Oct 16,2026: Mukesh Ambani’s Reliance Industries on Friday responded to Elon Musk’s recent remarks about the Indian market and its role in Starlink’s entry into the country, saying it has never feared competition and that every player must abide by Indian laws and policies.
In a statement, Reliance said it welcomed competition in satellite communications, including from Starlink.
It also said all companies, Indian or foreign, must follow the same regulatory process, pointing out that Jio’s satellite services were also awaiting clearances.
The response follows Musk’s remarks accusing the Indian government of favouring established telecom operators over competing players.
The dispute resurfaced after Lauren Dreyer, SpaceX’s vice-president of Starlink Business Operations, told attendees at the India Mobile Congress (IMC) 2026 that the company was ready to begin operations in India but was waiting for regulatory approvals.
“In light of recent remarks about Reliance and the Indian market, we wish to place the facts on record. Like every Indian enterprise, Reliance has grown in an India that welcomes investment and innovation, homegrown or international, that improve the lives of the people,” Reliance Industries said in a statement on Friday.
The company also defended its record on competition, highlighting Jio’s entry into the crowded Indian telecom market in 2016 without any existing customers. It said Jio had since attracted more than 530 million subscribers and helped make digital connectivity more affordable.
“At Reliance, we have never feared competition. We see it as the truest test of who serves the customer best. Jio itself entered India’s crowded telecom market in 2016 as the newest player, with not a single customer. In just ten years, Jio has earned the trust of over 530 million customers and given Indians some of the best digital infrastructure and most affordable data in the world,” the company stated.
Musk first alleged on his social media platform, X, that Starlink was being blocked by certain “oligarchs” keen to keep a “monopolistic chokehold” on Indians.
India’s ministry of communications hit back the next day, calling any suggestion that the framework or its application was unfair or discriminatory “baseless and misconceived” and that the security assessment of the three entities was underway, with all at “broadly the same regulatory stage”.
On October 8, the communications ministry rejected the charge, calling suggestions of discrimination “baseless and misconceived.” It said India’s satcom framework was fair and non-discriminatory,
Hours later, Musk escalated his attack, saying Starlink was licensed to operate in more than 165 countries and had spent five years complying with Indian rules. “So why still no licence? Is Ambani the real boss of India?” he asked, referring to Reliance Industries chairman Mukesh Ambani.
Ahead of Musk in queue: Sunil Mittal
Bharti Airtel chairman Sunil Bharti Mittal on October 14 said his satcom venture Eutelsat OneWeb is significantly ahead of Musk’s Starlink in the satcom queue in India, with the licence applied five years ago, and added that he would be happy to receive the go-ahead at least a few days before the US tech billionaire.
“I think I am significantly ahead in the queue from him. I applied five years back,” Mittal said at the Bloomberg New Economy Forum 2026.
Chennai, September 26,2026: Astronomers have confirmed the existence of a Jupiter-sized planet that is less than a million years old. Named Elias 2-24 b, it is the youngest known planet, offering scientists a rare opportunity to observe a world in the early stages of its formation.Its surprisingly rapid formation challenges leading theories about how giant planets come together, especially so far from their stars.Astronomers have confirmed the youngest known planet yet, a world less than 1 million years old that is still surrounded by the gas and dust from which it formed.According to the Science Daily website, the planet, called Elias 2-24 b, was identified using observations preserved in NASA-funded archives. It is still orbiting within its young star’s dusty disk, giving scientists a rare opportunity to study planet formation while it is still happening.”Our planet-formation models already struggled to explain the previous record holders for the youngest known planet — a four-way tie between two planets orbiting the star PDS 70 and two planets orbiting the star WISPIT 2 — which are all more than 5 million years old,” said Lucas Cieza, a professor at the Instituto de Estudios Astrofísicos in Chile and co-author of a paper detailing the results, as quoted by the website of Science Daily.”Elias 2-24 b shows us that even our best planet-formation models are still missing some important processes,” added Cieza. In a study published September 16 in The Astrophysical Journal Letters, researchers led by Andrea Bernardi, a doctoral candidate at the Universidad Diego Portales in Chile, examined archived observations of seven young stars.The stars were observed using the coronagraph at the W. M. Keck Observatory in Hawaii, which collaborates with NASA under a cooperative agreement. Surrounding each star is a debris disk containing dust, gas, and fragments of ice and rock. Gaps and other features within these disks may indicate that planets are in the process of forming.A coronagraph blocks much of a star’s bright light, making it easier to search for much fainter objects nearby. Using that technique, astronomers looked for planets hidden inside the dusty disks. Planets orbiting stars beyond our solar system are known as exoplanets.”The planets should be found within the gaps, since they are carving them,” Bernardi said. “And that’s exactly where we found Elias 2-24 b.”Elias 2-24 b is roughly as massive as Jupiter and orbits a star about 450 light-years from Earth. Because the system is so young, studying it gives astronomers a glimpse of what our own solar system may have looked like billions of years ago.Stars form inside vast clouds of gas and dust. Planets can then grow from material left over around the newborn star, gradually gathering matter and shaping paths through the surrounding disk.But observing planets during these earliest stages is extremely difficult because thick dust can hide them from view.
Most confirmed exoplanets have instead been found through transits. A transit occurs when a planet passes in front of its star and causes a small temporary drop in the starlight seen from Earth.That method becomes much harder to use when planets are still buried in dust or orbit very far from their stars.As a result, most of the roughly 6,000 confirmed exoplanets are billions of years old and orbit relatively close to their stars.Scientists currently build planet formation models using theories, computer simulations, and observations of young stars surrounded by disks where forming planets are often too difficult to detect directly. Discoveries such as Elias 2-24 b can provide crucial real-world tests for those models.”The galaxy churns out new stars and planets continuously, so there are many in every stage of evolution,” Cieza said. “That means we can see the entire process in theory, but there is a large gap in what most telescopes can detect. We are mostly blind to these baby planets right now.”A Decade-Old Mystery Comes Into FocusThe new confirmation also resolves a question astronomers have been debating for about 10 years.Earlier observations from ALMA (Atacama Large Millimeter/submillimeter Array) in Chile revealed a gap in the dusty disk surrounding the young star Elias 2-24. Later, the European Southern Observatory’s Very Large Telescope in Chile spotted a faint point of light inside that gap, according to the Science Daily website. Scientists wondered whether the object could be a planet. The problem was that existing planet formation theories suggested a large planet should not have been able to form so quickly, especially at such a great distance from its star.Current models suggest that forming a Jupiter-size planet at Jupiter’s distance from the Sun (which is just over five times larger than the distance of Earth to the Sun) takes about 5 million years. A giant planet much farther out should take even longer.Yet the faint object in the Elias 2-24 system sits about 55 times farther from its star than Earth is from the Sun and was already showing signs of being a forming planet.To investigate further, Bernardi and colleagues searched the Keck Observatory Archive, a NASA-funded collaboration between Keck Observatory and the NASA Exoplanet Science Institute at Caltech/IPAC.That analysis ultimately confirmed the object as Elias 2-24 b.”We usually hear about telescopes working separately, but this confirmation was possible only by using multiple telescopes together,” Bernardi said. “Elias 2-24 b is at the limit of what current telescopes can detect, but with new instruments like NASA’s Nancy Grace Roman Space Telescope, such detections should become easier.”They found the same faint object in observations collected in 2018 and 2020. By combining the observations and tracking how the object moved over time, the team determined that it behaved much more like a planet orbiting the star than an imaging artifact or a distant background star.