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questions that cannot be answered "unanswerable questions" "my future self" "future of technology" "future of education" "future of business" "questions without answers" " impossible questions to answer"

Senior Futurist at the DaVinci Institute, and Google's top rated Futurist Speaker. Unlike most speakers, Thomas works closely with his Board of Visionaries to develop original research studies. This enables him to speak on unusual topics and translate trends into unique business opportunities.

For a few years a team of academics in the US has been on a quest to revolutionise the way buildings are cooled. Now, ongoing research by one of them could be about to deliver one of the biggest gamechangers to building management, as Andrew Tunnicliffe finds out.

What does the future hold for the world's largest renewable energy source, hydropower? Hydropower is an incredibly old source of energy, tracing its usage back to the watermills that have been a staple of civilisations since ancient times. Today, it is the largest source of renewable energy in the world, with an installed capacity of over 1126GW in 2018. Hydropower is particularly prominent in China, where the world's largest power station Three Gorges power plant in Hubei province produces 22.5GW. Other massive projects also dot the country, including the Xilodu (12.3GW) and Longtan (6.3GW) dams.

From paper based work orders to archaic interfaces, the processes and infrastructure around monitoring and maintaining assets appear out of touch. At the European leg of Ventyx World in Barcelona, the companies research and development team explain why Google Glass and an influx of youthful, tech savvy workers will usher in a new era of mobile maintenance.

While the use of solar cells is become increasingly widespread, the silicon technology used in many types is becoming obsolete. JP Casey looks at concentrated solar power, micro-trackers and perovskite compounds as innovations that could potentially improve solar efficiency.

Involving both offshore and onshore developments, Barzan Gas Project is a vital project expected to sustain and fuel the ongoing and future major infrastructural projects in Qatar. The $10.3bn project is being implemented by RasGas, a joint venture (JV) of Qatar Gas and ExxonMobil.

It will be decades before the UK Government builds a long-term storage for the country's radioactive nuclear waste; but where is this waste produced, contained, transported and stored in the interim, and just how much of it is there? Via an interactive map, Future Power Technology, provides the answers to these questions.

By making solar panels that are lighter, more flexible, partially transparent and organic, a team of researchers hope to make solar more energy efficient, and crucially more economical in production terms.

Plans in Cumbria to build Europe's largest power plant have been cemented after Toshiba and GDF Suez signed a deal to develop the site. But big questions remain over the design of the plant and the future of the nuclear power industry in the UK.

Groundbreaking research showing the potential of microbes to treat radioactive waste has shed light on how toxic materials could be disposed of in the future.