Effective insulation, good indoor climate, simple production, plus carbon neutrality: new natural building materials using hemp or corn might revolutionize the construction industry.

Humans have been afraid of thunderstorms since time immemorial. Lightning rods reduce the risks they entail but have disadvantages as well. Lasers that channel lightning might solve the problem.

Energy-efficient wing-in-ground vehicles as new interurban means of transportation are planned to zip across the sea on air cushions.

While the Hyperloop has not made its way into the real world of transportation yet, an even more extreme idea is approaching at high speed: the Aeroslider maglev concept.

Västerås, a city with a population of 120,000, some 100 kilometers (62 miles) west of Stockholm, is going to receive a pioneering ­mobility center.

Driverless service vehicles are capturing their place in mobility around the globe – while paving the technology’s way into passenger cars.

Time is in scarce supply – all the more reason to use it efficiently. These tricks help you make more time for yourself on the job and after hours.

A 170-kilometer-long city is being planned on the coast of Saudi Arabia, with neighborhoods forming an urban string of pearls.

In the wake of the unbridled growth of cities, we’re going to see an evolution of urban mobility. tomorrow digital talked to Harry Evers, managing director of the 2021 ITS World Congress

Scientists are working at full stretch on the development of robots for everyday life and technical systems to keep an aging society agile for as long as possible.

Airports of the future for air taxis and delivery drones - this is what they could look like.

The world is in a state of technological change and this is also true for motorsport. How can the high-tech racing categories take part in shaping the the transformation of mobility?

Gyro Gearloose is the innovative mastermind in Disney’s Duckburg universe. As we’re seeing today, many of his inventions were definitely those of a true visionary. But read for yourself …

An innovation-driven world changes all of our lives. Here are five areas education and training should focus on to prepare people for the new digital knowledge society.

A large high-voltage battery like the one in the Audi e-tron stores up to 95 kWh of energy. Theoretically, this is enough for operating various appliances around the clock

Pursuing a clear goal ... and discovering or inventing something totally different. This is referred to as serendipity. Legendary examples from laminated glass to Viagra.

Will humans eventually be forced to colonize Mars? “tomorrow” talked to a NASA expert about extraterrestrial life and its hurdles. A cosmic mix of facts on the current state of research.

Artificial intelligence, quantum physics and robotics will dramatically change our world this century. Some jobs will disappear while others will emerge. This is what such neo jobs might look like.

Digital technology is changing the future of our working world. For industrial sociologist Martin Krzywdzinski, algorithms and machines neither pose a threat to humanity nor they are ultimate saviors.

Whereas all previous plans revolved around storing the climate gas CO2 in underground layers of rock or just getting rid of it, it’s now supposed to be converted into a valuable raw material.

Das Gehirn goes online.

Inconspicuous plants with natural superpowers might soon help us stop famines, the destructive overexploitation of raw materials or climate change. Here are five examples.

It doesn't always have to be a desk. These ten people have a slightly different workplace.

The challenge to Africa: A young tech-savvy generation is surging ahead, aiming to change Africa’s image of a backward continent. However, large hurdles remain.

No other industrialized country has evolved from a developing into a highly industrialized nation at the breathtaking pace that Korea has seen.

Who in the world wound the clock? That’s a legitimate question. Although, due to technological progress, we have more time than ever before it seems to be passing faster and faster.

The city in science fiction stories rarely lifts the reader’s spirits. In most sci-fi novels, people are living in cramped conditions of dirty megacities instead of picking flowers on Mars. But why?

How are we going to get from A to B in our cities of tomorrow? Exploring this question is part of Daimler futurist Prof. Marianne Reeb’s job. Here she provides some answers.

Everything is subject to change – including mobility. Ships, airplanes or automobiles are sent to the scrapyard when progress has made them obsolete. “tomorrow” shows examples of successful transforma

What Sartre, the search for extraterrestrials and ants have to do with congested highways: Swarm intelligence can improve mobility and enhance safety on our roads.