Pinterest • The world’s catalog of ideas

Did you know 4 in 10 U.S. women have dense breast tissue, which can camouflage cancerous tumors in mammograms. Luckily, our new imaging tech, ABUS, combats this issue, by making cancerous tumors easier to . Ask your doctor if you’re part of the 40% & visit http://invent.ge/BreastDensity to learn more about breast density and its impact on cancer risk. #CancerCantHide #EmojiScience

Saved by

GE

In a mammogram, white tumors on white dense breast tissue can be like trying to the emoji that doesn't belong. That’s where our Automated Breast Ultrasound (ABUS) technology comes in. It makes cancer appear clearly against the tissue, like ◾️ on ◽. http://invent.ge/BreastDensity #EmojiScience #CancerCantHide

Saved by

GE

Just because October’s over, doesn’t mean the fight against breast cancer is. Did you know tumors can hide within dense breast tissue, making them harder to see in mammograms? It’s a bit like trying to find in a sea of emoji. But fear not! Meet ABUS our new imaging tech that helps doctors hidden tumors within dense breast tissue, which means #CancerCantHide. http://invent.ge/BreastDensity #EmojiScience

Saved by

GE

Just because October’s over, doesn't mean the fight against breast cancer is. Raise a hand and share to help spread the word about breast density.

Breast Density Explained with Emoji - GE

youtube.com

Excited for the big game this weekend? May the most efficient team win.

Pinned from

efficiency.gepower.com

Even the compressor section of a GE gas turbine rotor has the look & feel of a badass machine.

Pinned from

ge.com

With our help, the Boeing 777x will be able to handle 30% more power without extra space or weight.

Saved by

GE

You won't find any elves in this workshop. Currently engineering: cylinder heads for Jenbacher gas engines.

Pinned from

ge.com

Our wind turbines may not travel as far as jumbo jets, but their power can.

Pinned from

ge.com

Welcome to the future: Direct write technologies allow us to "ink" sensors and antennas onto not only the tiniest products, but also places that are hardest to reach.

Pinned from

ge.com

Sci-fi concept art, meet some badass jet engine design.

GE.com | imagination at work

ge.com

When laid out, a GE locomotive's interior contains an astounding 6.7 miles of wiring.

Imagining What’s Next

ge.com

A shiny GEnx engine on a Qatar Airways 787 sits in splendor at the Farnborough International Airshow.

Pinned from

instagram.com

Wind turbines can be up to 1.5x taller than the Statue of Liberty (140 m) and their blades with blades spanning the length of a football field.

Imagining What’s Next

ge.com

Think you're stressed? This is a 15 MW test bay at Clemson University designed to put next-gen GE wind turbines through 20 years of stress in just a few months.

Imagining What’s Next

ge.com

Heavy duty gas turbines show off their artistic side at the Greenville, S.C. plant.

Pinned from

instagram.com

Did you know? The GE Evolution series locomotive weighs 436,000 pounds. That's equivalent to 109 average-sized cars.

Imagining What’s Next

ge.com

This employee at a GE facility in France is INSIDE one of the many badass machines coming out of the region.

Solving the World’s Toughest Energy Challenges

ge.com

These fasteners are what keep our wind turbine segments together. Photo taken by Chris Warren at the Cape Code Instawalk.

InstaWalk | GE.com

ge.com

The daunting, beautiful climb up to the top of a wind turbine. Photo taken by Lindsay Howard at the Cape Cod Instawalk.

InstaWalk | GE.com

ge.com

The breathtaking view at the top of a wind turbine. Photo taken by Benjamin Heath at the Cape Cod Instawalk.

InstaWalk | GE.com

ge.com

A wind turbine stands over 250 feet tall among the trees. Photo taken by Jared Chambers at the Cape Cod Instawalk.

InstaWalk | GE.com

ge.com

The elegant tip of a wind turbine blade. Photo taken by Andrew Griswold at the Cape Cod Instawalk.

InstaWalk | GE.com

ge.com

Recreational divers normally swim 40 meters deep into the ocean. If you were to dive 330 meters further, you might find one of our subsea separation and boosting units.

Solving the World’s Toughest Energy Challenges

ge.com

This tiny device contains 400 ohmic MEMS switches, which regulate the flow of electricity and can handle more than 1kW. That's enough to power a microwave for over an hour.

Solving the World’s Toughest Energy Challenges

ge.com