
Solar Eclipse on August 2: Real or Fake? Let's know the truth
Yes, you must be thinking and feeling excited that you will witness this event but unfortunately its not about 2025 so you all have to wait for the year 2027 to have a glimpse of this event.
But this news made one thing clear that people across the world are willing to know about space, its meaning and so many other things about celestial phenomenon like this, which is a good indication. But after knowing the date of this celestial event, public might lose interest and feel disappointed that the event is going to take place after two years. Now let's move forward and know more about this event :
Will Solar Eclipse take place on August 2, 2025?
No, people must keep this in the notice that there will be no Solar Eclipse on August 2, 2025.
NASA's astronomical data confirms that the Solar Eclipse won't take place on August 2, 2025.
Why People Are Paying Close Attention?
The rumors came from the fact that astronomers throughout the world are already preparing for the unique and remarkable event of the August 2, 2027, total solar eclipse. Compared to previous eclipses, this one is expected to be the longest total eclipse visible from land between 1991 and 2114.
No Confusion about Solar Eclipse
It will be a major Solar Eclipse, which will happen exactly after two years in the year 2027 across the portion of Europe, North Africa, and the Middle East, that eclipse will be a unique and breathtaking sight. This is not going to be like other Solar Eclipses, the time duration of this Eclipse will be 6 minutes and 23 seconds and marking it as the longest total Solar Eclipse. So people are advised to keep patience for that event as it is not happening in the year 2025 but 2027.
Discover everything about
astrology
at
Times of India
, including
daily horoscopes
for
Aries
,
Taurus
,
Gemini
,
Cancer
,
Leo
,
Virgo
,
Libra
,
Scorpio
,
Sagittarius
,
Capricorn
,
Aquarius
, and
Pisces
. Read your detailed
Horoscope Today
and
Horoscope Tomorrow
here.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Deccan Herald
6 minutes ago
- Deccan Herald
NISAR: Eyes wide open on Earth
The story of the world's most advanced and expensive earth observation satellite began nearly 15 years ago when the Indian Space Research Organisation turned down an offer from the National Aeronautics and Space Administration to launch a radar satellite using an Indian rocket from Sriharikota spaceport. The US satellite was to use sweepSAR (sweep synthetic aperture radar) technology to provide wide area coverage and fine spatial resolution at the same time. New Delhi proposed an alternative: housing two radars in a single satellite. Both parties agreed, and an agreement was inked. The L-band radar, associated systems, and the antenna were made at the Jet Propulsion Laboratory, California, while the S-band radar was built at the Space Application Centre, Ahmedabad. From next week, the two synthetic aperture radars aboard NISAR will detect changes in the planet's surface down to fractions of an inch. The spacecraft will bounce microwave signals off Earth's surface and receive the return signals on a radar antenna reflector measuring 12 meters across. The satellite's ability to see through clouds and rain, day and night, will enable users to continuously monitor earthquake and landslide-prone areas and determine how quickly glaciers and ice sheets are Exploring new frontiers in space cooperation.'NISAR can detect even small changes in the Earth's surface such as ground deformation, ice sheet movement and vegetation dynamics,' ISRO says. Other applications include sea ice classification, ship detection, shoreline monitoring, storm characterisation, changes in soil moisture, mapping and monitoring of surface water resources and disaster response. 'It's a highly advanced satellite,' notes K Sivan, former ISRO chairman. Earthquakes, volcanoes, and ageing infrastructure can pose risks to lives and property. Able to see subtle changes in Earth's surface, NISAR can help with hazard-monitoring efforts and potentially give decision-makers more time to prepare for a disaster. For earthquakes, it will provide insights into which parts of a fault slowly move without producing quakes and which are locked together and could potentially slip. For the farm sector, it will help monitor the growth of crops from planting to harvest, generating crucial insights on how to time plantings and adjust irrigation schedules. The mission will have the resolution to see even small plots of farmland. The satellite's development path was a challenging one. The ISRO-NASA pact was signed in October 2014 with a target to launch the satellite by 2020. But developing the radar and antenna took more time, and the US could transfer the payload to India only in 2023-24. Unfortunately, within months, it was sent to the USA for repair. In March 2024, the radar antenna reflector of the satellite was transported back to a facility in California, where reflective tape was applied and other precautionary measures were taken to mitigate temperature increases that could have potentially affected the deployment of the reflector from its stowed configuration before beginning the science operations in space. The component returned to ISRO's clean room by October 2024, when the Indian space agency began preparation for a February launch, which didn't materialise. Ironically, a GSLV with a cryogenic engine will be used to launch the India-US satellite on July 30, even though the USA left no stone unturned for India to acquire the cryogenic technology. The mission's extraordinary capabilities come from the synthetic aperture radar. As the radar travels, its antenna continuously transmits microwave pulses and receives echoes from the surface. When the pulses hit something — a volcanic cone, for example — they scatter. The antenna receives those signals that echo back to the instrument, which measures their strength, change in frequency, how long they took to return, and if they bounced off of multiple surfaces, such as buildings. 'This mission packs in a wide range of science toward a common goal of studying our changing planet and the impacts of natural hazards,' says Deepak Putrevu, co-lead of the ISRO science team at the Space Applications Centre in Ahmedabad.


India.com
9 hours ago
- India.com
These 7 animals found on Earth can survive in space, names include cockroach, Tardigrade, Brine Shrimp and…, check full list here
These 7 animals found on Earth can survive in space, names include cockroach, Tardigrade, Brine Shrimp and…, check full list here Their eggs were sent into space and hatched there, and they survived perfectly. By Tahir Qureshi Edited by Tahir Qureshi Advertisement (Representational image: New Delhi: Space is one of the most dangerous places for humans. There is neither oxygen, nor air nor water. On top of that, the vacuum, cosmic radiation and sometimes extreme cold and sometimes extreme heat are life-threatening. But do you know that there are some strange creatures on our earth that can survive even in these extremely difficult conditions? They are no less than a miracle in the eyes of biology. Here we are sharing a list of 7 creatures that can survive in space. Tardigrade: It is one of the toughest organisms. These are small microscopic organisms that can survive in boiling water, freezing cold, radiation and even the vacuum of space. In 2007, scientists sent them to space and they returned alive. They take themselves to a special 'cryptobiosis' state, in which they can survive for years without eating or drinking. Advertisement === Cockroach: Cockroaches are said to survive nuclear radiation. In 2007, as part of Russia's Foton-M3 space mission, cockroach eggs were kept in space radiation. The result was that the eggs hatched safely and the cockroaches remained alive. This is the reason why these creatures can withstand the difficulties of space. Nematode Worm: These small insects were sent in NASA's Columbia Space Shuttle Mission. The special thing was that an accident occurred during the re-entry of the space shuttle, but these small worms endured everything and remained alive. Scientists use them to understand muscle weakness, aging and genetic changes. Advertisement === Brine Shrimp: Brine Shrimp are small shrimp-like creatures that can survive even after drying up completely. Their eggs were sent into space and hatched there and they survived perfectly. This is the reason why research is going on to use them to create closed ecosystems in space missions. Fruit Flies: Fruit Flies were the first creatures to go into space. America sent them into space in the year 1947. They reproduce quickly and scientists use them to understand the effect of microgravity and radiation. Fungi: Some species of fungi, such as Cryptococcus neoformans and Cladosporium sphaerospermum, survive the radiation of space. Scientists are now studying them as natural radiation shields or food options for space missions. Zebrafish: Zebrafish are important organisms in space research because they have DNA similar to humans and their bodies are transparent. They have been used in ISS missions to understand heart development, bone fragility and the effects of microgravity on the brain. Their embryos have successfully developed in the harsh conditions of space.


India Today
9 hours ago
- India Today
The planet mapper
The NASA ISRO Synthetic Aperture Radar or the NISAR satellite, the largest collaboration in space between the US and India, is scheduled for launch from Sriharikota, Andhra Pradesh, on July 30 at 5.40 pm. One of the most sophisticated radar satellites till date, it has been in the works since 2014. Its goal is to track subtle changes on the Earth's surface that have hitherto proved virtually undetectable. To achieve this, it will scan the planet twice every 12 days in unprecedented detail, literally down to a centimetre, regardless of cloud cover, darkness or foliage.