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Several thousand suns in a laboratory, september 21, 2016

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Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016 Eighteen light sources arranged in a half-sphere can mimic the equivalent of several thousand times the sun’s radiation received on earth, with unparalleled power and precision. This system, developed by an EPFL laboratory, can be used to test various materials in extreme conditions. headed by Sophia Haussener, september 21, 2016