In this podcast the conversation runs from quantum fundamentals to the practicalities of powering the future
Read article: Pondering cosmic mysteries with Paul Davies, tandem solar cells could soon be on your roof
New material could be used in devices that capture waste heat produced by industrial power plants and combustion engines
Read article: Polycrystalline thermoelectric breaks record for heat conversion efficiency
In this podcast we also look at the physics of rollercoasters
Read article: How to build an artificial brain, future is bright for hybrid perovskite solar cells
3D-printed devices made from a biodegradable paper-like material could power the Internet of Things in a more sustainable way
Read article: Non-toxic supercapacitors go fully recyclable
New multilayer design prevents finger-like dendrites from shorting out anode and cathode
Read article: Sandwich strategy makes solid-state lithium battery last longer
Materials could be used to make electrodes in supercapacitors that operate at ultralow temperatures
Read article: Porous carbon aerogels might power future Mars missions
New treatment makes the crystalline material better able to withstand heat and humidity
Read article: Solar-cell perovskites turn stable under pressure
New perovskite/silicon devices show a photovoltaic conversion efficiency of nearly 30%
Read article: Tandem solar cells break new record
New model of how reptile cells convert heat into electrical signals could lead to synthetic soft materials with similar properties
Read article: Snake vision inspires pyroelectric material design
New anode material could allow electric vehicles to travel 600 miles on a single charge, say researchers
Read article: Black phosphorus composite makes a better battery
