Stephen Lyth
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Articles by Stephen Lyth
Recent Advances in Electrified Methane Pyrolysis Technologies for Turquoise Hydrogen Production
You are already at the latest version The global campaign to reach net zero will necessitate the use of hydrogen as an effi-cient way to store renewable electricity at large scale. Methane pyrolysis is rapidly gaining traction as an enabling technology to produce low-cost hydrogen without di-rectly emitting carbon dioxide. It offers a scalable and sustainable alternative to steam reforming, whilst being compatible with existing infrastructure.
Graphene at 20: How this wonder material is quietly changing the world
While University of Strathclyde’s Prof Stephen Lyth waits for his graphene space elevator, he talks about this versatile material and its out-of-this-world influence. Twenty years ago this October, two physicists at the University of Manchester, Andre Geim and Konstantin Novoselov, published a groundbreaking paper on the “electric field effect in atomically thin carbon films”.
The ups and downs of graphene - Openforum
Twenty years ago this October, two physicists at the University of Manchester, Andre Geim and Konstantin Novoselov, published a groundbreaking paper on the “electric field effect in atomically thin carbon films”. Their work described the extraordinary electronic properties of graphene, a crystalline form of carbon equivalent to a single layer of graphite, just one atom thick. Around that time, I started my doctorate at the University of Surrey.
Grafeno, o revolucionário material que ajuda a mudar o mundo 2 décadas após ser descoberto
Aos poucos, este material está sendo incorporado a novas tecnologias, ajudando a construir um futuro melhor — de forma silenciosa e constante. Há quase vinte anos, dois físicos da Universidade de Manchester, no Reino Unido, Andre Geim e Konstantin Novoselov, publicaram um artigo inovador sobre o "efeito do campo elétrico em filmes de carbono atomicamente finos".
Grafeno, o revolucionário material que ajuda a mudar o mundo 2 décadas após ser descoberto
Há quase vinte anos, dois físicos da Universidade de Manchester, no Reino Unido, Andre Geim e Konstantin Novoselov, publicaram um artigo inovador sobre o "efeito do campo elétrico em filmes de carbono atomicamente finos". O trabalho deles descrevia as extraordinárias propriedades eletrônicas do grafeno, uma forma cristalina de carbono equivalente a uma única camada de grafite, com apenas um átomo de espessura. Por volta desta época, comecei meu doutorado na Universidade de Surrey, no Reino Unido.
Grafeno, o revolucionário material que ajuda a mudar o mundo 2 décadas após ser descoberto
Crédito, Matthew Lloyd/Bloomberg via Getty Images Article Information Author, Stephen Lyth Role, The Conversation* 26 setembro 2024 Tempo de leitura: 6 min Há quase vinte anos, dois físicos da Universidade de Manchester, no Reino Unido, Andre Geim e Konstantin Novoselov, publicaram um artigo inovador sobre o "efeito do campo elétrico em filmes de carbono atomicamente finos".
Grafeno, o revolucionário material que ajuda a mudar o mundo 2 décadas após ser descoberto
Há quase vinte anos, dois físicos da Universidade de Manchester, no Reino Unido, Andre Geim e Konstantin Novoselov, publicaram um artigo inovador sobre o "efeito do campo elétrico em filmes de carbono atomicamente finos". O trabalho deles descrevia as extraordinárias propriedades eletrônicas do …
Still no sign of the promised space elevator, but the material is quietly changing the world
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Graphene at 20: still no sign of the promised space elevator, but here’s how this wonder material is quietly changing the world Original
Twenty years ago this October, two physicists at the University of Manchester, Andre Geim and Konstantin Novoselov, published a groundbreaking paper on the “electric field effect in atomically thin carbon films”. Their work described the extraordinary electronic properties of graphene, a crystalline form of carbon equivalent to a single layer of graphite, just one atom thick. Around that time, I started my doctorate at the University of Surrey.
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