Our version of "spring break" includes pushing super materials to the limit so we can learn how to make them even stronger. Join us today to see how everyday objects hold up to the same rigorous testing.
Visit #SpringBreakItGE Works / Building / GE Global Research
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When you look at what GE does through a child’s eyes, you see brilliance.
curing
We take health personally. Especially when it's our own employees being taken care of by GE technology.
powering
We build the advanced turbine systems that power the world, and keep it running by monitoring them every step of the way.
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Our version of "spring break" includes pushing super materials to the limit so we can learn how to make them even stronger. Join us today to see how everyday objects hold up to the same rigorous testing.
With seven research facilities throughout the world, the sun never sets on GE’s commitment to scientific discovery and technological innovation. GE experts in electronics, biosciences, computing, metallurgy, materials and imaging tackle the world’s toughest challenges with the coolest technology.
These ceramics aren’t the kind you’d find in your dishware. This light super material combines silicon with ceramic-coated silicon carbide fibers. It is tough enough to take the heat and forces inside a roaring jet engine and outperform even the most advanced alloys, and light enough to shave hundreds of pounds off a jet engine.
GE is developing magnetic materials for refrigerators that are projected to be able to cool up to 20 percent more efficiently than existing technology. The nickel-manganese alloys take advantage of the fact that certain metals heat up near magnets and cool down when taken away. It’s research that will change the definition of fridge magnet.
Superhydrophobic materials and coatings repel water at the smallest scale by preventing water droplets from spreading out. Potential applications for the coatings being developed include help to stop ice from forming on surfaces, such as wind turbine blades, and make turbines more efficient.
The crushing pressures of the deep sea and hot cauldrons of turbines call for materials that can resist fire, water and ice both on the nano-scale and in giant industrial equipment. GE scientists are working to create materials that can thrive in these environments.
Happy Pi Day! Proud geeks at #GE Research! pic.twitter.com/dluIxNC1xW
This is the definition of impact. A father whose research helps fight pediatric cancer for his son, Adam: @GEResearch http://invent.ge/1jxkmZF
General Electric Brings 3D Printing Pop-Up to DC techvoid.com/2014/03/30/gen
Ceramic matrix composites in the LEAP engine, which goes into service in 2016, will make jet engines lighter and more fuel efficient compared to the engines they replace.
From building next-gen jet engines in America to powering Africa to curing disease in Asia, GE made more of what the world needs in 2013.
