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India’s space agency on Monday released images its spacecraft took of the far side of the Moon as it headed for an attempted landing on the lunar south pole, just days after the failure of a Russian lander. The Indian Space Research Organisation’s (ISRO) Chandrayaan-3 spacecraft had been in a race with Russia to be the first to land on the lunar south pole, a region whose shadowed craters are thought to contain water ice that could support a future moon settlement.

As news of the failure of Russia’s Luna-25 mission broke on Sunday, ISRO said that Chandrayaan-3 was on course to land on August 23.

The mission – Chandrayaan means “moon vehicle” in Hindi and Sanskrit – is India’s second attempt to land on the south pole of the moon. In 2019, ISRO’s Chandrayaan-2 mission successfully deployed an orbiter but its lander crashed.

Rough terrain makes a south pole landing difficult, but making a first landing would be historic. The region’s water ice could supply fuel, oxygen and drinking water for future missions.

Images released on Monday showed craters on the moon’s surface captured by the ISRO craft’s Lander Hazard Detection and Avoidance Camera, which is designed to help find a safe landing location for the spacecraft.

India’s moon mission blasted off on 14 July, and the lander module of Chandrayaan-3 separated from the propulsion module last week.

For India, a successful moon landing would mark its emergence as a space power as Prime Minister Narendra Modi’s government looks to spur investment in private space launches and related satellite-based businesses.

“If Chandrayaan-3 succeeds, it will boost India’s space agency’s reputation worldwide. It will show that India is becoming a key player in space exploration,” said Manish Purohit, a former ISRO scientist.

It would also boost India’s reputation for cost-competitive space engineering. The Chandrayaan-3 was launched with a budget of about Rs. 615 crore ($74 million), less than the cost to produce the 2013 Hollywood space thriller Gravity.

A successful mission would make India only the fourth country to successfully land on the moon, after the former USSR, the United States and China.

“India is going to acquire a new technology with a successful landing, which is a big thing,” K. Sivan, former chief of the country’s space agency, said after the Chandrayaan-3 launched.

Scientists at ISRO have said they learned from the earlier moon mission’s failure and made changes to Chandrayaan-3 that would make a successful landing more likely, including making it possible to touch down safely anywhere within an expanded landing zone in adverse conditions. It has also been equipped with more fuel, more solar panels and sturdier legs.

Executives in India’s nascent space industry also expect a boost. The number of space startups in India has more than doubled since 2020, when India opened to private launches.

“The next 3 days will be nothing less than ‘terrific’! Eagerly looking forward to the landing!”, Pawan Chandana, co-founder of Skyroot, which launched India’s first privately built rocket last year, posted on X, formerly called Twitter.

© Thomson Reuters 2023

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Iran’s Folded Rocks Reveal Ancient Tectonic Power at Asia-Europe Boundary

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April 21, 2025

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Iran’s Folded Rocks Reveal Ancient Tectonic Power at Asia-Europe Boundary

The deformed rocks of Iran are formed due to strong mountain ridges and valleys in the Greater Caucasus mountain range, southwest of the Caspian Sea. Between 10 million and 50 million years ago, its growth was marked by sedimentary layers crushed during the first impact between the Arabian and Eurasian tectonic plates. The vividly coloured rocks produced by the sedimentary layers gathered over millennia range in tone from terracotta to greenish to bluish. Using satellite pictures, NASA’s Jet Propulsion Laboratory and Earth Observatory have shown how the landscape tended to cluster over time.

One image depicts the different strata layers, vegetation, and the Zanjan-Tabriz freeway linking Tehran and Poznan. Interestingly, another image is of the Qezel Ozan River, which provides agricultural water in the region. The region is still converging, and fresh research suggests that a slab of oceanic crust is being shredded beneath Iraq and Iran.

Iran’s Folded Rocks Expose Arabia-Eurasia Tectonic Collision

According to reported NASA experts, a tectonic clash between the continents — known as Eurasia and Arabia — crunched these vividly hued strata of rock into massive folds. Located southwest of the Caspian Sea, Iran’s folded rocks are mountain ridges and valleys from the Greater Caucasus mountain chain. The disrupted rocks are made of sedimentary layers that were tilted and folded after the first collision between the Arabian and Eurasian tectonic plates, which is estimated to have occurred 10 to 50 million years ago.

Under Iraq and Iran, some of the oceanic crust between the Arabian and Eurasian plates is breaking apart, according to current research, which results in an anomalous silt accumulation at the surface. The complexity of the Earth’s surface and the Qezel Ozan River, combined with the Neotethys oceanic plate pulling the area down, account for this.

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Astronomers Discover Potential ‘Dark Galaxy’ Near the Milky Way

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Astronomers Discover Potential ‘Dark Galaxy’ Near the Milky Way

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April 21, 2025

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Astronomers Discover Potential ‘Dark Galaxy’ Near the Milky Way

Astronomers might have discovered a dark galaxy, primarily made up of dark matter, in the local universe. Dark galaxies are theoretical starless systems that could provide valuable insight for galaxy formation models. The candidate was in a massive, rapidly moving gas cloud, first discovered in the 1960s. At high resolution, the methyl formate cloud appeared to be a tight knot of gas, potentially forming a dark galaxy. But not all astronomers are convinced. It’s more likely to be a regular gas cloud at the edge of the Milky Way, says the astronomer Tobias Westmeier.

The study was published in Science Adviser. It reveals that since the early 2000s, a few possible dark galaxies have been discovered close to the Milky Way. However, multiple studies have suggested that these alleged dark galaxies were misclassified. The study further highlights that the hypothetical dark galaxy evolved this way after a collision with cosmic gas close to our galaxy. Finding dark galaxies could enable better computer simulations and provide fresh insight into galaxy development.

Astronomers Discover Dark Galaxy Candidate Near Milky Way

According to the report, a hypothetical dark galaxy was revealed amid the field of dark matter in the early eras of the history of the universe. Better knowledge of the development of black galaxies, systems devoid of stars, is what astronomers aim for. First spotted half a century ago, a massive, fast-moving gas cloud showed new promise when scientists detected it. High-resolution cloud observations revealed a tiny gas cluster possibly matching a dark galaxy. Jin-Long Xu from the Chinese Academy of Sciences in Beijing told Science News that the finding marks the first of a potential black galaxy in the nearby universe.

Still, not all scientists agree with the dark galaxy designation of the clump. The report further notes that Westmeier thinks the object is most likely a regular gas cloud at the Milky Way’s edge. The idea dates back to identifying some purported black galaxies in orbit as far back as the early 2000s.

The latest discoveries came from observations with three radio telescopes, including high-resolution photos from the Five-Hundred-meter Aperture Spherical Telescope (FAST) in southern China. In much of the cluster, the scientists shadowed the velocity and direction of hydrogen gas and then deduced distance, which they found to be 900,000 light-years from Earth.

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NASA Scientists Study Crystal Formation in Space For Future Applications

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April 19, 2025

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NASA Scientists Study Crystal Formation in Space For Future Applications

NASA scientists have been studying crystals to optimise the process of crystallisation for decades. Various researchers have conducted research on crystals within the first quarter of the year, the latest being protein crystallisation in microgravity. Alexandra Ros from Arizona State University led the research by launching a protein crystallisation test in the International Space Station (ISS). The experiments are meant to determine the growth of protein crystals in space using newly developed microfluid devices. The research agenda is to examine whether space-grown crystals can achieve better quality than those formed on Earth.

What is Crystallisation, & How Does It Impact Our Lives?

It is the process of freezing of liquid or molten materials in the form of highly organised molecules called crystals. These crystals can be a blend of different types of materials. This world consists of crystal examples everywhere. It would be wrong to say that we don’t live in a world of crystals.

Be it a coffee mug, cellphone or silicon that is used to form the brains of electronics and used in memory chips, everything is a result of crystallisation. Other types of semiconductor crystals are used as detectors for different radiations, such as gamma rays, infrared rays, etc. Lasers used in scanning the product are made of optical crystals. Turbine blades are an example of metal crystals used in the jet engine.

Why and How NASA Studies Crystals?

The scientists studied the growth of zinc selenide crystals in space, with the crystals on Earth, explained NASA. The result from the observations marked the way for the improvement of the operations of infrared wavelength in the high powered lasers. The research findings provide an insight into the strong influence of gravity on the electrical, optical and structural characteristics of the crystals.

Researchers have optimised the crystal usage for several years to study the types of crystals for growing in space.

The crystals grown on Earth have defects such as little cracks; these cracks can damage the properties of the crystals. This marks a strong reason why scientists want to study crystals in space, thus getting a complete microgravitational environment where they can grow better. Convection produced due to the presence of the gravitational force degrades the quality of crystals.

However, this convection is not seen in the environment of microgravity, helping in the better quality crystals. The ISS is now converted to a complete lab for the study of the formation of crystals, which can be further applied in technology and medicine.

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