India is set to enter a new era in commercial space exploration on Saturday as Hyderabad-based Skyroot Aerospace prepares to launch Vikram-1, the country's first privately developed orbital launch vehicle. The mission, named Mission Aagaman, is scheduled to lift off from the Satish Dhawan Space Centre, Sriharikota, at 11:30 AM IST, marking a significant milestone for India's rapidly expanding private space sector.

Ahead of the launch, Prime Minister Narendra Modi described the mission as a "historic new frontier" for India's space programme, highlighting it as a symbol of the country's innovation-driven growth and entrepreneurial spirit. In a message shared on X, the Prime Minister congratulated the Skyroot Aerospace team and expressed confidence that Vikram-1 would inspire a new generation of innovators while demonstrating the success of India's space-sector reforms.

Mission Aagaman Opens a New Chapter

Mission Aagaman is Skyroot Aerospace's maiden orbital mission and the first attempt by an Indian private company to place a launch vehicle into orbit. If successful, Vikram-1 will become the country's first privately built orbital rocket to deploy payloads into Low Earth Orbit (LEO) at an altitude of 450 kilometres.

The mission comes six years after the Government of India opened the space sector to private participation in 2020, encouraging startups to build indigenous launch capabilities and helping the country target a significantly larger share of the global space economy.

Advanced Indigenous Rocket Technology

Vikram-1 has been developed using cutting-edge aerospace technologies. It is India's first orbital launch vehicle built almost entirely with an all-carbon composite structure, making it lighter, stronger and more fuel-efficient than conventional metallic rockets.

The four-stage launch vehicle combines three solid-fuel propulsion stages with an advanced Orbital Adjustment Module (OAM) that uses a fully 3D-printed liquid rocket engine—the first of its kind on an Indian orbital launcher. The rocket also features India's longest monolithic carbon-composite first stage, showcasing major advances in indigenous aerospace manufacturing.

Designed for rapid and on-demand satellite launches, Vikram-1 can carry payloads of up to 350 kilograms into Low Earth Orbit.

Commercial and Technology Payloads

Mission Aagaman is carrying several technology demonstration payloads developed by Indian space startups, including:

• Graha Space

• Cosmoserve Space

• DQube

• Skyroot Aerospace's in-house SCOPE payload

These payloads will help validate next-generation space technologies while collecting valuable mission data for future commercial launches.

A Golden Tribute to India's Scientific Icons

Beyond its technological significance, Vikram-1 also carries a symbolic payload celebrating India's scientific heritage.

A miniature 18-carat gold rocket, created by Cosmos Diamonds, has been included aboard the mission. The artwork features intricate micro-sculptures of three legendary Indian scientists:

• Dr. Vikram Sarabhai, the father of India's space programme

• Dr. A.P.J. Abdul Kalam, renowned aerospace scientist and former President of India

• Sir C.V. Raman, Nobel Prize-winning physicist

The artistic payload, titled "Cosmic Bloom," blends science, engineering and national pride, making it one of the mission's most distinctive features.

PM Modi Hails India's Growing Space Ecosystem

Calling Vikram-1 a landmark achievement, Prime Minister Modi said the mission reflects the talent, determination and innovation of India's youth. He noted that reforms in the space sector are creating fresh opportunities for startups and private enterprises while strengthening India's position in the global space economy.

The Prime Minister also encouraged citizens, especially young people, to follow the launch and support the mission through the hashtag #IndiaWithVikram1.

Boost for India's Commercial Space Ambitions

Founded in 2018 by former ISRO scientists Pawan Kumar Chandana and Naga Bharath Daka, Skyroot Aerospace has emerged as one of India's leading private space startups. Following the successful launch of the Vikram-S suborbital rocket in 2022, the company is now attempting a full-fledged orbital mission.

A successful Vikram-1 launch would represent a major leap for India's private space industry, opening new opportunities in satellite launch services, attracting international customers and strengthening the country's ambition to become a global commercial launch hub.

A major breakthrough in human gene-editing research has brought the possibility of preventing inherited diseases a step closer to reality. Scientists at Columbia University have successfully edited the DNA of early-stage human embryos with an accuracy level not previously achieved. While researchers say the technology could one day help eliminate certain genetic disorders, the development has also reignited global ethical concerns about the future creation of so-called “designer babies.”

The study was led by geneticist Dieter Egli and focused on a newer gene-editing technique known as base editing. Unlike traditional CRISPR technology, which cuts DNA strands, base editing makes highly targeted changes to individual genetic letters. Researchers say this approach significantly reduces the risk of unintended genetic damage, a major challenge that has limited embryo-editing research in the past.

According to the research team, the technology is still experimental and not ready for clinical use. However, the findings mark an important step toward understanding whether inherited diseases could one day be corrected before birth.

More Precise Than Earlier Methods

The researchers targeted two genes during the experiment. One of them, PCSK9, is associated with cholesterol levels and the risk of heart disease, while the HBG gene plays a role in the production of fetal haemoglobin.

Using donated fertilised eggs and two-cell embryos, scientists introduced base-editing molecules and successfully modified both genes. In several cases, they were able to edit both targets simultaneously without causing the large-scale DNA damage that had been observed in earlier CRISPR-based experiments.

The achievement is particularly significant because previous attempts at editing human embryos often resulted in serious genetic disruptions, including chromosome loss and unintended mutations. Researchers say the latest results suggest base editing may offer a safer alternative.

Ethical Questions Return

The breakthrough has once again raised questions about how far gene-editing technology should be allowed to go. While scientists involved in the project emphasise that the goal is to prevent serious inherited diseases, critics warn that the same technology could eventually be used to select or enhance traits such as intelligence, height, appearance, or athletic ability.

The debate over human embryo editing intensified in 2018 when Chinese scientist He Jiankui claimed to have created genetically modified babies resistant to HIV. The experiment was widely condemned by the international scientific community, and He was later sentenced to prison by Chinese authorities.

Since then, many experts have argued that embryo editing remains too risky for clinical use due to concerns about safety, unintended mutations, and long-term health effects.

Potential Benefits for IVF Patients

Researchers believe the technology could eventually benefit couples undergoing IVF treatment. In some cases, embryos carrying disease-causing mutations are discarded because they are unsuitable for implantation. Gene editing may one day allow doctors to repair those mutations, increasing the number of viable embryos available to prospective parents.

Scientists involved in the study say future research will focus on reducing a problem known as mosaicism, where some cells within an embryo are edited while others remain unchanged. This remains one of the biggest barriers to clinical application.

Experts have also stressed that extensive testing, regulatory review, and public debate will be required before any human embryo gene-editing technology could be used in fertility clinics.

The year's smallest full moon coincides with May's second full moon — a rare astronomical pairing visible to the naked eye across India tonight.

Skywatchers across the country have a rare treat waiting for them tonight. The night of May 31 brings together two distinct celestial phenomena — the so-called Blue Moon and a Micromoon — occurring simultaneously, an event that astronomers describe as genuinely uncommon.

What exactly is happening tonight

A Blue Moon, in the popular modern definition, refers to a second full moon falling within the same calendar month. May opened with a full moon on the 1st, and tonight's full moon on the 31st becomes the month's second. Despite the evocative name, the moon will not appear blue — the term is purely calendrical.

At the same time, the moon will be at or near its apogee — the farthest point in its elliptical orbit around Earth, roughly 4.06 lakh kilometres away. This makes it a Micromoon: visibly smaller and somewhat dimmer than a typical full moon, appearing around 5 to 7 percent smaller and about 10 percent less luminous.

A rare pairing, explained

National Award-winning science communicator Sarika Gharu, based in Bhopal, said the convergence of a monthly Blue Moon and a Micromoon is considered a particularly infrequent occurrence. "Both phenomena individually are not especially unusual, but having them align on the same night takes considerably longer to repeat," she noted.

The moon will be positioned in the constellation Scorpius tonight, placing it near Antares — one of the brightest and most distinctly red stars in the night sky. That pairing will be visible to the naked eye through most of the night, without any optical aid required. Because of its position in Scorpius, some observers are calling tonight's full moon a "Scorpio Blue Moon."

Hindu calendar significance

According to the Hindu Panchang, tonight corresponds to the Jyestha Purnima of Adhik Maas — an intercalary month added periodically to align the lunar and solar calendars. The full moon occurs with the moon in Vrischik Rashi, lending additional significance for those following traditional almanac timings.

When to watch

The full moon rises in the east around sunset and will be visible throughout the night. No telescope or binoculars are needed to observe either the Antares conjunction or the moon's slightly smaller disk. Clear skies permitting, central Indian cities including Bhopal, Indore, and Nagpur should have excellent viewing conditions from open ground or rooftops after 8 pm local time.

The next Blue Moons

For those who miss tonight's event, the next opportunities are May 20, 2027 (a seasonal Blue Moon), December 31, 2028 (a monthly Blue Moon coinciding with a total lunar eclipse), and August 24, 2029 (another seasonal Blue Moon).

Worth stepping outside for

While the visual difference between a Micromoon and a regular full moon is subtle enough that most casual observers would not notice without a reference point, the rarity of tonight's combined event makes it a genuine occasion for astronomy enthusiasts. The next time a monthly Blue Moon and a Micromoon fall on the same night is not expected for several years.

Initial reports from amateur astronomy groups indicate organised viewing sessions are being planned in several cities, with some schools and science clubs setting up open-sky events through the evening.

India is on high alert as the Sun shows signs of extreme activity. The Indian Space Research Organisation (ISRO) has issued a fresh warning after detecting an intense solar storm that could lead to radio blackouts and disruptions in satellite-based services across the country. Scientists say the latest solar flare is among the strongest seen in recent years, raising concerns for communication networks, navigation systems, and power infrastructure.

What Is a Solar Storm and Why Is It Dangerous?

A solar storm occurs when the Sun releases massive bursts of energy in the form of solar flares or coronal mass ejections (CMEs). These explosions send charged particles racing toward Earth at the speed of light, reaching our planet in just 7–8 minutes.

Normally, Earth’s magnetic field acts as a protective shield. However, when solar activity becomes extremely intense, this protection can weaken, allowing energetic particles to enter the upper atmosphere and cause disturbances.

Why This Solar Storm Is More Intense

According to scientists, the current solar event comes from an active sunspot region that has released an X8.1-class solar flare. Solar flares are classified based on X-ray energy output:

 A, B, C-class: Minor impact

 M-class: Moderate, may affect polar regions

 X-class: Extremely powerful and dangerous

Each class is 10 times stronger than the previous one. An X8.1 flare is considered extremely intense and capable of causing widespread technological disruptions.

ISRO’s Warning and India’s Preparedness

ISRO has stated that it is closely monitoring over 50 operational Indian satellites following repeated solar eruptions observed since early February. The main concern is a potential radio blackout, classified as an R5-level event, which is the most severe category.

Possible impacts include:

 Disruption in radio communication and aviation signals

 GPS and navigation errors

 Mobile networks and satellite TV interruptions

 Increased stress on power grids and transformers

To reduce damage, ISRO may temporarily adjust satellite orientation and protect sensitive instruments from direct solar exposure.

Why This Matters Right Now

The Sun is currently passing through its 11-year solar cycle peak, known as solar maximum. During this phase, solar storms become more frequent and intense. With India increasingly dependent on satellite technology for communication, navigation, defense, and digital services, space weather has become a critical national concern.

 Is There Any Positive Effect?

Yes. Strong solar storms can also create breathtaking auroras. Under very intense conditions, northern lights have even been spotted in parts of Ladakh, offering a rare visual treat.

While solar storms are natural cosmic events, their impact on modern technology can be serious. ISRO’s timely warning highlights the importance of space weather monitoring in today’s connected world. As scientists keep a close watch on the “angry Sun,” the coming days will be crucial in determining whether India faces temporary disruptions—or safely rides out the storm.