Unlocking the Wonders of This Year’s Extraordinary Super Blue Moon: Discover What It Is and How to Observe the Spectacle on August 30th

This week brings a unique opportunity for those intrigued by astronomical events. Get ready to witness a spectacular Super Blue Moon lighting up the sky. If catching a glimpse of this “Super Blue Moon” intrigues you, mark August 30th on your calendar.

It’s crucial to appreciate the significance of this event since it won’t occur again for several years. Despite the term ‘Blue Moon,’ it’s not actually blue in color. When this celestial event concludes, it will mark the third-largest full moon of the year. However, no need to worry about the term’s confusion – we’ll explain everything.

When two full moons grace us with their presence consecutively in very month, it’s labelled as a ‘Blue-Moon’. While a full moon usually appears once a month, during a Blue Moon occurrence, it happens twice. Following one full moon, the next appears just 29.5 days later. In a year, there are 12 months, yet only 354 days accommodate all 12 full moons. The 13th full moon emerges every two and a half years, and it’s this 13th moon that earns the title of a ‘Blue Moon’ year.

Why It’s Called Super Blue-Moon ?

Let’s immerse ourselves in a fascinating world where we lose ourselves, and the moon’s glow creates a mysterious dialogue amidst the Earth. Do you know that the moon takes a unique journey around Earth? When we witness the moon in the sky during full moon days, we truly become witnesses to that journey.

The distance between the moon and Earth is something we all know. But have you ever thought that sometimes it comes remarkably close to Earth? When there’s a full moon and the moon approaches Earth, we call it a “Super-moon.” During this time, the moon appears about 16% brighter than an average full moon, offering us a unique, radiant sight.

And did you know, this time on August 30th, we will not only witness a Super-moon but also a Blue Moon? Why is that? Because on this day, the moon will come closer to Earth, revealing its remarkable luminous appearance. We’re referring to this special event as a “Super Blue Moon.”

During this fascinating period, we find ourselves forming a special bond with the moon and diving into its bright world. As we get ready to join in this magical experience, we also become intrigued by the important and mysterious aspects of the Super Blue Moon.

So, let’s boost our spirits before this Super Blue Moon, enjoy the essence of this exceptional event, and delve into the enigmatic dialogue of the moon’s mysteries.

Witnessed of this incredible Event on ?

The best view to witness this extraordinary event will be after sunset on August 30, 2023. At 8:37 PM, the Super Moon will shine its brightest. To catch a glimpse of the moon, the evening time is the most suitable. The rarity of a Super Blue Moon is unparalleled. According to NASA, due to celestial conditions, this moon is visible only once every 10 years. In some cases, it might even appear once in 20 years.

The Moon : Life is possible on Moon ?

India’s Chandrayaan 3 mission is set to explore the moon and uncover its secrets, such as the presence of water and other mysteries related to its landscape. People are wondering whether humans could live on the moon in the future.

Many countries like India, the United States, China, and Russia are searching for an answer. Actually, there is no oxygen on the moon, which makes the possibility of life very low. If humans manage to establish an oxygen supply on the moon.

They would still face challenges due to extreme temperatures. Recently, there was good news: scientists found that the temperature near the moon’s equator can reach up to 121 degrees Celsius during the day and drop to -133 degrees Celsius at night. In some places on the moon, the temperature can even go as low as -200 degrees Celsius.

Research revealed that there are large craters on the moon with temperatures similar to Earth. In these areas, a temperature of around 17 degrees Celsius is expected. However, there’s also a danger from solar radiation and harmful rays on it that make survival there unlikely.

Scientists believe that humans could protect themselves from these hazards in shelters. But there’s a need for more research in this area. How these craters formed is an interesting question.

How were the Craters formed ?

About 4.3 billion years ago, Earth experienced intense meteor showers, and it also suffered from impacts, leading to the creation of these large holes called “moon craters.” When someone goes to the moon, these craters pose the most significant threat.

On the Other Mars planet has been already confirmed with their environments and their resources . Mars has contains almost 95% of CO2, 2.7% of Nitrogen , 1.6% of Argon and 0.13% of Oxygen . That means mars has contains a lots of gases like our planet Earth .

Chandrayaan-3 is on its journey to the moon.

Important News (Chandrayaan-3)

India celebrates a triumphant achievement as Chandrayaan-3 achieves a successful soft landing on the moon on 23rd August 2023 . Congratulations on this remarkable feat !

Chandrayaan-3 is a follow-up mission to Chandrayaan-2. To demonstrate the end-to-end capability to land and hover safely on the lunar surface. It consists of Lander and Rover configuration. It will be launched from LVM3 by SDSC SHAR, Sriharikota. The Motor part will bring the lander and rover a distance of 100 kilometers around the Moon. Propulsion module with spectropolarimetry payload for habitable planet (SHAPE). To study spectral measurements and polar metrics of the Earth from lunar orbit.

Chandrayaan-3 – Elements

Lander payloads:

The Chandra Surface Heat Test (ChaSTE) will look at how objects conduct heat and their temperature. The Moon Shaky Ground Instrument (ILSA) will detect the ground shaking nearby. The Space Telescope (LP) will detect particles in space and how it changes. It houses an array of NASA passive laser retroreflectors for lunar laser range studies.

Chandrayaan-3 Lander
SL. No.Lander PayloadObjectives
1Radio Anatomy of the Moon-Bound Hypersensitive Atmosphere and Ionosphere (RAMBHA) Langmuir Probe (LP)Measure near-surface plasma density (ions and electrons), and its changes over time
2Chandra Surface Thermophysical Experiment (ChaSTE)Make measurements of the thermal properties of the lunar surface near the polar region
3Lunar Seismic Activity Instrument (ILSA)Measure seismicity around the landing site and delineate the structure of the lunar crust and mantle
4LASER Retroreflector Array (LRA)Passive experiment to understand the dynamics of the lunar system

Rover payloads:

Alpha particle X-ray spectrometer (APXS) and laser induced decay spectroscope (LIBS). To understand what is happening in the area where the plane landed.

Chandrayaan-3 Rover -Views
SL. No.Payload RoverObjectives
1LASER Induced Deradation Spectroscope (LIBS)Qualitative and quantitative elemental analysis, chemical composition extraction, and mineralogical inference for understanding Moon surface.
2Alpha Particle X-ray Spectrometer (APXS)Determine the elemental composition (Mg, Al, Si, K, Ca, Ti, Fe) of lunar soil and rocks near the landing site.

“Here’s a glimpse of the essential insights that introduce you to Chandrayaan-3. To delve deeper, head to the ISRO website for a comprehensive exploration.”

The man who feeled the Moon First : Neil Armstrong

Neil Armstrong
Neil Armstrong

Neil Armstrong, a name who can never forgot in in history, Neil Armstrong was an American astronaut the first person to walk on the moon. He came into the world on August 5, 1930, in Ohio, United States. Armstrong’s journey to becoming an astronaut was marked by dedication and determination.

The Early Years and Neil Armstrong’s Connection with NASA:

Growing up with a fascination for flight, Armstrong became a skilled pilot before joining NASA. In 1969, he commanded Apollo 11, the historic mission that aimed to land humans on the moon. Transitioning from a pilot to an astronaut, Armstrong’s training was intense and demanding

Giant Leap for Mankind:

On July 20, 1969, the world held its breath as Armstrong descended the lunar module’s ladder. With the famous words, “That’s one small step for a man, one giant leap for mankind,” he became the first human to step onto the moon’s surface. This moment was a culmination of years of scientific and engineering advancements.

Legacy and Beyond:

Armstrong’s accomplishment, an inspiration spanning generations, showcased humanity’s limitless exploration prospects. Following his historic moonwalk, he furthered space exploration and championed scientific advancement and education. His enduring legacy fuels the quest for knowledge and the spirit of discovery, leaving an indelible mark on our journey into the unknown.


Neil Armstrong’s journey from a young aviation enthusiast to a global icon reflects the power of human ambition. His legacy extends beyond the moon’s surface, reminding us that with perseverance, we can accomplish the extraordinary.