Caroline Delbert is a contributing editor at Pop Mech. She explores a diverse range of topics including nuclear energy, cosmology, and the philosophical aspects of science, while also delving into natural sciences and the math of everyday phenomena. Caroline's work has been featured in numerous publications such as Midland Daily News, Yahoo News, and Popular Mechanics Magazine.
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Not enough data
Caroline Delbert's articles frequently cite data and are industry-specific, with a focus on tech, finance, and business. She would likely respond well to pitches from experts who can provide data-driven insights or commentary on technological advancements, financial trends, or business developments.
Given her coverage of science and history topics including the dark side of technology’s impact (e.g., cobalt mining for smartphones), she may be interested in expert opinions that shed light on ethical implications within these fields.
As Caroline focuses nationally within the United States, consider tailoring your pitch to address domestic implications or statistics when relevant.
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By: Caroline Delbert
It’s okay if this weirds you out.
By: Caroline Delbert
This breakthrough method optimizes complex computations like never before.
By: Caroline Delbert
It’s probably in this weird particle.
By: Caroline Delbert
New research shows that cutting a single particle of light spawns photons all the way to infinity.
Here's what you'll learn when you read this story: When you try to clip a photon using a barrier, it becomes more photons than before.
By: Caroline Delbert
Inside the lab, they searched for faint traces that might connect it to the aviator’s lost Electra.
By: Caroline Delbert
This time and temperature keeps fabrics strong and prevents premature aging.
By: Caroline Delbert
Why did this particle mysteriously disintegrate?
What summer was like the year you were born For most Americans, memories of childhood summers conjure images of pool parties, beach outings, long days, and warm, starry nights.
By: Caroline Delbert
It turns out that imaginary numbers aren’t really needed for quantum mechanics.
