Key points: Superconductivity reached at a (relatively high) minus 23 degrees Celsius Still requires immensely high pressure (150-170 gigapascals) Study conducted at Argonne Photon Source No...
Key points:
Superconductivity reached at a (relatively high) minus 23 degrees Celsius
Still requires immensely high pressure (150-170 gigapascals)
These seem to be very similar conditions to superconducting Lanthanum decahydride that seemingly also superconducts at around 150-170 GPa at around -23 Celsius. I have no idea what that means or...
These seem to be very similar conditions to superconducting Lanthanum decahydride that seemingly also superconducts at around 150-170 GPa at around -23 Celsius.
I have no idea what that means or suggests about the tests themselves, if anything, but there we are
That is a funny coincidence, I was expecting slightly different behaviour given that this new study utilised pure scandium, but that is very odd indeed
That is a funny coincidence, I was expecting slightly different behaviour given that this new study utilised pure scandium, but that is very odd indeed
Key points:
These seem to be very similar conditions to superconducting Lanthanum decahydride that seemingly also superconducts at around 150-170 GPa at around -23 Celsius.
I have no idea what that means or suggests about the tests themselves, if anything, but there we are
That is a funny coincidence, I was expecting slightly different behaviour given that this new study utilised pure scandium, but that is very odd indeed