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Don’t Miss Out on the Perfect Solar Eclipse Photo: Tips on Taking Pictures Today

Take these steps to minimize potential damage to your camera or phone lens, and get a great photo.

Today’s solar eclipse is the talk of the town. During its trip across North America, the total eclipse will hit parts of Mexico, a long diagonal stripe across the US and a stretch of eastern Canada. It’ll be quite the event, especially since the next total solar eclipse to hit North America won’t happen until August 2044. 

Nearly half of the US population lives within a 200-mile drive of the event, giving many people a chance to catch a glimpse or a photo.

Remember, you must wear solar eclipse glasses if you’re looking up during the eclipse. While the sun will be completely hidden behind the moon for a few minutes, the rest of the eclipse will be just as harmful to human vision as it would be if you stared at the sun on any other day. So you’ll want to make sure that your solar glasses will protect your eyes while you watch.

You’ll want to protect your camera and its lenses, too, if you’re among the throngs who’ll be aiming a smartphone or DSLR at the sun in hopes of capturing that perfect image to share on social media of the last total solar eclipse in the US for the next 20 years.

Here are a few things to know before pointing your sensitive and expensive devices at the giant fireball in the sky. 

Taking photos of the solar eclipse with a smartphone

A great many solar eclipse photos are likely to come from smartphones, given that just about everyone has one and that many are packed with very capable cameras. 

First things first, you’ll want to pick up a solar filter. You don’t need anything fancy. You can buy little solar lenses that you can physically hold in front of your phone camera lens for a little over $10. In a pinch, you could use one of the lenses from a pair of paper solar eclipse glasses to achieve the same effect. 

In general, your phone’s auto mode should take care of most of the heavy lifting. Phone makers have spent tons of time tuning the cameras to the appropriate settings to take the best possible picture. If you want to take matters into your own hands, you can always switch to manual mode — but do spend a bit of time before the eclipse familiarizing yourself with those settings. 

A few other helpful tips:

  • Turn off your flash. Once totality hits, you’ll be taking pictures essentially at night and your flash isn’t going to help. Plus, it can annoy people around you.
  • Only use zoom if your phone is equipped with an optical zoom lens like the Galaxy S24 Ultra or the iPhone 15. Check your phone model to see if yours comes equipped with it. Using digital zoom will reduce resolution and make the image look blocky and unappealing. 
  • Most modern smartphones feature a burst shot mode. The crown jewel of eclipse photography, the diamond ring, is only visible for a split-second and a burst shot mode will give you better odds of capturing it than if you try to time it yourself. 
  • Practice. Taking good pictures of the sun is no easy task and you don’t want to spend the entire time fiddling with your smartphone camera settings.
  • Google also recommends bringing a portable battery bank. Camera use is a huge battery drain, and you may need some extra juice. 

A Photographer’s Adventure With the Last Eclipse

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Taking photos of the solar eclipse with a DSLR

Many of the rules for smartphone photography also apply if you plan on taking a DSLR or mirrorless camera to the event. The steps to get there are slightly different. Smartphones can use virtually any solar filter, but cameras require something that’ll fit on the end of your camera’s lens barrel since it’s very difficult to hold a filter while taking a picture with a regular camera. 

You may think you need a UV filter for solar photography. In reality, you’ll want an ND (neutral density) filter. ND filters reduce the amount of light coming into the lens the same way solar eclipse glasses reduce the amount of light coming into your eyes. K&F Concepts has a good one designed specifically for celestial photography. 

The next factor is size. Filters come in various sizes and the size you need depends on what lens you own. Check the barrel of your lens. You’ll want to find the ø symbol with a number next to it. That number is the millimeter size you need. 

If your lens doesn’t have that measurement on it, you can find the measurements on the box the lens came in or on the manufacturer’s website. If you get an incorrectly sized filter, it won’t fit on your camera properly, so make sure you look before you leap since ND filters can get quite expensive. 

Once you obtain a solar filter, the same general tips apply to a regular camera. Practice photographing the sun over the weekend before the eclipse so you can dial in your preferred settings. Use burst mode to capture the diamond ring, bring spare batteries, and make sure your equipment is in order before the event. 

Camera owners may also want to consider bringing multiple lenses to get different types of pictures, and you should definitely bring a tripod if you’re planning on long exposure shots, or just for stability in general. (A remote shutter release helps as well.) If you’re comfortable with it, shooting in raw image format can also produce some amazing results after some editing. 

Can I take photos of the solar eclipse without a filter?

Human eyes can be damaged in seconds when staring at the sun — and the same is true for eyes looking through an unprotected camera lens at the eclipse. Camera lenses themselves are a bit more resilient. They might be able to handle the occasional sun photograph, but the longer and more frequently the camera is pointed at the sun, the more likely it is that damage will occur.

This can happen in a variety of ways, including damage to the lens, camera internals and mounting hardware. Camera lenses are essentially fancy and expensive magnifying glasses, and anyone who used a standard magnifying glass to concentrate sunbeams as a kid already knows how dangerous it can be for things on the other side of the sunbeam. 

You may be able to get away with the occasional snap of the sun with an unprotected camera without damage as long as it’s quick and it’s not a long-exposure shot (and you’re not looking directly at it yourself). However, given how expensive cameras, camera lenses and smartphones are, better to err on the side of caution and use a solar filter. 

In addition to safety, the solar filter can also help you take more effective pictures of the sun. Cameras — especially smartphone cameras — often have a rough time with super bright lights like the sun. A solar filter will reduce the brightness so you’ll be able to get much cleaner pictures of the eclipse. 

During the brief moment of totality, you might consider removing your solar filter. Everything will be so dark that it’ll be unnecessary, and it’ll help if you want a good shot of the corona. Just make sure to put it back on if you want photos as the eclipse wanes. 

Don’t forget to actually watch the eclipse

This is the last total solar eclipse to run through North America until 2044. It’s a once-in-a-generation event, unless you plan on traveling to Russia in 2026 or Egypt in 2027. Remember to put the camera down at some point and enjoy the moment. A celestial event like this doesn’t happen every day. 

While it is a singular event for us here on Earth, astronauts on the ISS will have three total opportunities to watch it.

If you live in the path of the solar eclipse, you’re also encouraged to leave pets indoors with lights on and shutters closed as the transition to nighttime in the middle of the day can cause stress to animals. And systems that run on solar power may experience significant impacts on solar generation, so that’s another thing to keep in mind. 

Technologies

NASA Leans Into Solar Eclipse With 3 Rocket Launches: Here’s What’s Up With That

The space agency isn’t letting today’s solar eclipse go to waste.

We’re just hours away from North America’s last total solar eclipse until 2044, and as we prepare to look to the sky, NASA is preparing to launch three rockets.

Before, during and after the eclipse on Monday, NASA will fire three sounding rockets to determine how the total eclipse could affect radio communications on Earth. The findings could pave the way for NASA to develop new technologies to protect radio communications during both brief and extended periods when solar behavior disrupts particles on Earth.

Stargazers from Mexico to the US and Canada are standing by for the last total solar eclipse to pass over the contiguous US for the next 20 years. The duration of totality, or the time during which the moon completely shrouds the sun from view, will last 4 minutes and 27 seconds. The eclipse will reach Texas at approximately 1:10 p.m. ET and Maine by 2:22 p.m. ET. By 4:17 p.m. ET, it will move beyond the eastern North American border.

Firing rockets during an eclipse may sound like it comes straight from a sci-fi movie, but it’s a technique that’s been used for years to measure scientific data and theories. Indeed, eclipses provide critical, if short-lived, opportunities for scientists to gather information on a variety of topic areas to test whether their concepts are accurate.

Arguably the most important finding during an eclipse occurred in May 1919, when scientists discovered during a total eclipse that some stars appeared to be in the wrong place, according to NASA. The finding provided critical evidence to support Albert Einstein’s theory of relativity and the idea that the sun or other large celestial objects have so much gravity that they can bend light and distort spacetime.

NASA’s rocket launches on Monday won’t necessarily have that same gravitas, but science works in increments. The launches will be streamed live, so you can see what happens. Here’s how.

Why is NASA firing rockets during the eclipse?

The space agency is firing three sounding rockets, or rockets carrying scientific instruments, into the ionosphere, the region of the Earth’s atmosphere between the lower atmosphere, where we live, and space.

The ionosphere is scientifically important because it’s made up of particles that become ionized, or electrically charged, when they interact with the sun’s radiation. According to NASA, the ionosphere thins at night and thickens when the sun’s rays are hitting it. The ionosphere can be unpredictable, since it’s highly sensitive to disruption.

«Earth’s terrestrial weather and space weather can impact these particles, making it a dynamic region and difficult to know what the ionosphere will be like at a given time,» NASA says.

Another thing: the ionosphere affects communication, and especially high-frequency communication like radio waves. That could, for instance, create disturbances in communications with pilots in the air or with government agencies doing research. But radio waves traveling to and from satellites aren’t just of concern to aviators and scientists. They’re also vital elements of daily life, from satellite internet services like SpaceX’s Starlink to the GPS signals that underlie all manner of financial transactions and that help you get where you’re going.

From a site in Virginia, NASA’s three rockets will be launched into the ionosphere 45 minutes apart: before the eclipse starts; when the eclipse is ongoing; and after the eclipse has reached its peak. The rockets will reach a maximum altitude of 260 miles, allowing them to spend plenty of time in the ionosphere, which spans 55 miles to 310 miles above the Earth’s surface.

Each of the rockets is carrying four two-liter soda bottle-sized instruments that will be ejected during flight to evaluate any ionosphere disturbances, or perturbations, during the eclipse.

«Gathering the data on these perturbations will help scientists validate and improve current models that help predict potential disturbances to our communications, especially high frequency communication,» NASA says. 

Has NASA fired rockets at an eclipse before?

This isn’t the first time NASA has fired rockets during an eclipse. In October, NASA fired the same three rockets from its White Sands Test Facility in North Mexico during an annular solar eclipse. The agency said that it was able to recover the rockets and refurbish them, allowing them to be used in Monday’s mission.

Thanks to that mission, scientists were able to see ionosphere disturbances after it fired the second and third rockets, during and after the eclipse, respectively. NASA didn’t see any ionosphere disturbance during the first launch.

However, this time around, the rockets are equipped with additional instruments, allowing them to capture more information than they did last year, NASA says.

When is NASA firing its rockets?

NASA plans to launch all three rockets from its Wallops Island facility in Virginia. The first rocket will launch at approximately 2:40 p.m. ET, with the second rocket launching at approximately 3:25 p.m. ET. NASA plans to launch the final rocket by 4:05 p.m. ET.

As always, timing on the launches depends on a variety of factors, including on-the-ground conditions, and may be subject to change. But since the eclipse isn’t waiting for NASA to be ready to fire rockets, expect the space agency to try to keep a tight schedule to ensure it doesn’t miss its window to capture data. 

How can I watch NASA fire rockets at the eclipse?

If you’re interested in watching NASA’s rocket-firing mission, the agency will livestream it from its official Wallops Island YouTube page. It’ll also be featured during NASA’s official solar eclipse broadcast

The rocket-only livestream will begin at 2:30 p.m. ET. NASA will start airing its solar eclipse coverage at 1 p.m. ET.

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Play and Earn: Adventures in the World of Verum Runner

Play and Earn: Adventures in the World of Verum Runner

In the modern world, cryptocurrencies are becoming an integral part of our everyday lives, offering new opportunities for entertainment, communication, and earning. In this context, crypto games are becoming particularly popular, combining captivating gameplay mechanics with the ability to earn digital assets. One of the bright representatives of this trend is the crypto game Verum Runner.

Journey into a New World:
Verum Runner is an exciting crypto game that takes players on an adventure through the streets of a futuristic city. Become a runner of our time and overcome various obstacles, collecting coins along the way. But what makes Verum Runner unique? The answer is simple: the game’s cryptocurrency economy, which allows players to earn real money while playing.

Earning in the Rhythm of Running:
In the world of Verum Runner, every step, every obstacle overcome is an opportunity to earn digital assets. Players can collect coins during their runs and exchange them for real money. Thus, the game not only brings enjoyment and excitement but also motivates players to develop and earn.

Verum Runner is not just a game; it’s a new world where everyone can become the hero of their own adventure. Immerse yourself in the exciting world of the crypto game and discover endless opportunities for entertainment and earning.

Become part of Verum Runner today and embark on a journey to new adventures!

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BitCoinPay Trade: Your Platform for Successful Cryptocurrency Trading

BitCoinPay Trade: Your Platform for Successful Cryptocurrency Trading

Want to enter the world of cryptocurrencies but don’t know where to start? BitCoinPay Trade is your reliable partner in the realm of cryptocurrency operations. Our mobile application provides a wide range of services, ensuring convenience, reliability, and efficiency in every transaction.

1. Reliability in Every Operation

We take pride in our full legality and adherence to global standards in financial regulation. BitCoinPay Trade operates in accordance with the principles of the Financial Conduct Authority and strictly follows KYC (Know Your Customer) and AML (Anti-Money Laundering) rules.

2. Efficiency and Ease of Use

The user-friendly and intuitive interface of BitCoinPay Trade makes cryptocurrency trading a simple and enjoyable task. All the application’s functionalities are presented in a clear format, and our team is ready to process your requests quickly and efficiently.

3. Universality at Your Disposal

With BitCoinPay Trade, you can buy cryptocurrency with fiat money (USD, EUR), store it in secure cold wallets, and conduct spot trading operations on an exchange with high liquidity. Our application offers a wide selection of trading pairs for your convenience.

4. Convenience at Every Step

Our platform supports various methods of depositing and withdrawing fiat funds, including bank transfer, Payeer, and AdvCash. We strive to provide maximum convenience for our users in every aspect of application usage.

5. Multilingual Customer Support

Our friendly customer support team is always ready to help you navigate any questions that arise during the use of our application. We speak your language and are available to you 24/7.

Don’t miss the chance to enter the world of cryptocurrencies with BitCoinPay Trade! Our application is available for download on iOS and Android, and registration takes just a few minutes. Take your first step towards financial freedom today!

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