Science, technology, engineering, art and math talks that will make school classes feel a little fresher.

These women are trailblazers inspiring a new generation of girls to follow their lead and change the ratio in STEM (science, math, engineering and tech).

In the quest to map the brain, many scientists have attempted the incredibly daunting task of recording the activity of each neuron. Gero Miesenboeck works backward -- manipulating specific neurons to figure out exactly what they do, through a series of stunning experiments that reengineer the way fruit flies percieve light.

From string theory to geopolitics, neuroscience to tissue engineering, watch these talks that make complex topics more understandable.

At the BIF innovation summit, Cat Laine draws on the Greek myth of Tantalus to explain the frustration developing countries face. She shows how we might help communities rich in human capital, but poor in resources and infrastructure, with cleverly engineered solutions.

In a single year, there are 200-300 million cases of malaria and 50-100 million cases of dengue fever worldwide. So: Why haven't we found a way to effectively kill mosquitos yet? Hadyn Parry presents a fascinating solution: genetically engineering male mosquitos to make them sterile, and releasing the insects into the wild, to cut down on diseas...

While it may not be simple or easy, these fascinating talks make aerospace engineering a little more accessible to the average person.

Glowing dogs ... mice that grow human ears ... bioethicist Paul Root Wolpe describes an astonishing series of recent bio-engineering experiments, and asks: Isn't it time to set some ground rules?

Katherine Kuchenbecker works on incorporating the sense of touch directly into virtual objects. Imagine being able to feel textures on your digital screens.

Each of our bodies is utterly unique, which is a lovely thought until it comes to treating an illness -- when every body reacts differently, often unpredictably, to standard treatment. Tissue engineer Nina Tandon talks about a possible solution: Using pluripotent stem cells to make personalized models of organs on which to test new drugs and tre...

Pamela Ronald studies the genes that make plants more resistant to disease and stress. In an eye-opening talk, she describes her decade-long quest to isolate a gene that allows rice to survive prolonged flooding. She shows how the genetic improvement of seeds saved the Hawaiian papaya crop in the 1990s — and makes the case that modern genetics i...

Joachim Horn wants engineering to feel more like cooking -- so he developed simple "ingredients" that can be easily mixed to make smart technology. With units that connect objects to each other and the Internet, he wants to reinfuse technological engineering with joy and ease, so anyone can be an inventor.

What did the world learn from the devastating earthquake that struck Haiti in 2010? That shoddy buildings and bad planning can make a terrible situation even worse. "Haiti was not a natural disaster," says TED Fellow Peter Haas. "It was a disaster of engineering." The solution: Help builders on the ground get trained in modern engineering practi...

When Bran Ferren was just 9, his parents took him to see the Pantheon in Rome — and it changed everything. In that moment, he began to understand how the tools of science and engineering become more powerful when combined with art, with design and beauty. Ever since, he's been searching for a convincing modern-day equivalent to Rome's masterpiec...

If you build it, they will come... But what happens when robots, buildings and other marvels can build themselves? These talks explore this (increasingly real) reality.

Tal Golesworthy is an engineer and entrepreneur, working in research and development of combustion and air pollution control -- until he decided to innovate in his own health.

Once known for entertaining millions by creating special effects for Hollywood, theme parks and Broadway, Applied Minds cofounder Bran Ferren now solves impossible tech challenges with previously unimaginable inventions.

Erik Schlangen is a civil engineer and pioneer of experimental micromechanics, who focuses on making industrial materials more durable.

As the president of Syyn Labs, Adam Sadowsky merges art and technology to create interactive projects big and small.

The age of bioengineering is upon us, with scientists' understanding of how to engineer cells, tissues and organs improving at a rapid pace. Here, how this could affect the future of our physical bodies.

Sarah Bergbreiter packs advanced technologies into tiny robots that can overcome obstacles 80 times their height.

Kwabena Boahen wants to understand how brains work -- and to build a computer that works like the brain by reverse-engineering the nervous system. His group at Stanford is developing Neurogrid, a hardware platform that will emulate the cortex’s inner workings.

International aid groups make the same mistakes over and over again. David Damberger analyzes his own engineering failure in India -- and calls for his friends in the development sector to publicly admit, scrutinize and learn from their missteps.

Melissa Marshall aims to teach great communication skills to scientists and engineers, so that they can effectively share their work.

What do you do when the nearest market is millions of miles away and delivery isn't an option? In this fun and educational talk, biochemist Sarah Kessans explains how advances in genetic engineering can enable us to synthesize everything we need to eat in space -- and make it taste good.

Jon Nguyen is an award winning aeronautics and graphics engineer at NASA.

Nina Tandon studies ways to use electrical signals to grow artificial tissues for transplants and other therapies.

Natalie Jeremijenko blends art, engineering, environmentalism, biochemistry and more to create real-life experiments that enable social change.

Robert Lang merges mathematics with aesthetics to fold elegant modern origami. His scientific approach helps him make folds once thought impossible -- and has secured his place as one of the first great Western masters of the art.

Klaus Stadlmann was pursuing his PhD at Vienna's Technical University when a broken laser system gave him some unexpected free time to think. Instead of working on his thesis, he decided to build the world's smallest 3D printer.