua, an unusual asteroid discovered in 2017; and 2I/Borisov, a pristine comet spotted in 2019. However, researchers suspect that many more alien interlopers have passed through the solar system unnoticed. 3I/ATLAS is significantly larger than its predecessors and is traveling at a much faster rate. It also originates from a completely different part of the Milky Way than 'Oumuamua or Comet Borisov, making it an intriguing target for future study. Astronomers hope to be able to learn more about the comet's exact origins as the sun starts to melt away its outer icy layers over the coming months, potentially unleashing a gigantic cometary tail that can be studied in great detail by space assets, such as the James Webb Space Telescope. RELATED STORIES —An interstellar object exploded over Earth in 2014, declassified government data reveal —1 million 'interstellar objects' — each larger than the Statue of Liberty — may lurk in the outer solar system —An interstellar visitor may have changed the course of 4 solar system planets, study suggests 3I/ATLAS will make its closest approach to Earth in mid-December, after temporarily disappearing behind the sun in October and November. Its minimum distance from our planet will be around 1.6 times the distance between Earth and the sun, meaning that it "poses no threat" to us, according to NASA. It will remain too distant to be seen by the naked eye, but it is expected to brighten to the point where it can be seen with a decent backyard telescope or pair of stargazing binoculars. The best time to see it for yourself will likely be in early 2026. Solve the daily Crossword
Yahoo
an hour ago
- Yahoo
Bad news for alien life? Earth-size planets may be less common than we thought
When you buy through links on our articles, Future and its syndication partners may earn a commission. As many as 200 worlds beyond our solar system discovered by astronomers may be larger than estimated, which could influence the search for extraterrestrial life. That's the theory of a team of researchers who looked at hundreds of extrasolar planets, or exoplanets, observed by NASA's Transiting Exoplanet Survey Satellite (TESS). TESS hunts exoplanets by catching them as they cross the face of, or "transit," their parent star, which causes a tiny drop in light from that star. The study team discovered that light from stars neighboring the one being transited could "contaminate" TESS' data, making it look like the transiting planet is blocking less light than it actually is. And that would make the planet look smaller than it is. "We found that hundreds of exoplanets are larger than they appear, and that shifts our understanding of exoplanets on a large scale," University of California, Irvine researcher and team leader Te Han said in a statement. "This means we may have actually found fewer Earth-like planets so far than we thought." Exoplanets throw shade Exoplanets are so distant and faint that it is only on rare occasions that astronomers can image them directly. That means the transit method has become the most successful way of detecting worlds beyond the solar system. It requires the planet and its star to be at the right angle in relation to Earth, and for astronomers to wait for the planet to make two transits to confirm its existence. The transit method is best at spotting short-period planets orbiting close to their host stars, because they make more frequent transits. The method also favors larger planets, which block more light. "We're basically measuring the shadow of the planet," said team member and UC Irvine astronomer Paul Robertson. The team gathered hundreds of TESS observations of exoplanets, sorting them by the width of the exoplanets in question. They then used computer modeling and data from the European Space Agency's (ESA) star-tracking mission Gaia to estimate how much light contamination TESS is experiencing during its observations. "TESS data are contaminated, which Te's custom model corrects better than anyone else in the field," said Robertson. "What we find in this study is that these planets may systematically be larger than we initially thought. It raises the question: Just how common are Earth-sized planets?" Move over Earth-like worlds: ocean planets could be more common Because of the biases of the transit method mentioned above, the number of exoplanets detected with TESS having sizes and compositions similar to those of Earth was already low. "Of the single-planet systems discovered by TESS so far, only three were thought to be similar to Earth in their composition," Han explained. "With this new finding, all of them are actually bigger than we thought." The likely outcome of this is that those exoplanets are larger ocean planets or "hycean worlds" covered by a large single ocean. Those worlds could also be gas giants smaller than Jupiter, like Neptune and Uranus. That impacts the search for life because, though hycean worlds are packed with water, they could be lacking other ingredients needed for life to arise. "This has important implications for our understanding of exoplanets, including, among other things, prioritization for follow-up observations with the James Webb Space Telescope, and the controversial existence of a galactic population of water worlds," Roberston added. Related Stories: — The James Webb Space Telescope has discovered its 1st exoplanet and snapped its picture (image) — Astronomers discover origins of mysterious double hot Jupiter exoplanets: 'It is a dance of sorts' — NASA exoplanet-hunting spacecraft and citizen scientists discover a cool new alien world The next step for Han, Roberston, and colleagues is to re-examine planets previously deemed uninhabitable due to their size, to see if they are larger than previously thought. In the meantime, the research is a reminder to astronomers to be cautious when assessing TESS data. The team's research was published on Monday (July 14) in the Astrophysical Journal Letters. Solve the daily Crossword