
Don't miss the Perseids! Here's when and where to watch this year's most dazzling meteor show
Perseid Meteor Shower
, known for its dazzling fireballs and bright streaks of light, has already begun and will peak soon. Even with moonlight interference, it promises a spectacular cosmic display that you should not miss.
Although moonlight may dim the meteor shower, fireballs and bright trails will still be visible. Find a dark sky location and look for Perseus.
Explore courses from Top Institutes in
Please select course:
Select a Course Category
Others
Finance
others
Cybersecurity
Healthcare
Degree
Digital Marketing
CXO
Management
Product Management
Technology
Artificial Intelligence
Public Policy
PGDM
Project Management
Data Science
healthcare
MBA
MCA
Data Science
Operations Management
Data Analytics
Leadership
Design Thinking
Skills you'll gain:
Duration:
7 Months
S P Jain Institute of Management and Research
CERT-SPJIMR Exec Cert Prog in AI for Biz India
Starts on
undefined
Get Details
Skills you'll gain:
Duration:
28 Weeks
MICA
CERT-MICA SBMPR Async India
Starts on
undefined
Get Details
Skills you'll gain:
Duration:
16 Weeks
Indian School of Business
CERT-ISB Transforming HR with Analytics & AI India
Starts on
undefined
Get Details
Skills you'll gain:
Duration:
9 months
IIM Lucknow
SEPO - IIML CHRO India
Starts on
undefined
Get Details
People flock to the night sky to witness the yearly Perseid Meteor Shower when night falls during this period. Often containing a large number of meteors, this is regarded as one of the year's best meteor showers.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Clearance Sale: Exclusive handcrafted handbags - now 70% off
Handmakers Report
Read Now
Undo
Long light streaks can be seen behind some of these meteors. Others have different colors and seem very bright. These are referred to as "fireballs."
ALSO READ:
How much coffee is too much? Shocking new data reveals the real impact of your daily brew
Live Events
When and where should you watch it?
From late July to late August, one of the most amazing summertime events takes place. On July 17th, the
Perseids
began to appear and will remain visible until August 23rd. You may occasionally spot a meteor during this month-long display. There is a chance of 25 per hour during the peak on August 12 and 13, as per a report by CBS News.
The Perseid Meteor Shower's peak this year will coincide with a nearly full moon, which is problematic. Some of the meteors will be washed out by the bright night sky due to the full moon, which occurs on the morning of August 9.
ALSO READ:
Jennifer Lopez handles onstage wardrobe malfunction "like a pro", fans applaud her grace and humor
Although that will present some challenges, you should still look for a dark location with a clear view of the night sky in order to get the best views. The best course of action is to search for the meteor shower's radiant, as quoted in a report by CBS News.
What causes the Perseid Meteor Shower?
The Perseid Meteor Shower appears to have its origin in a radiant, which is the constellation Perseus. Their peak activity typically occurs between 11 p.m. and dawn. Debris from the
comet 109P/Swift-Tuttle
is what causes the Perseid Meteor Shower.
According to NASA, the orbit of this 16-mile-wide comet around the Sun takes 133 years. That comet's remnants are traveling at a speed of 37 miles per second. That comes to 133,200 miles per hour if you do the math.
At that speed, even small debris particles cause a great deal of friction and heat when they crash into Earth's atmosphere. A streak of light appears in the night sky as a result of the debris burning up!
FAQs
When is the best time to see the Perseids in 2025?
The peak viewing is during the nights of August 12 and 13, especially after 11 p.m.
Do I need a telescope to see the meteors?
Nope, just your eyes, a clear sky, and a dark spot away from city lights.
Hashtags

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


Time of India
38 minutes ago
- Time of India
Scientists uncover the link between estrogen and heart health in women
A new preclinical study from Monash University has uncovered the role of female sex hormone estrogen in protecting the hearts of women with high blood pressure – a link that, until now, has not been fully understood by scientists. The study, led by the Monash Institute of Pharmaceutical Sciences (MIPS) and published in Communications Biology, a Nature portfolio journal, identified that estrogen increases the levels of a natural protein called 'annexin-A1' (ANXA1) in female mice. The MIPS team has previously shown that ANXA1 plays a critical role in regulating blood pressure. In the current study , the researchers discovered that when ANXA1 is missing, high blood pressure leads to more severe damage in the heart and main blood vessels, especially in females. The findings suggest that the estrogen-ANXA1 association plays an important role in protecting women's hearts from damage caused by high blood pressure. This discovery could pave the way for new treatments, such as medicines that mimic ANXA1 – explicitly designed to improve heart health in women. First author and Monash University Honorary Fellow Dr Jaideep Singh said this research helps explain why women may experience heart disease differently from men, especially when they have high blood pressure. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Villas Prices In Dubai Might Be More Affordable Than You Think Villas In Dubai | Search Ads Get Quote Undo 'Our study reveals a biological link between the female hormone estrogen and the protein ANXA1 that protects the heart – something scientists didn't fully understand before. Essentially, we found that estrogen helps increase ANXA1 protein, and when ANXA1 is missing, the heart is more vulnerable to damage due to poor mitochondrial function, the body's energy system,' Dr Singh said. This discovery is an important step toward developing heart disease treatments tailored specifically for women, addressing a gap that has been overlooked in medical research for a long time. 'We're really excited about what this discovery could mean for future new treatments that enhance ANXA1, providing better protection for women with high blood pressure,' Dr Singh said. 'These therapies might help prevent serious problems like heart failure by focusing on the unique ways women's hearts and blood vessels work. It also highlights the importance of doctors considering sex differences when deciding how to treat heart disease. ' Dr Chengxue Helena Qin, co-lead author from MIPS said, 'There has been a major gap in understanding how high blood pressure and its treatments affect men and women differently. Clinical trials have historically overlooked sex-specific responses, leaving women underrepresented and underserved.' 'There's an urgent need to uncover the distinct mechanisms driving hypertension and its cardiovascular complications in females - an underexplored population. Closing this knowledge gap is essential for developing more effective, sex-specific treatments,' Dr Qin said. 'Our goal is to move towards studying how estrogen controls ANXA1 in humans to see if it works the same way as in animals. This process will involve testing new medicines that boost ANXA1 in animal studies to check if these can protect the heart from damage caused by high blood pressure. 'Additionally, our team will investigate whether this protective system plays a role in other heart conditions that impact men and women differently.' Professor David Greening, joint senior author and Head of Molecular Proteomics at the Baker Heart and Diabetes Institute, said, 'This study reveals the power of proteomics, the large-scale study of proteins in advancing our understanding of the causes of heart and blood vessel diseases. It also provides detailed molecular insights into why men and women experience these conditions differently, helping us move toward more precise and targeted therapies for high blood pressure and related heart problems. ' Ultimately, the team aims to advance these findings toward clinical testing, particularly to benefit women with high blood pressure. Dr. Jaideep Singh, Post Doctoral Researcher; Dr. Chengxue Helena Qin, Senior Research Fellow


Time of India
an hour ago
- Time of India
Uttarakhand@25: Surveyor general Makwana maps India's future on geospatial tech revolution
Surveyor general Makwana maps India's future on geospatial tech revolution In a special episode of Uttarakhand@25, a series by The Times of India celebrating 25 years of the state's journey, IAS officer Hitesh Kumar S Makwana, the surveyor general of India, sheds light on how geospatial technology is shaping India's present and future, with Uttarakhand playing a central role in that mission. Makwana, a 1995-batch IAS officer with an academic background in Civil Engineering, Economics, and Public Policy, brings over three decades of experience across urban governance, disaster management, border security, and housing. He currently heads the Survey of India, the country's national mapping agency. Dehradun's historic role in India's mapping legacy Makwana explained that while the Survey of India was initially established by the British in Kolkata in 1767, the headquarters eventually moved to Dehradun in 1951. The city's climate proved ideal for archiving sensitive mapping materials, and its proximity to institutions like IIT Roorkee provided skilled manpower. "Dehradun's role in the evolution of Indian cartography is immense. Even the original copies of the Constitution of India were printed in our Dehradun press,' he shared. The presence of more than 3,000 Survey of India employees in Dehradun during its peak also made the organisation one of the major employment generators in the region. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like How Much Does a Bali Vacation Really Cost? Liseer Learn More Undo From traditional maps to real-time data Tracing the evolution of the Survey of India, Makwana described the shift from using manual tools like theodolites and chains to modern technologies such as remote sensing, LiDAR, and drones. Where earlier it took 70–80 years to complete a national map, now, with advanced geospatial tools, large-scale maps can be created in under a decade. These high-resolution maps — from a scale of 1:250,000 down to 1:2,000 — are transforming not just planning but also disaster management and urban development. Makwana highlighted the newly announced National Geospatial Mission, which aims to bring all of this data infrastructure together in a unified system, with Survey of India playing a leading role. Uttarakhand-specific projects: From Char Dham to land reforms When asked about Uttarakhand-specific work, Makwana emphasised several projects. The Survey of India had developed trekking maps of the Char Dham route as far back as the 1950s. In recent times, it has carried out aerial surveys of the Ganga basin for flood modelling under the National Hydrology Project and created comprehensive land-use maps for the National Mission for Clean Ganga. Additionally, under the Swamitva scheme, a drone-based survey was conducted in 7,000 villages of Uttarakhand to help residents receive digital land ownership records. This work is being extended to urban areas through the NAXA project, where four towns in the state have been selected for detailed geospatial surveys. Supporting urban planning and disaster preparedness Makwana explained how Survey of India data supports vital decision-making for roads, flood prevention, satellite launches, and more. 'Even ISRO needs to come to us to determine true north before launching a satellite,' he noted. The same data is now being used to predict landslides, monitor land subsidence, and address urban flooding by identifying vulnerable low-lying zones. This allows planners to design better drainage and locate green spaces strategically. Training the next generation To build future capacity, the Survey of India is training Uttarakhand's government staff, while collaborating with institutes like the Indian Institute of Remote Sensing in Dehradun. A certification programme for private citizens is also in the pipeline. Makwana stressed that the role of AI and Machine Learning in analysing massive geospatial datasets is set to expand — but the real challenge lies in training personnel to use these tools effectively. Message to the youth of Uttarakhand Speaking directly to Uttarakhand's youth, Makwana said, 'Sky is the limit. Geospatial technology is a booming sector. With Dehradun being the headquarters of Survey of India, local youth have a golden opportunity to lead the country in this space.' He closed with a call to action: 'Just as India has become a global leader in software, it is now time for us to become global leaders in geospatial technology — and Uttarakhand can be at the heart of that journey.'


Time of India
2 hours ago
- Time of India
IIT-BHU researchers develop portable sensor for enrofloxacin detection in food; aim to curb antibiotic contamination
VARANASI: In a breakthrough for food and environmental safety, researchers at the Indian Institute of Technology ( BHU ), Varanasi, developed a state-of-the-art dual-mode electrochemical sensing platform for the rapid extraction and detection of Enrofloxacin—an antibiotic widely used in the livestock industry. This innovative sensor integrates magnetic molecularly imprinted polymers (MMIPs) with electrochemical detection techniques, offering a cost-effective, portable, and highly sensitive solution for real-time monitoring of antibiotic residues in food. The research team, led by Pranjal Chandra, includes Supratim Mahapatra, Ankur Singh, and Ratul Paul. Their work was recently published in the prestigious journal Small, and a patent was also filed for the technology. Enrofloxacin, a fluoroquinolone antibiotic, is commonly used in veterinary medicine across India. However, its overuse raised serious public health concerns. The World Health Organization (WHO) identified antibiotic resistance, especially to drugs like Enrofloxacin, as a major threat to global health. Residual traces of the antibiotic in food products such as milk and meat can lead to antimicrobial resistance (AMR), making bacterial infections harder to treat in humans. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Learn More - How Donating Sperm May Support Your Income SpellRock Undo Despite international regulations such as the European Union's maximum residue limits (MRLs) for Enrofloxacin in food, current detection methods remain complex, expensive, and impractical for field use. The IIT(BHU) innovation directly addresses these gaps. The newly developed sensor offers dual-mode detection capability (magnetic extraction + electrochemical quantification), a wide detection range from 100 picomolar (pM) to 10 millimolar (mM), an ultra-low limit of detection (LOD) of 161 femtomolar (fM), minimal sample preparation, real-time analysis, and high portability for field deployment in rural and resource-constrained areas. "This technology not only enhances the precision of food safety monitoring but also aligns with national missions such as Make in India and Start-up India," said Prof. Amit Patra, Director, IIT(BHU). "Dr. Chandra and his team took a significant step toward solving real-world challenges related to antimicrobial resistance and food contamination. Their innovation reflects the power of indigenous research and technological excellence." The device is expected to have broader applications in pharmaceutical screening, clinical diagnostics, and environmental monitoring, contributing significantly to global efforts to ensure food safety and public health.