The question of whether the cosmos is infinite, or simply unimaginably large, remains one of the most profound mysteries in astrophysics.

The question of whether the cosmos is infinite, or simply unimaginably large, remains one of the most profound mysteries in astrophysics.

Is the universe infinite? Scientists reveal how vast it really is..

Since the 1970s, humanity has extended its reach into this distant region of the Solar System, sending robotic explorers to unlock the mysteries of these massive planets.

Since the 1970s, humanity has extended its reach into this distant region of the Solar System, sending robotic explorers to unlock the mysteries of these massive planets.

Think Voyager was alone? Humanity has sent more missions to the outer solar system than you think!

Its immense gravitational pull shapes the solar system, shielding inner planets from deadly asteroids while also redirecting objects into dangerous new paths. This dual role makes Jupiter both protector and potential threat.

Its immense gravitational pull shapes the solar system, shielding inner planets from deadly asteroids while also redirecting objects into dangerous new paths. This dual role makes Jupiter both protector and potential threat.

Jupiter’s hidden secrets: 5 shocking facts about the gas giant bigger than all planets combined

Some burn with iron rain, others slice with glass storms, and even our nearest neighbours turn hostile. These exoplanets remind us that survival beyond Earth may not just be difficult, it may be impossible.

Some burn with iron rain, others slice with glass storms, and even our nearest neighbours turn hostile. These exoplanets remind us that survival beyond Earth may not just be difficult, it may be impossible.

Would you survive these planets? 6 horrifying worlds that kill with fire, glass and crushing pressure

Located 63 light-years away in the constellation Vulpecula, it appeared almost inviting. The truth, however, is that HD 189733b is among the most deadly worlds ever identified.

Located 63 light-years away in the constellation Vulpecula, it appeared almost inviting. The truth, however, is that HD 189733b is among the most deadly worlds ever identified.

Could you survive HD 189733b, the 927°C world that rains razor-sharp glass?

For NASA’s Jet Propulsion Laboratory, the prospect of losing this irreplaceable spacecraft felt entirely real, making what ought to have been a routine update one of the most nerve-wracking episodes in Voyager’s long career.

For NASA’s Jet Propulsion Laboratory, the prospect of losing this irreplaceable spacecraft felt entirely real, making what ought to have been a routine update one of the most nerve-wracking episodes in Voyager’s long career.

When NASA lost contact with Voyager 2: The 2023 error that nearly ended the mission

Behind the celebrated milestones lie lesser-known stories of risk, ingenuity, and discovery that defined Voyager 2’s extraordinary journey.

Behind the celebrated milestones lie lesser-known stories of risk, ingenuity, and discovery that defined Voyager 2’s extraordinary journey.

'Only meant to last 5 years': 6 surprising secrets of Voyager 2 you didn’t know!

New Interstellar Object 3I/ATLAS: Astronomers have detected a new interstellar object, 3I/ATLAS, entering our solar system. This rare visitor, coming from outside the solar system, offers scientists a unique opportunity to study material from other star systems.


New Interstellar Object 3I/ATLAS: The Latest Object from Beyond Our Solar System 

Astronomers are puzzled by the interstellar object 3I/Atlas, which shows unusual characteristics that defy easy explanation. Is it a comet, asteroid, or even something more mysterious? 


Uncovering the cosmic mystery & identifying the curious self-illuminating visitor from deep space

Together, they have redefined humanity’s understanding of the cosmos, proving that exploration is not just about who arrives first, but also about the depth and breadth of knowledge collected along the way.

Together, they have redefined humanity’s understanding of the cosmos, proving that exploration is not just about who arrives first, but also about the depth and breadth of knowledge collected along the way.

Voyager 1 vs Voyager 2: Who truly explored the solar system first and farther?

At multiple points, the spacecraft came dangerously close to failure, where a single malfunction could have ended its decades-long odyssey.

At multiple points, the spacecraft came dangerously close to failure, where a single malfunction could have ended its decades-long odyssey.

5 shocking near-death encounters of Voyager 2 you didn’t know about!

Self-Illuminating Visitor From Deep Space

The space economy had a gross value of $596 billion in 2024, and according to a McKinsey report, it is projected to reach $1.8 trillion by 2035. Explore the list of countries with the highest budget for their space program.

The space economy had a gross value of $596 billion in 2024, and according to a McKinsey report, it is projected to reach $1.8 trillion by 2035. Explore the list of countries with the highest budget for their space program.

Global Space Economy : Top countries with highest space budget in 2025

Controversial appointment alert: Sergio Gor, the man at the center of the Trump-Musk NASA feud, has now been named as the U.S. envoy to India by President Donald Trump.

Gor, 38, currently leads the influential White House Presidential Personnel Office and is accused of fueling tensions between Trump and Elon Musk. The feud escalated after Gor allegedly shared information about Musk’s NASA pick, Jared Isaacman, being a past donor to Democrats — information that soured Trump’s view and strained ties with Musk.

Can Trump's man in Delhi bridge back India-U.S. Ties? | U.S' double role envoy

Who is Sergio Gor? | Can Trump's man in Delhi bridge back India-U.S. ties? 

NASA's telescopes, particularly the Hubble Telescope and the James Webb Space Telescope, have captured some stunning pictures of galaxies over the years. Here is a curated list of the most beautiful pictures ever captured by NASA.

NASA's telescopes, particularly the Hubble Telescope and the James Webb Space Telescope, have captured some stunning pictures of galaxies over the years. Here is a curated list of the most beautiful pictures ever captured by NASA.

Most beautiful Galaxies ever captured by NASA telescopes: See pics

Harvard's Avi Loeb claims mysterious interstellar object 3I/ATLAS could be nuclear-powered alien technology. Sparks debate whether humanity faces first contact or natural phenomenon. NASA says while most comets detected so far are local to our solar system, but 3I/ATLAS is a rare interstellar visitor. It was born in the deep reaches of space and will eventually leave, a temporary guest in our stellar home. 


Scientist claims 'comet' could be alien ship

ISRO spotted a dangerous crack in the Falcon-9’s oxidiser line just hours before lift-off. Their demand for full repair and testing delayed the launch but saved lives. Shubhanshu Shukla’s mission succeeded only because India insisted on safety.


ISRO detected a critical fuel leak SpaceX missed

The Three-Body Problem is a real challenge in astrodynamics. It describes the complex gravitational interactions between three celestial bodies, making precise orbital calculations difficult. For mission planners, this problem is both a source of complexity and an opportunity: if navigated carefully, it can allow spacecraft to enter stable orbits with significantly reduced fuel requirements.&nbsp;<h2>Using moons for gravity assists</h2>&nbsp;A recent study by researchers at the Beijing Institute of Technology, published in Acta Astronautica, explores how spacecraft could leverage gravity assists from planetary moons to enter more efficient orbits. Traditional gravity assists are used to increase a spacecraft's speed by slingshotting around a planet. This research, however, demonstrates that the same technique can be used to slow a spacecraft down, reducing the energy, and therefore fuel, required to achieve a stable orbit around a planet.&nbsp;Large planets with multiple moons, such as Jupiter, are ideal candidates. The study simulated a flyby of Callisto, one of Jupiter’s four major Galilean moons, and found a measurable decrease in fuel consumption needed to achieve a stable orbit within the Jovian system. While missions like the Jupiter Icy Moon Explorer (JUICE) cannot retroactively benefit, future missions could see substantial savings.&nbsp;<h2>Weak stability boundaries and trajectory mapping</h2>&nbsp;The study also highlights the use of weak stability boundaries (WSBs), regions in space where the gravitational pulls from two bodies nearly cancel out. WSBs allow a spacecraft to transition from an escape trajectory to a stable orbit with minimal energy expenditure. To identify these regions, scientists employ Poincaré Mapping, which records the position and velocity of an object at regular intervals across a mathematical plane. Simulating enough points can reveal pathways to stable trajectories.The presence of moons increases the number of potential WSBs. For instance, Jupiter’s 97 moons provide multiple opportunities for gravity-assisted orbit insertion, giving mission designers greater flexibility and reducing overall mission cost.&nbsp;<h2>Future prospects</h2>&nbsp;Beyond fuel savings, moon-assisted trajectories could have other applications. Past research suggests that certain planetary systems, such as Neptune and Triton, could theoretically capture interstellar objects if conditions align perfectly. While this is largely serendipitous, controlled moon flybys remain within human reach, offering predictable reductions in fuel requirements and enabling more ambitious interplanetary missions.&nbsp;This research opens new avenues in astrodynamics, presenting both a practical tool for future spacecraft and a rich area for theoretical exploration. By harnessing the gravitational interplay of moons and planets, scientists can design more efficient, cost-effective missions, extending humanity’s reach into the solar system.&nbsp;

This research, however, demonstrates that the same technique can be used to slow a spacecraft down, reducing the energy, and therefore fuel, required to achieve a stable orbit around a planet.

The Three-Body Problem is a real challenge in astrodynamics. It describes the complex gravitational interactions between three celestial bodies, making precise orbital calculations difficult. For mission planners, this problem is both a source of complexity and an opportunity: if navigated carefully, it can allow spacecraft to enter stable orbits with significantly reduced fuel requirements. Using moons for gravity assists A recent study by researchers at the Beijing Institute of Technology, published in Acta Astronautica, explores how spacecraft could leverage gravity assists from planetary moons to enter more efficient orbits. Traditional gravity assists are used to increase a spacecraft's speed by slingshotting around a planet. This research, however, demonstrates that the same technique can be used to slow a spacecraft down, reducing the energy, and therefore fuel, required to achieve a stable orbit around a planet. Large planets with multiple moons, such as Jupiter, are ideal candidates. The study simulated a flyby of Callisto, one of Jupiter’s four major Galilean moons, and found a measurable decrease in fuel consumption needed to achieve a stable orbit within the Jovian system. While missions like the Jupiter Icy Moon Explorer (JUICE) cannot retroactively benefit, future missions could see substantial savings. Weak stability boundaries and trajectory mapping The study also highlights the use of weak stability boundaries (WSBs), regions in space where the gravitational pulls from two bodies nearly cancel out. WSBs allow a spacecraft to transition from an escape trajectory to a stable orbit with minimal energy expenditure. To identify these regions, scientists employ Poincaré Mapping, which records the position and velocity of an object at regular intervals across a mathematical plane. Simulating enough points can reveal pathways to stable trajectories. The presence of moons increases the number of potential WSBs. For instance, Jupiter’s 97 moons provide multiple opportunities for gravity-assisted orbit insertion, giving mission designers greater flexibility and reducing overall mission cost. Future prospects Beyond fuel savings, moon-assisted trajectories could have other applications. Past research suggests that certain planetary systems, such as Neptune and Triton, could theoretically capture interstellar objects if conditions align perfectly. While this is largely serendipitous, controlled moon flybys remain within human reach, offering predictable reductions in fuel requirements and enabling more ambitious interplanetary missions. This research opens new avenues in astrodynamics, presenting both a practical tool for future spacecraft and a rich area for theoretical exploration. By harnessing the gravitational interplay of moons and planets, scientists can design more efficient, cost-effective missions, extending humanity’s reach into the solar system.

This research, however, demonstrates that the same technique can be used to slow a spacecraft down, reducing the energy, and therefore fuel, required to achieve a stable orbit around a planet.

Moon flybys could slash space mission fuel costs by millions, scientists reveal

These predictions were speculative, but they planted the first seeds of an idea that would remain dormant until Einstein reshaped physics.

These predictions were speculative, but they planted the first seeds of an idea that would remain dormant until Einstein reshaped physics.

Discovery of Black Holes: From ‘dark star’ theory to invisible hole in space

The glow was concentrated rather than spread out, puzzling scientists who expected a typical comet-like reflection.

The glow was concentrated rather than spread out, puzzling scientists who expected a typical comet-like reflection.

'Engine by alien people': Scientists discover a Manhattan-sized cosmic object emitting its own light

As mid-August nights draw in, stargazers across the northern hemisphere are being treated to some of the most striking views of the year. Among the highlights are three prominent star clusters, each offering a window into the dynamic and ancient life of the Milky Way. From dense globular swarms to open formations etched into familiar constellations, these stellar gatherings are visible to the naked eye from dark-sky sites, but reveal their full majesty when observed with binoculars or a telescope.<h2>What are star clusters?</h2>&nbsp;Star clusters are gravitationally bound families of stars born from the same interstellar cloud. They come in two main types: open clusters and globular clusters. Open clusters, such as the Hyades and the Pleiades, are relatively young and often located in the Milky Way’s spiral arms. Their loosely bound nature means they can disperse over millions of years as passing stars tug at their members. Globular clusters, by contrast, are tightly packed spheres containing hundreds of thousands of stars, often among the oldest in the galaxy. These vast systems orbit in the galactic halo, high above and below the Milky Way’s disk, and many shine brightly enough to appear as faint smudges of light to the unaided eye.&nbsp;Roughly 150 globular clusters and more than 1,000 open clusters. Observing them requires patience and technique: allow around 30 minutes for your eyes to adapt to darkness, and use averted vision, looking slightly to the side of the target, to engage the light-sensitive rods of your eyes. While some clusters can be glimpsed without equipment, 10x50 binoculars sharpen the view and begin to resolve brighter stars, and a telescope of six inches or more reveals their intricate structures in detail.&nbsp;<h2>The Great Hercules Cluster</h2>&nbsp;One of the brightest sights of August evenings is the Great Hercules Cluster, also known as Messier 13 (M13). Located about 25,000 light-years away in the constellation Hercules, M13 contains around 100,000 stars bound in a glittering spherical mass. It can be found between the bright stars Vega and Arcturus by locating the Keystone asterism, a diamond-shaped pattern of four stars at Hercules’ centre. Sweeping binoculars between Zeta Herculis and Eta Herculis brings this ancient cluster into view, a highlight of the summer sky.&nbsp;<h2>The Hyades and the Pleiades</h2>&nbsp;In the early hours before dawn, the constellation Taurus rises in the east. At its heart lies the Hyades, the closest open cluster to Earth at just 150 light-years away. Shaped like a sideways ‘V’ marking the bull’s face, its brightest star Aldebaran, the red ‘eye’ of Taurus, is a foreground object, only 65 light-years distant.&nbsp;Above the Hyades sits the Pleiades, one of the most famous open clusters, often called the ‘Seven Sisters’. This cluster hosts more than a thousand hot, young stars, but binoculars reveal the seven brightest that dominate its appearance. Positioned about 10 degrees above the Hyades, roughly a fist’s width at arm’s length, the Pleiades are a dazzling reminder of the Milky Way’s star-forming past.&nbsp;

From dense globular swarms to open formations etched into familiar constellations, these stellar gatherings are visible to the naked eye from dark-sky sites.

As mid-August nights draw in, stargazers across the northern hemisphere are being treated to some of the most striking views of the year. Among the highlights are three prominent star clusters, each offering a window into the dynamic and ancient life of the Milky Way. From dense globular swarms to open formations etched into familiar constellations, these stellar gatherings are visible to the naked eye from dark-sky sites, but reveal their full majesty when observed with binoculars or a telescope. What are star clusters? Star clusters are gravitationally bound families of stars born from the same interstellar cloud. They come in two main types: open clusters and globular clusters. Open clusters, such as the Hyades and the Pleiades, are relatively young and often located in the Milky Way’s spiral arms. Their loosely bound nature means they can disperse over millions of years as passing stars tug at their members. Globular clusters, by contrast, are tightly packed spheres containing hundreds of thousands of stars, often among the oldest in the galaxy. These vast systems orbit in the galactic halo, high above and below the Milky Way’s disk, and many shine brightly enough to appear as faint smudges of light to the unaided eye. Roughly 150 globular clusters and more than 1,000 open clusters. Observing them requires patience and technique: allow around 30 minutes for your eyes to adapt to darkness, and use averted vision, looking slightly to the side of the target, to engage the light-sensitive rods of your eyes. While some clusters can be glimpsed without equipment, 10x50 binoculars sharpen the view and begin to resolve brighter stars, and a telescope of six inches or more reveals their intricate structures in detail. The Great Hercules Cluster One of the brightest sights of August evenings is the Great Hercules Cluster, also known as Messier 13 (M13). Located about 25,000 light-years away in the constellation Hercules, M13 contains around 100,000 stars bound in a glittering spherical mass. It can be found between the bright stars Vega and Arcturus by locating the Keystone asterism, a diamond-shaped pattern of four stars at Hercules’ centre. Sweeping binoculars between Zeta Herculis and Eta Herculis brings this ancient cluster into view, a highlight of the summer sky. The Hyades and the Pleiades In the early hours before dawn, the constellation Taurus rises in the east. At its heart lies the Hyades, the closest open cluster to Earth at just 150 light-years away. Shaped like a sideways ‘V’ marking the bull’s face, its brightest star Aldebaran, the red ‘eye’ of Taurus, is a foreground object, only 65 light-years distant. Above the Hyades sits the Pleiades, one of the most famous open clusters, often called the ‘Seven Sisters’. This cluster hosts more than a thousand hot, young stars, but binoculars reveal the seven brightest that dominate its appearance. Positioned about 10 degrees above the Hyades, roughly a fist’s width at arm’s length, the Pleiades are a dazzling reminder of the Milky Way’s star-forming past.

From dense globular swarms to open formations etched into familiar constellations, these stellar gatherings are visible to the naked eye from dark-sky sites.

See 1,00,000 stars at once: The star clusters set to dazzle skywatchers in August 2025

Every few years, astronomers observe an extraordinary spectacle known as a tidal disruption event (TDE), when a star strays too close to a black hole and is violently torn apart. 

Every few years, astronomers observe an extraordinary spectacle known as a tidal disruption event (TDE), when a star strays too close to a black hole and is violently torn apart.&nbsp;

Black holes tear stars to shreds and swallow them! Here's how it happens....

As telescopes capture the first shadows of black holes, the mystery deepens, are they cosmic graveyards, or gateways to something far stranger? 

As telescopes capture the first shadows of black holes, the mystery deepens, are they cosmic graveyards, or gateways to something far stranger?&nbsp;

Crossing the 'point of no return': What really happens beyond a black hole’s event horizon?

An international team of astronomers, utilising NASA’s Imaging X-ray Polarimetry Explorer (IXPE), has uncovered surprising insights into the behaviour of matter in the immediate vicinity of a black hole. Their observations of the stellar-mass black hole IGR J17091-3624, located approximately 28,000 light-years from Earth, have revealed a unique 'heartbeat' pattern in its X-ray emissions. This discovery, detailed in a recent NASA publication, challenges prevailing theories about black hole dynamics and offers a fresh perspective on their complex nature.&nbsp;<h2>Revealing the Heartbeat: IXPE's Groundbreaking Measurements</h2>&nbsp;In April 2025, astronomers employed IXPE to measure the polarisation of X-rays emitted by IGR J17091-3624. They detected a polarisation degree of 9.1 per cent, significantly higher than anticipated based on existing models. This high degree of polarisation suggests a highly ordered magnetic field structure around the black hole, providing new insights into the geometry of its accretion disc and corona. Lead researcher Melissa Ewing from Newcastle University said, "The black hole IGR J17091-3624 is an extraordinary source which dims and brightens with the likeness of a heartbeat, and NASA’s IXPE allowed us to measure this unique source in a brand-new way."&nbsp;<h2>Implications for Black Hole Research</h2><h2>&nbsp;</h2>The observed 'heartbeat' pattern, characterised by periodic dimming and brightening of X-ray emissions, provides a novel method for studying the behaviour of matter near black holes. This rhythmic variability may be linked to complex interactions between the accretion disc, corona, and relativistic winds emanating from the black hole. Understanding these interactions is crucial for comprehending the mechanisms driving black hole growth and their role in galactic evolution. IXPE's ability to measure X-ray polarisation offers a powerful tool for probing the extreme environments surrounding black holes, potentially leading to significant advancements in astrophysical research.&nbsp;<h2>Conclusion: A Step Forward in Astrophysics</h2><h2>&nbsp;</h2>NASA’s IXPE mission has provided unprecedented insights into the complex behaviour of black holes, particularly through its ability to measure X-ray polarisation. The detection of a 9.1 per cent polarisation degree in the emissions from IGR J17091-3624 challenges existing theoretical models and opens new avenues for research into the dynamics of black holes. As astronomers continue to analyse data from IXPE and other observatories, our understanding of these enigmatic cosmic entities is poised to deepen, potentially leading to groundbreaking discoveries in the field of astrophysics.

Their observations of the stellar-mass black hole IGR J17091-3624, located approximately 28,000 light-years from Earth, have revealed a unique 'heartbeat' pattern in its X-ray emissions.

An international team of astronomers, utilising NASA’s Imaging X-ray Polarimetry Explorer (IXPE), has uncovered surprising insights into the behaviour of matter in the immediate vicinity of a black hole. Their observations of the stellar-mass black hole IGR J17091-3624, located approximately 28,000 light-years from Earth, have revealed a unique 'heartbeat' pattern in its X-ray emissions. This discovery, detailed in a recent NASA publication, challenges prevailing theories about black hole dynamics and offers a fresh perspective on their complex nature. Revealing the Heartbeat: IXPE's Groundbreaking Measurements In April 2025, astronomers employed IXPE to measure the polarisation of X-rays emitted by IGR J17091-3624. They detected a polarisation degree of 9.1 per cent, significantly higher than anticipated based on existing models. This high degree of polarisation suggests a highly ordered magnetic field structure around the black hole, providing new insights into the geometry of its accretion disc and corona. Lead researcher Melissa Ewing from Newcastle University said, "The black hole IGR J17091-3624 is an extraordinary source which dims and brightens with the likeness of a heartbeat, and NASA’s IXPE allowed us to measure this unique source in a brand-new way." Implications for Black Hole Research The observed 'heartbeat' pattern, characterised by periodic dimming and brightening of X-ray emissions, provides a novel method for studying the behaviour of matter near black holes. This rhythmic variability may be linked to complex interactions between the accretion disc, corona, and relativistic winds emanating from the black hole. Understanding these interactions is crucial for comprehending the mechanisms driving black hole growth and their role in galactic evolution. IXPE's ability to measure X-ray polarisation offers a powerful tool for probing the extreme environments surrounding black holes, potentially leading to significant advancements in astrophysical research. Conclusion: A Step Forward in Astrophysics NASA’s IXPE mission has provided unprecedented insights into the complex behaviour of black holes, particularly through its ability to measure X-ray polarisation. The detection of a 9.1 per cent polarisation degree in the emissions from IGR J17091-3624 challenges existing theoretical models and opens new avenues for research into the dynamics of black holes. As astronomers continue to analyse data from IXPE and other observatories, our understanding of these enigmatic cosmic entities is poised to deepen, potentially leading to groundbreaking discoveries in the field of astrophysics.

Their observations of the stellar-mass black hole IGR J17091-3624, located approximately 28,000 light-years from Earth, have revealed a unique 'heartbeat' pattern in its X-ray emissions.

Scientists stunned as black hole emits rhythmic heartbeat, NASA’s IXPE uncovers cosmic mystery!

The gravitational pull of black holes is so strong that nothing, not even light, can escape once it passes the boundary known as the event horizon. 

The gravitational pull of black holes is so strong that nothing, not even light, can escape once it passes the boundary known as the event horizon.&nbsp;

Falling into a black hole: What happens when you cross the point of no return?

They are products of violent collisions, rare cosmic alignments, or mysterious forces we still cannot fully explain. 

They are products of violent collisions, rare cosmic alignments, or mysterious forces we still cannot fully explain.&nbsp;

Tadpole, Black Eye and Cosmic Owl: What makes these 7 galaxies the weirdest in the universe?

In August 2012 Voyager 1 crossed the heliopause, the boundary where the Sun’s solar wind gives way to the interstellar medium, the first time any craft had sampled that interface directly. 

In August 2012 Voyager 1 crossed the heliopause, the boundary where the Sun’s solar wind gives way to the interstellar medium, the first time any craft had sampled that interface directly.&nbsp;

When will Voyager 1 go silent and what are NASA’s plans for its final days?

Their surfaces reach temperatures hot enough to melt or even vaporize rock, creating conditions that are completely alien compared to Earth, Mars, or Venus. 

Their surfaces reach temperatures hot enough to melt or even vaporize rock, creating conditions that are completely alien compared to Earth, Mars, or Venus.&nbsp;

'Fiery lava planets': NASA's James Webb Telescope discovers shocking chemistry of worlds that shouldn’t exist

Astronomers at the University of Warwick have uncovered evidence that a seemingly ordinary star is actually a ghostly remnant of a dramatic stellar collision. 

Astronomers at the University of Warwick have uncovered evidence that a seemingly ordinary star is actually a ghostly remnant of a dramatic stellar collision.&nbsp;

‘130 light years away’: NASA's Hubble Telescope discovers rare ‘Zombie Star’ formed from a violent cosmic collision

Getting to grips with these structures doesn’t just change how we see the universe; it also opens up new doors for studying cosmic evolution and understanding the processes that govern interstellar environments.

Getting to grips with these structures doesn’t just change how we see the universe; it also opens up new doors for studying cosmic evolution and understanding the processes that govern interstellar environments.

'Cosmic tunnel': Scientists confirm presence of a mysterious doorway linking our solar system to distant constellations

nasa

Nasa, News on Nasa, stories on Nasa, articles on Nasa, Nasa stories at Wion, Nasa news, Nasa latest news