magnetic youtube

click magnet | tubebuddy

Click Magnet is a suite of tools designed to help creators determine the type of content their audience craves and ensure that they are doing everything possible to get potential viewers to click and watch their videos.

A video's power ranking is based on a combination of three things: Clicks, Watch Time, and Click Through Rate (CTR). Click Magnet uses a proprietary Power Ranking' formula to help determine which content is performing best on your channel. Videos are ranked relative to the videos on your channel, not any other channel's videos. Users are given the option to filter results based on the Traffic Source: All Videos, Videos via Search, or Videos via Suggested. The Metrics' column gives users a quick visual reference to see where each video performed across CTR, Watch Time (WT), and Views*. There is a legend on the left side that breaks down the color coding of the results:

On the right side of the screen, users will see a graph that groups videos based on the category selected. Each section has an area with general tips, along with a specific analysis and recommendations for your channel.

For example, in Face vs No Face, it will combine all videos that Amazon recognized as having a face and sum their total Clicks and Impressions to give an overall CTR for the group. It will do the same with the videos that don't contain a face.

Export data to CSV in order to build your own reports and analysis. View video performance apples to apples where you can compare your videos' first 24 hour, 48 hour, 1 week performance, etc, and more.

9 best magnetic eyelashes of 2021 - how do magnetic false lashes work

Sometimes, even the best mascara just doesn't cut it. Some days call for a more dramatic eye makeup look, but if you want to look put together without putting in the effort, magnetic eyelashes and magnetic eyeliner save the day. Instead of wrestling with finicky lash glue and liquid eyeliner, magnetic eyelashes attach to each other with two magnetic strips that snap right over your natural lashes for gorgeous lashes in a few seconds, sans mess. If snapping anything near your eyes gives you the chills, some of these lashes instead come with magnetic eyeliner so that you can simply press the magnetic lash strip onto the magnetized eyeliner. But wait: Magnets? Clamped? On your eyes? It's still an emerging beauty trend, so we got the scoop straight from beauty experts.

Elise Brisco, OD, CCH, integrative optometrist and clinical homeopath, says yes, overall, magnetic lashes are safe to use around the eyes. She explains that magnetic eyelashes are better than using traditional false eye lashes because you dont need to apply glue close to the eye area. "I have seen girls who have gotten glue into their eyes, and that is painful!" Dr. Brisco says. To be extra safe:

"Whether you're using magnetic eyeliner or just the lashes, I find it's easiest to set the lash down in the middle, then adjust the outer corner and save the inner corner for last," makeup artist Lydia Arroyo recommends. Senior chemist at the Good Housekeeping Institute Beauty Lab, Sabina Wizemann, has her own method to magnetic lash application too: "I found the easiest way put them on was to hold the top lashes with my fingers and snap the bottom on with tweezers," she says. But if you're not comfortable using tweezers, you can buy little lash applicator tools with rounded edges on them. "I like to use the Tarte Pro Little Lash Helper," says Arroyo. "It's so much safer, and now I'll never go back to using tweezers."

The GH Beauty Lab recently tested two new magnetic eyelashes and eyeliner systems with a panel of women, all of whom were false lashes users and weren't easily intimidated to try new skills to glam up their lashes. For these specific tested lashes, we were surprised by low performance and satisfaction scores. For instance, testers found that the one of the magnetic lashes in testing were too uncomfortable to wear and were "especially problematic on the inner eye." Additionally, all testers found them to be too bold and unnatural looking, though one tester said she would wear them for a special occasion.

Instead of recommending the lackluster products we tested in the Lab, we've rounded up the best magnetic eyelashes and magnetic eyeliners that are most-loved by real reviewers and have high ratings across the internet. Reviewers and real consumers swear these magnetic lashes are easy to use, natural-looking, and super comfortable for hours of wear and reuse. Check out our list of magnetic eyelashes for beginners, for women with small eyes, plus cheaper magnetic eyelash and eyeliner kits you can buy on Amazon.

Thousands of reviewers on Amazon recommend these eyelashes because they're easy to use, provide an array of style options, and last all day long."Theyre super comfy, I dont feel that sharp poking from the edges, and the length is perfect for my eyes," says one reviewer.The brand claims they use synthetic silk instead of real mink as they pride themselves in creating cruelty-free products.

To apply these thin and wispy lashes, draw on magnetic eyeliner (sold separately)and set along the edge of your naturallash line. Amazon reviewers say these lashesdon't just provide a lightweight feel, they also give a simple, natural look. "They look more natural and are perfect for every day while still giving me a decent amount of fullness and length," says one satisfied reviewer.

If you're new to magnetic lashes, this kit features four styles of lashes that you can experiment with for any occasion. Plus, since the lashesfeature more magnetic particles than most other kits, it makes a great starting kit for beginners."So easy to apply the eyeliner and the lashes latched on so quickly," says one Amazon reviewer."I can't get glue-on lashes on to save my life but these were beyond easy to get on," she adds.

Reviewed over 20,000 times and boasting a 4.4 star rating, this magnetic eyelash kit is one of the best-selling items of its kind on Amazon. It features five styles of reusable lashes,all for under $20. Many Amazon reviewers are impressed with the ease of use. One writes, "I am a very busy mom that doesn't have a lot of time to spend on myself. These little puppies makes your look change in seconds."

Each eyelash in this kit is equipped with five strong magnets, while the eyeliner itself has ultra-fine magnet particles to ensure a strong hold. The product also claims to have more eyeliner formula than most other lash and liner kits, saving you more money in the long run."Once the magnets 'engaged,' my lashes were perfectly in place," says one Amazon reviewer. "Fast forward 15 hours later for removal,I grabbed the inner corner of the lash and gently peeled off," she says. "No pain, no problems."

These lashes put your eye health first, as they're made by board-certified ophthalmologist Dr. Anika Goodwin, MD. "Our magnetic liner has the safest concentration of microscopic iron oxide particles that assure a strong adhesion," she says.

These silk lashes stand out from the rest with its flirty and wispy style. Each MoxieLash kit comes with a mini eyeliner, lash tweezers, and two magnetic lashes that can be used up to 20 times. Reviewers love the soft and high quality feel of the lashes. Just note that some mention the eyeliner runs a little clumpy.

If you're going for a more dramatic look, these lashes feature 17mm of length. They're packed with layers of volume, and the round shape helps open up your eyes. Reviewers love the easy application and fluttery feel. "They stay on, give meno irritation, are easy to clean and get meso many compliments," one reviewer says.

For a flirty cat eye look, the magnetic eyelash kit features the perfect wingtip lash, thanks to longer ends and shorter inner corners. Also included are four other wispy styles that you can wear depending on what look you're trying to achieve. "These lashes are even more beautiful than lash extensions and a quarter of the price," says one Amazon reviewer.

magnetic me | the absolute easiest way to dress a baby

Wear all day and all night. Our magnetic-fastening nursing gowns are convenient for breastfeeding or just lounging around in silky-soft comfort. The Henley scoop neck with hidden magnetic fasteners opens and closes quickly and easily for nursing mamas. Pair with our robe for added comfort and a handy set of pockets.

no; according to the world health organization, exposure to static magnets have not been proven to have harmful (or positive) effects on people. for more information email us [email protected] for more information.

our magnetic fasteners are safely sewn into our garments to be inaccessible to infants or their siblings. the magnetic fasteners have sewsafe construction, stitched into our clothes hidden between layers of fabric and would take serious tampering to remove. periodically inspect seams and fabric near magnetic fasteners. if tears, rips, or loose stitching are found, discontinue use of the product.

no; according to the world health organization, exposure to static magnets have not been proven to have harmful (or positive) effects on people. for more information email us [email protected] for more information.

our magnetic fasteners are safely sewn into our garments to be inaccessible to infants or their siblings. the magnetic fasteners have sewsafe construction, stitched into our clothes hidden between layers of fabric and would take serious tampering to remove. periodically inspect seams and fabric near magnetic fasteners. if tears, rips, or loose stitching are found, discontinue use of the product.

no; according to the world health organization, exposure to static magnets have not been proven to have harmful (or positive) effects on people. for more information email us [email protected] for more information.

our magnetic fasteners are safely sewn into our garments to be inaccessible to infants or their siblings. the magnetic fasteners have sewsafe construction, stitched into our clothes hidden between layers of fabric and would take serious tampering to remove. periodically inspect seams and fabric near magnetic fasteners. if tears, rips, or loose stitching are found, discontinue use of the product.

no; according to the world health organization, exposure to static magnets have not been proven to have harmful (or positive) effects on people. for more information email us [email protected] for more information.

our magnetic fasteners are safely sewn into our garments to be inaccessible to infants or their siblings. the magnetic fasteners have sewsafe construction, stitched into our clothes hidden between layers of fabric and would take serious tampering to remove. periodically inspect seams and fabric near magnetic fasteners. if tears, rips, or loose stitching are found, discontinue use of the product.

Parenting can be hard, but dressing your baby should be easy. There are a lot of baby clothes for you to choose from, so we make the easiest baby clothes to put on. Our baby attire, baby outfits, baby onesies, baby jammies, baby footed pajamas, and baby matching sets feature sew safe magnetic closures. They connect quickly and quietly, so you can spend more time connecting with your baby. Our unique baby clothes simplify at least one thing about being a new parent!

Our easy to change baby clothes also have the look and feel you want.If youre looking for cute baby clothes, organic baby clothes, trendy baby clothes, or boutique baby clothes, weve got them! Our baby clothes patterns add loads of personality to essential silhouettes that come in all the baby clothes sizes you will need all without those cumbersome snaps!

Our products meet the highest standards (hey, were parents too!). Magnetic Me makes footies, onesies, gowns, jackets, and accessories in super soft organic. Check out our cotton baby romper, cotton baby hat, and organic cotton baby clothes for yourself to feel the difference.

We also make our unique baby clothes in modal because we care for your baby and the planet! Modal is made from beech trees using a responsible and sustainable process. What we love about modal the most is its silky-soft texture that breathes in warmer temperatures and keeps your baby cozy in chillier ones, perfect for any season, indoors and outdoors.

Look no further to buy your baby clothes online. We have everything you need right here. If youre looking for something specific like a pink baby gown, pink baby romper, blue baby gown, or even baby clothes hangers youve come to the right place. And when baby shower season hits check out our baby & toddler clothing, baby accessories, baby layette, a baby frock, baby summer clothes, baby swaddle blankets, and a baby jumpsuit to delight all your friends and family with a one-of-a-kind, easy-to-put-on, gift unlike any other. If you can't make up your mind our gift cards are a perfect gift for any occasion.

You can find Magnetic Me in some baby clothes stores, but our entire collection can be purchased online to make it easier for time-strapped, new moms and dads. Our innovative magnetic closures make us one of the best baby clothes brands out there. Because what could be better than more time together for you and your baby?

how do you measure the magnetic field? | wired

Back when I was a kid, we had these things called compasses. It's just a magnetic needle inside a case that is free to rotate. Since a magnetic field can exert a torque on another magnet, this needle will line up in the direction of the net magnetic field. What is a compass used for? Well, it just so happens that the Earth creates a magnetic field that is mostly constant at a given location. The compass can then be used to determine direction. Here is the cool part, the compass even works underwater (try that with your phone - actually, you probably shouldn't).

The compass doesn't give you the value of the net magnetic field, just the direction. So, how do you get the magnitude of a particular field from this? The trick is to assume the value of the Earth's magnetic field and the direction of the compass. Let's assume that at this location on the Earth, the magnetic field is pointing directly North with a horizontal component of about 2 x 10-5 T.

Now suppose that I do something to create a magnetic field in a known direction and perpendicular to the horizontal component of the Earth's magnetic field. Here is an example where I put a current carrying wire right over the compass needle. Since the compass is underneath the wire, the magnetic field due to the wire will be 90 to the Earth's magnetic field.

If you don't know the direction of the magnetic field you are trying to measure, this method won't work. Also, if the magnetic field is very small or very large in comparison to the Earth's horizontal component you won't get a very accurate result.

Can you use this compass in the same way a real compass is used? Yes. However, in my simple test I found that the digital iPhone compass didn't respond very well to changes in magnetic fields. There is another app that seems to work a little bit better - xSensor (iOS).

This displays the x, y, and z components of the magnetic field. But how does it work? The answer is that the phone has a Hall Effect sensor (well, three really) in it. What is the Hall Effect? Ok, let's do this. There are many parts to this effect and I don't want to start from scratch. Here are the things I would like to start with (but each item could probably be a whole blog post).

Now we are ready for the Hall Effect sensor. Here is a small piece of material with current in it and placed in a magnetic field. The field will be directed into the screen. The simplest method for showing this type of vector is to represent it as an "X". Think of the "X" as the back end of an arrow (the feathers). Let me just show one moving electron in this material.

Since the current is in the upward direction, the electron velocity would be down (negative charge). However, the product of q and v would be up since the charge is negative. The magnetic force on this charge would be to the left. Notice that this force is perpendicular to both the velocity and the magnetic field.

What does this magnetic force do to this moving electron in the current? Clearly, it won't move in a straight line along the direction of the current. Instead, the electron will curve to the left. If all these electrons in the current are curving to the left, there will eventually be excess negative charges on the left side of this material.Since the material has an overall neutral charge, there must also be positive charges on the right surface.

And that gives you the magnetic field. Of course, you still need the electron drift velocity but you can get that if you know the type of material and the value of the electric current. How about a review?

But wait! You don't get the magnetic field. You get the component of the magnetic field that is perpendicular to the sensor. The iPhone (I'm pretty sure) has three sensors so that you can get all three components of the Earth's magnetic field and thus determine the direction of the magnetic field.

There are of course other methods for measuring the magnetic field, but these are two options that you probably have easy access to. I will show how you can use these methods to look at the strength of different magnets, but in a later post.

WIRED is where tomorrow is realized. It is the essential source of information and ideas that make sense of a world in constant transformation. The WIRED conversation illuminates how technology is changing every aspect of our livesfrom culture to business, science to design. The breakthroughs and innovations that we uncover lead to new ways of thinking, new connections, and new industries.

2021 Cond Nast. All rights reserved. Use of this site constitutes acceptance of our User Agreement and Privacy Policy and Cookie Statement and Your California Privacy Rights. Wired may earn a portion of sales from products that are purchased through our site as part of our Affiliate Partnerships with retailers. The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of Cond Nast. Ad Choices

sharks use the earths magnetic field like a compass | wired

Every year, great white sharks travel over 12,000 miles from South Africa to Australia, charting a nearly perfect straight line across the ocean. And every year, they turn around and travel back. There are no street signs to guide them and, for much of the journey, no stable landmarks by which they can set their course. Currents and water temperatures change. The sun sets at night, the stars disappear during the day. But the sharks carry on.

For decades, scientists have speculated that sharks must be using the Earths magnetic field as a sort of atlas, but it was hard to prove because sharks are notoriously difficult to study. Its not easy to keep them in captivity, and some species are largea great white, for example, stretches up to 20 feet long and can weigh in at over 2,000 pounds. Its tricky to design an experiment big enough to test them in a controlled laboratory setting. Now, in a study out today in Current Biology, a team of researchers describe how they did it.

To test the long-held theory of sharks magnetic navigation, Bryan Keller, a researcher at the Florida State University Coastal and Marine Laboratory, had to build an apparatus that could mimic specific magnetic fields. He constructed a 10-foot wooden cube with a large tank at the center. Then he coiled over a mile of copper wiring around the cube at precise intervals. When connected to power, the copper conducted electrical current and created a magnetic field. By adjusting the power, Keller could create a stronger or weaker field, mimicking specific conditions the sharks might encounter in the ocean. If the sharks oriented themselves in a certain way based on the strength and angle of the magnetic field, that would be an indication that they were using that information to understand their position on the planet and to figure out which direction to swim.

This method has been used to study other animals, like sea turtles. And Keller, the studys lead author, says that scientists already knew that sharks are capable of detecting magnetic fields. But, he says, this is the first instance where its shown that they use that ability to infer location.

Yet there was a limitation. The cubes magnetic field was much too small to track the movements of famous navigators like the great white. So in order to study these animals with this methodology, we needed a shark that was small but was still migratory, says Keller. He opted for 20 wild juvenile bonnetheadseach under 2 feet long. Bonnetheads migrate thousands of miles every year, commuting between their summer habitats in estuaries and bays on the Florida coast and the Gulf of Mexico, where they spend the winter.

Keller tested the bonnetheads in three artificially generated magnetic fields. One mimicked the angle and strength of the one theyd naturally encounter in their Florida home, one was like the field theyd encounter at a point 600 kilometers south along their normal migratory route, and another was like a point 600 kilometers north in Tennessee, a place where the sharks have never been. The field from their home area didnt elicit any specific response from the animals. Similarly, when they were exposed to the field mimicking the northern location, the bonnetheads didnt react. But when they were exposed to the magnetic field like the one theyd find 600 kilometers south, they consistently oriented themselves with their heads pointing north. Keller concluded that the sharks use this information to decide which direction to travel, the way a hiker might use a compass.

Its a really interesting and clear demonstration that sharks are using the Earths magnetic field as a kind of map, says Kenneth Lohmann, a professor of biology at the University of North Carolina who was not involved in the study. Lohmann has documented similar abilities in salmon and in sea turtles. He says this study suggests that the ability to navigate using magnetic sensing may be widespread among marine animals that migrate seasonally.

Its kind of equivalent to a young child being made to learn their home address, Lohmann says. When theyre small, the sharks learn the magnetic address of their native estuary or bay. That information helps them return later, even after traveling thousands of miles. (They may not have responded to the magnetic information from Tennessee, he supposes, because thats outside of the area they know.)

Salmon use scents, in addition to magnetic data, to detect their spawning grounds, and sharks may do the same, particularly at the end of their journeys. For fine-scale movement, I think olfaction plays a huge role, says Keller, but he doesn't think its powerful enough to guide them hundreds of miles.

Yet exactly how any animal senses magnetic fields remains a real mystery, says Lohmann. One theory is that they have magnetite crystals, which sense true north, embedded somewhere in their brains or nervous systems. Another is that magnetic fields affect receptors in their visual systems, superimposing colors or light patterns over their vision, like an augmented-reality headset. Perhaps north appears as a reddish tint, and an animal simply follows that color.

Sharks also have pores in their snouts filled with ampullae of Lorenzini, receptors which detect electrical currents in the water; sharks find prey by electrically sensing their heartbeats. Perhaps these receptors also sense magnetic fields, or pick up on them indirectly by noticing how they interact with electrical currents. Nobody can make definitive claims yet. And, Lohmann says, theres no reason to think that there is only one mechanism that all animals use.

Studies like Kellers are important because they help fill in a piece of a long-standing puzzle about how sharks achieve their vast migrations, and give humans a better understanding of how our marine technologies affect them. It has really big implications for management and conservation of these species, says Kyle Newton, a biologist at the Washington University of St. Louis, who studies how stingrays navigate using magnetic fields.

Its something thats particularly important to understand as offshore wind farms become more popularand might disrupt these fields. Turbines turn energy from the wind into power thats conducted back to shore through underwater cables. And just as Kellers cube used power to mimic the Earths magnetic field, power cables underwater also create their own little magnetic fields in the ocean. Those anomalies could confuse animals, encouraging them to swim away from the correct route or luring them to forage in an environment that doesnt have the right prey.

Its not clear yet whether any disruptions are actually happening; these anomalies are small and might not have any effect at all, Newton says. Or they may bother some animals more than others. But he feels people need to study the possibility so that we dont end up derailing these important migrations. Since people cant feel magnetic signals, says Newton, its easy for us to overlook this stuff. Its just not on our radar. But if we understand the stimuli that other animals can sense, we can be careful not to do lasting damage to those cues.

OCEARCH founder and ocean explorer Chris Fischer has been working to protect our oceans and the wildlife that inhabits them. He sits down with WIRED to talk over some common myths associated with the ocean. Is the Bermuda Triangle real? Can sharks smell blood from a mile away? Can the ocean absorb anything? Footage courtesy of OCEARCH

WIRED is where tomorrow is realized. It is the essential source of information and ideas that make sense of a world in constant transformation. The WIRED conversation illuminates how technology is changing every aspect of our livesfrom culture to business, science to design. The breakthroughs and innovations that we uncover lead to new ways of thinking, new connections, and new industries.

2021 Cond Nast. All rights reserved. Use of this site constitutes acceptance of our User Agreement and Privacy Policy and Cookie Statement and Your California Privacy Rights. Wired may earn a portion of sales from products that are purchased through our site as part of our Affiliate Partnerships with retailers. The material on this site may not be reproduced, distributed, transmitted, cached or otherwise used, except with the prior written permission of Cond Nast. Ad Choices

supermagnetman - neodymium magnets, many shapes & sizes!

CHECK OUT OUR COLLECTION! Top Quality Rare Earth Neodymium Arc Magnets are typically used in permanent magnet motors, generators and torque couplings. However, these may be found with sensors and holding applications. View our tables of magnet materials to see what grade works best with your application. If you require a specific size that is not available on our website, please contact us or use our online custom magnet quote form.

At SuperMagnetMan we love new challenges from our customers. The challenges push us to develop a way to solve your problem and we learn something new in the process. So, take a look at some of the videos and let us know what you would like to see as our next video and don't forget to also subscribe to our YouTube channel.

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Everyday we assist customers with magnet selection and design. The need to make products smaller, less expensive, and still meet the magnetic field requirements has lead to our ability to micro machine many shapes and sizes, as well as set up assembly lines that mean repeatability and ramp up as needed.