Watch European Inventor Award

NR
2016
1 Season

The European Inventor Award is a fascinating show on CuriosityStream that takes us on a journey through the world of innovation and invention. The show is presented by a team of experts in various fields, who introduce us to some of the most creative and groundbreaking inventions and the brilliant minds behind them. The show provides a comprehensive overview of the cutting-edge technologies and inventions that are changing our lives and shaping our future.

The episodes of the show are structured around the nominees for the annual European Inventor Award, an award that recognizes outstanding inventors who have made an exceptional contribution to innovation and technological progress. The show introduces us to the finalists of the award, presenting their inventions and exploring the stories behind them. We get to know the inventors themselves, their inspirations, challenges, and triumphs, and learn about the impact their inventions have on society and the world at large.

The show is captivating and engaging, with a perfect blend of science, technology, and human interest. The presenters are enthusiastic and knowledgeable, and they do an excellent job of explaining the technical aspects of the inventions in an accessible and engaging way. They highlight the social and economic benefits of the inventions and their potential to transform various sectors, such as medicine, energy, transportation, and communication.

Some of the inventions featured in the show are truly remarkable, and they showcase the incredible creativity and ingenuity of the human mind. We learn about a self-healing polymer that can be used to create more durable and sustainable products, a revolutionary DNA sequencing technology that makes personalized medicine a reality, and a smart bike lock that uses advanced algorithms to prevent theft. We also see how cutting-edge technology is being used to develop more efficient and environmentally friendly energy sources, such as hydrogen fuel cells and solar panels.

Aside from introducing us to the latest inventions, the show also provides an insight into the broader context of innovation and invention. We learn about the challenges that inventors face, such as funding, regulation, and intellectual property, and the importance of collaboration and networking in developing new technologies. We also see how inventions can emerge from unexpected sources, such as university research, industry partnerships, or even personal hobby projects.

The show also touches on some of the ethical considerations surrounding innovation and invention. We see how new technologies can have unintended consequences and pose new ethical dilemmas, such as privacy concerns, social inequality, or environmental impact. The show acknowledges that innovation and invention are not value-neutral endeavors and that they involve choices and trade-offs.

Overall, the European Inventor Award is an exciting and educational show that celebrates innovation, creativity, and human ingenuity. It showcases some of the most groundbreaking inventions of our time and the people behind them, highlighting the important role that science and technology play in shaping our world. The show is a must-see for anyone interested in science, technology, and innovation, or those who simply want to be inspired by the genius of human invention.

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Seasons

15. Johannessen/Quaade: Reducing Air Pollution Inside An Engine

October 20, 2016

Johannessen and his team have developed a revolutionary system to eliminate pollutants from diesel combustion at the engine site. A key technology that has numerous benefits; a very low nitrogen oxide value in the vehicle exhaust, and reduced carbon dioxide emissions.

14. Tore Curstedt: Treatment For Respiratory Issues Of Premature Babies

October 20, 2016

Tore Curstedt has devoted his life to finding a synthetic surfectant to act as a therapeutic agent against Respiratory Distress Syndrome, which claims the lives of premature babies. Today over 500K children owe their lives to his research and the breakthrough drug he developed.

13. Gleich/Weizenecker - Magnetic Particle Imaging

October 20, 2016

With MPI, now in development, images can be generated 1000 times faster than with magnetic resonance imaging. In addition, after injection of the nanoparticles, the machine will scan a specific region in the body where the particles are located, leading to quicker, more accurate diagnoses.

12. Arminas Ragauskas: Ultrasound To Safely Measure Brain Pressure

October 20, 2016

Drilling into the skull used to be the only reliable technique for determining intracranial pressure after brain injuries. But now, Arminas Ragauskas has found an entirely different solution, based on a technology that everyone knows: blood pressure measurement.

11. Daemen/Liardet - Secure Smartcard Encryption

October 20, 2016

In southern France, at the semiconductor manufacturer STMicroelectronics, experts are working on making smartcards and microprocessors even safer. Pierre-Yvan Liardet and Joan Daemen are among the world's leading data encryption specialists. What are they working on now?

10. Anton van Zanten: Electronic Stability Control For Cars

October 20, 2016

Thank Anton van Zanten for the stability of modern cars. His work first with anti-lock brakes and now with the ESP or Electronic Stability System has assured a safer ride for all drivers.

9. Miroslav Sedl¡Äek: Rolling Fluid Turbine

October 20, 2016

Miroslav Sedl¡Äek had already seen lots of whirlpools in the river. But he'd never really thought about the physics involved. When he did, he developed a revolutionary water-powered turbine that can be deployed on small waterways to generate power. How does it work?

8. Arogyaswami Paulraj: Faster Wireless Connectivity

October 20, 2016

Meet the man behind your ability to watch and then share cat videos on your phone. Arogyaswami Paulraj of Stanford is responsible for MIMO, the basis for the rapid wireless phone communications we have today.

7. Helen Lee: Diagnostic Kits For Developing Countries

October 20, 2016

Helen Lee has developed a machine which can test for and detect a specific unique genetic material of either a virus or bacteria. This straightforward test and the equipment can be deployed in places in which medical facilities are few and far between.

6. Robert Langer: Targeted Anti-Cancer Drugs

October 20, 2016

Robert Langer is a sought-after researcher who has fundamentally changed the way in which medicine is administered. Today his laboratory develops polymers which can accommodate up to nine different medications and deliver them to the areas of the body requiring the medicine.

5. Hugo Herr: Biomechatronic Leg Joints

October 20, 2016

While rock climbing as a teen, Hugo Herr was injured. This sparked a life's journey to design truly responsive artificial legs, and he is now developing groundbreaking technology for artificial legs at MIT, combining engineering, medical insights and biological processes.

4. Fortunato/Martins: Paper Transistors

October 20, 2016

Two scientists have come up with a 21st Century use for one of the oldest substances in use by humans, paper. Their ideas may transform paper into an electronic medium, and the possible uses for paper transistors are seemingly endless.

3. Cerne/Polenghi: Gluten Substitutes From Corn

October 20, 2016

Around 1 percent of the population is allergic to gluten. Food technologists Verna Cerne and Ombretta Polenghi are working on a gluten substitute to help those with allergies and celiac disease.

2. Alain Charpentier: Implantable Artificial Heart

October 20, 2016

Legendary surgeon Alain Charpentier has invented the world's first completely artificial heart. First famous for the artificial heart valves he invented, Dr. Charpentier has been working with a unique team to design and construct his medical device, which has worked successfully in several trials.

1. Alim-Louis Benabid: Treatment For Parkinson's Disease

October 20, 2016

Since 1987 Alim-Louis Benabid has worked to cure the tremors caused by the onset of Parkinson's disease. Over 150K patients worldwide have benefited from his invention, using deep brain stimulation. How does the therapy actually work?

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