Science

Rare Planetary Parade to Light Up the Sky on February 28, Visible for the First Time in Decades


Written by Intern Rency Gomes || Team Allycaral 

February 28 will witness a rare and spectacular astronomical event as six planets—Jupiter, Mars, Saturn, Venus, Mercury, and Neptune—become visible in a near-linear alignment, often referred to as a “planetary parade.” Such alignments are uncommon, making this a once-in-decades opportunity for skywatchers and astronomy enthusiasts.


While planets frequently align in smaller groups, seeing six planets line up simultaneously is exceptionally rare. Venus, Mars, Jupiter, and Saturn will be relatively easy to spot with the naked eye, while Mercury will be visible near the horizon. Neptune, being much farther and fainter, may require binoculars or a telescope for clear observation.

Astronomers note that the alignment is a result of the planets’ orbits placing them on the same side of the Sun from Earth’s perspective, creating the illusion of a straight line across the sky. Weather conditions and light pollution will play a key role in visibility, and viewers are advised to look toward the horizon shortly after sunset or before sunrise, depending on their location.

This celestial event will not repeat in a similar formation for several decades, making February 28 a must-watch moment for anyone interested in space and the wonders of the universe.

EduConnect

Goan Physicist Indira Barros Wins Best Poster Award at Global Soft Matter Conference in Greece


Indira Barros, a young and promising physicist from Goa, has been awarded the Best Poster Award at the globally renowned 9th International Soft Matter Conference (ISMC) held in Greece. This conference is widely acknowledged as the world’s largest gathering dedicated to the field of soft condensed matter research.

Currently pursuing her PhD in Physics at BITS Pilani, Goa campus, Barros presented her advanced research focusing on micron-sized colloidal particles — minuscule materials whose behaviors differ drastically from their larger-scale counterparts. Her award-winning presentation drew attention for its innovative approach and strong potential in the future of applied physics.

The research, carried out under the guidance of Dr. Indrani Chakraborty and in collaboration with Sayanth RC, explores the development of micro-scale machines — or “microbots” — that can be externally controlled to perform precise and potentially life-saving tasks.

“These microbots could one day revolutionise areas such as targeted drug delivery, advanced diagnostics, and environmental cleanup,” Barros shared, adding that her work aims to merge theoretical physics with real-world applications.

Her recognition at ISMC not only shines a light on her individual excellence but also highlights the world-class scientific research emerging from Goa’s academic institutions. As science and technology continue to blur boundaries, the global impact of local talent like Indira Barros becomes increasingly significant.

This accolade is a proud moment for the Goan scientific community and serves as an inspiration for young researchers across the country.

Human Interest

The Longest Solar Eclipse of the Century Is Coming on August 2, 2027


Written by Tanisha Cardozo

On August 2, 2027, the Earth will witness a stunning celestial event unlike anything seen in over a century — a total solar eclipse lasting over six minutes. Stretching across regions of North Africa, the Middle East, and southern Europe, this astronomical marvel is being hailed by scientists and space agencies as the longest and most significant eclipse of the 21st century.

For a full six minutes and twenty-three seconds in some locations, the Moon will completely cover the Sun, turning day into twilight, casting mysterious shadows, and revealing the elusive solar corona — a sight that most people on Earth will never experience in their lifetime.

The Path of Totality
The eclipse’s path of totality will cross countries including Morocco, Algeria, Tunisia, Libya, Egypt, Saudi Arabia, Yemen, and Oman, before reaching southern parts of Europe such as Greece and Turkey. This rare alignment offers a unique opportunity for scientists to study the Sun’s atmosphere and for travelers to witness a once-in-a-generation event.

Why It Matters
NASA and astronomers worldwide are preparing for this eclipse years in advance. Not only is it the longest of this century, but it’s also an ideal opportunity for solar research and public engagement in astronomy.

This event will be especially meaningful for regions in its direct path — many of which have not experienced a total solar eclipse for centuries and won’t again for a long time. The next similarly long eclipse won’t happen until June 13, 2127.

Planning Your Eclipse Experience
Whether you’re an avid skywatcher, a science educator, or a curious traveler, this eclipse is worth traveling for. Eclipse tourism is expected to boom in affected areas, so early planning is essential.

📌 Key Details:

  • Date: August 2, 2027
  • Duration of Totality: Up to 6 minutes, 23 seconds
  • Regions Affected: North Africa, the Middle East, Southern Europe
  • Next Opportunity: Not until 2127

Where will you be when the sky goes dark?