Biological viruses could hold key to super-fast supercomputers | |
Anonymous Coward User ID: 76809044 United States 12/10/2018 09:25 AM Report Abusive Post Report Copyright Violation | |
Zerubayah User ID: 25861595 United States 12/10/2018 11:19 AM Report Abusive Post Report Copyright Violation | another part of the problem is, to move that many electrons around Quoting: Colloidal Peanut Butter means more heat. and i don't think even cryogenics can withstand that. Considering that the phase change material that they are using doesn't break down till 320°C I don't think that will be a problem for integration into standard use. The bacteria phage that they are using is in fact overcoming a temperature problem, the usual method for constructing PCM nanowires up to this point required temperatures that were too high to construct a usuable framework. Interesting article, thanks OP. Last Edited by Zerubayah on 12/10/2018 11:19 AM |
keybored (OP) User ID: 76935526 Belgium 12/10/2018 11:25 AM Report Abusive Post Report Copyright Violation | another part of the problem is, to move that many electrons around Quoting: Colloidal Peanut Butter means more heat. and i don't think even cryogenics can withstand that. Considering that the phase change material that they are using doesn't break down till 320°C I don't think that will be a problem for integration into standard use. The bacteria phage that they are using is in fact overcoming a temperature problem, the usual method for constructing PCM nanowires up to this point required temperatures that were too high to construct a usuable framework. Interesting article, thanks OP. |