The Schaeffler Hubs for Advanced Research (SHARE) have been linking industry and leading universities for ten years – a success story that began in 2013 at the Karlsruhe Institute of Technology (KIT) is celebrating its anniversary.

Transformation, change, strengthening resilience – how does that work? Andreas Hoberg, production expert and business consultant, classifies priorities and vocabulary.

Wild animals belong to a circus like clowns and acrobats – but who says that they must be real? True-to-original holograms can deliver even higher entertainment value. Initial proof of that has already been provided.

New technologies are sweeping through the often dusty museums and making the art world fit for the future. By merging oil and canvas with bits and bytes, old masters are conquering young markets along the way.

Sight, hearing, touch, smell and taste – these senses not only have biological relevance for us human beings but also connect us with our surroundings. Consequently, disorders within the sensory system have an impact. High tech can provide relief.

Canadian researchers managed to teleport the hologram of a person in real time. Together with “tomorrow,” Professor Metin Tolan, an eminent physicist and avowed Trekkie, ventures a look at the systems of the future.

The systems that will have to contribute to sensible and sustainable future mobility include Homo sapiens. Can traffic psychology help break down mental barriers to change?

The world’s 40 richest countries spend a total of 1.2 trillion euros per year on research and development. The money has been invested particularly effectively when academia and business act hand in hand.

How can the transportation sector become more sustainable? And how can Schaeffler accelerate that transformation? Those questions are among the ones that the specialists in Schaeffler’s Advanced Innovation department address and explore.

Eight billion people inhabit the Earth and nearly four billion of them are already living without reliable drinking-water supply today. Around the world, researchers are developing new technologies for tapping sources of drinking-water.

Wouldn’t it be great if the summer heat could be recovered for heating in winter? Scientists worldwide are researching this. tomorrow presents two novel means of storage: sand and acid.

The evolution of robots is rapidly picking up momentum. The worker-bees among them are becoming more powerful and ruggedized, liberating their human colleagues from hard and hazardous work. A status report from the world of machines.

Reducing computing time is a constant subject in the world of IT. Now, modern laser technology is intended to help raise computers to new levels of speed and efficiency. “tomorrow” shows two examples.

When it comes to energy production, the focus is more on being above ground than below. Instead of coal mines, the emphasis is on wind turbines. Not so at Quaise: The company wants to open up new dimensions for geothermal energy.

Electricity storage is a key component of climate gas reduction. What role can mechanical systems such as flywheels, gravity and compressed-air energy storage play in this context? An overview.

In the future, autonomous vehicles are planned to play an important role also on water. In an interview, shipbuilding expert Dr. Christian Masilge explains what benefits this technology offers.

Startups have a pioneering spirit deeply rooted in their DNA. The following examples show how an innovative startup scene develops clever ideas further so that they achieve success in the marketplace.

Microorganisms as turbo recyclers, mussels as innovation models or artificial muscles as actuators: Driven by a pioneering spirit, biotechnology is gearing up for the battle against climate change.

The light has turned green for the hybrid era of the FIA World Rally Championship (WRC). Global automotive supplier Schaeffler and its subsidiary Compact Dynamics are playing a pioneering role.

In the quest for traces of our ancestors, archeologists dig up Earth’s past – and increasingly avail themselves of pioneering technologies in the process.

The city in an all-new role: as a producer of big data. Professor Gesa Ziemer, PhD, director of the global CityScienceLab, describes the wide range of opportunities resulting from this role.

Robots multiplying themselves – that sounds like science fiction but is a reality. These automatic machines, however, are really tiny.

Fireworks are part of the New Year. However, these bombs of fine dust are not environmentally friendly. We present to you: There is a clean alternative: drone displays – high-tech pixels in the night.

Researchers have developed a new high-speed method of storing huge information volumes on crystal 5D discs for billions of years.

Does shipping offshore wind power to onshore grids make sense? A Japanese start-up says yes it does.

Log-burning stoves radiate cozy warmth in winter, but the fine dust emitted by burning wood poses a health hazard and pollutes the environment. A new device provides relief.

Working as a fry cook is not exactly one of the dream jobs in the restaurant world. But there’s a worker who’s not deterred by any of that: Flippy, a professional fry cook using AI.

In the Star Trek movies, spacecraft powered by ion thrusters dash through the universe. In the United States a rather earthly aircraft recently completed an initial test flight with such a system.

It is one of the greatest “Made in Germany” success stories: The global automotive and industrial supplier Schaeffler is celebrating its 75th anniversary today.

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.

The “Spirit of Innovation” propeller-powered aircraft has set a new speed record for electric vehicles of 555.9 km/h (345.4 mph). How great is the potential of this high-powered plane?

Instead of burning thousands of tons of fuel the technology start-up SpinLaunch is planning to hurl rockets into orbit using centrifugal force. This is how the launcher centrifuge is said to work ...

A Lithuanian organic food producer has now unveiled the world’s first hybrid tractor powered by biomethane and electricity for professional use: the Auga M1.

Starting in 2025, Schaeffler will be buying 100,000 metric tons (110,000 short tons) of “green” steel per year from a Swedish startup. The steel will be produced with hydrogen.

An electric race car without a driver barreling down the track and a car sharing provider steering its automobiles from an office. Two further steps toward making autonomous mobility a reality.

Norwegian company Wind Catching Systems aims to revolutionize offshore power generation with a “wall” as tall as the Eiffel Tower with 126 small 1-MW turbines.

It’s one of the world’s most important inventions and has been making the everyday lives of humans easier for nearly 6,000 years: the wheel.

Less energy consumption, longer range – how Schaeffler enhances the efficiency of e-cars with smart thermal management.

Flying, but greener – that’s what the future of aviation has to look like.

Some countries produce more sustainable energy than they need. New technologies help distribute surplus power efficiently.

Almost a fourth of the energy consumed is lost to friction. It’s time to change that – with new surface technologies.

I can see what you see too: Mixed Reality applications accelerate processes and facilitate remote communications.

The most important passenger on board of the jumbo jet called SOFIA is a space telescope.

A network of quantum computers would be epochally more powerful and absolutely secure.

Schaeffler is steadily expanding its involvement in autonomous mobility based on intelligent chassis systems.

As an innovation leader, Schaeffler is already researching the technologies of tomorrow together with universities, institutes, and research facilities.

Space exploration has been a technological trailblazer from the outset. Now it’s receiving an extra boost by powerful private-sector competitors and innovative start-ups.

15,000 square meters of footprint, 15 high-tech laboratories: Herzogenaurach will soon be home to “Schaeffler’s Central Laboratory”. “tomorrow” talked to Prof. Dr.-Ing. Tim Hosenfeldt.

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?

The history books of technology are full of misunderstood inventions. Not all of them were bad, but some of them just hit the market at the wrong time.

Over the course of millennia, the wind has been working for humans. In the future, the wind will become a powerful ally in the battle against climate change – thanks to technological innovation.

Automaton, machine, robot, humanoid, android, cobot – no matter what names the artificial entertainers have been given, the foundations of this success story were laid as far back as 3,000 years ago.

70 years ago, Dr.-Ing. E. h. Georg Schaeffler filed a patent application for the cage-guided needle roller bearing that has revolutionized bearing technology until today.

The transformation toward e-mobility doesn’t stop at the gates of the spare parts market. Schaeffler Automotive Aftermarket is gearing up for the demands of tomorrow.

Digital transformation in the healthcare sector is in full swing and receiving a boost due to the corona pandemic. Here are a few examples.

When looking to the stars and exploring planets, black holes and other distant celestial bodies, the first thing to do is find a high vantage point.

More than a hundred years ago, the moving assembly line changed the manufacturing process: an awesome success story – and one that could soon be ending.

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.

Art fuses with artificial worlds. Apps and Virtual Reality (VR) headsets enable visitors to delve into classic paintings and dead artists are brought to life by means of artificial intelligence (AI).

Ideas need people who believe in them and make them reality. Four examples described illustrate how Schaeffler manages to transfer innovative stimuli into successful projects.