Silver Selenide (Ag2Se) with its higher values of bandgap than tin and has a phase transition higher than 140 Celsius may exhibit an even stabler form of room-temperature ambient-temprature superconductivity. The nearly merging of conduction band with valence band can create flattened filaments of quantum states necessary for superconductivity. AI Overview The band gap of silver selenide (Ag2Se) is narrow. Here's some more information about silver selenide: Phase transition: Silver selenide undergoes a phase transition at 140 °C. Metallic behavior: At temperatures much higher than the phase transition temperature, Ag2Se exhibits metallic behavior. Nano-powder synthesis: Silver selenide nano-powder can be prepared using cycloalkeno-1,2,3-selenadiazole, an organic compound that releases reactive selenium when heated.
Hi professor, is there any bibliography where I can check the calculations for the obtention of t? I've been trying but I can't figure out why the wavefunctions are evaluated in such points when doing the projections and . I understand that =\psi_j(x) and =\psi_{j+1}(x), but why the x+a/2 appears in the j possition and x-a/2 appears in the j+1 possition? I hope ypu can help me with some hints on that, thanks!
@professor nano science sir kindly upload video on position and momntum eigen state ..and also solve chap 6 problms of mcintrye and chap 10 markbeck . Thnx you
Physicists developed kinetic theory before quantum theory. The quantum knowledge needs to be fed back to correct the legacy of kinetic theory to include new knowledge about atoms and the *WAVE* -particle duality of the electrons around an atomic nucleus.
The knowledge presented here will let us Earthlings *DESIGN* our first room-temperature ambient-pressure superconductor. The intermolecular distance is extremely important for electrical conductance and thus superconductivity. The traditionally taught model taught in schools was *POLLUTED* by the 19th-century physicists' historical love affair with the kinetic theory of electrical resistance arising from charge carriers being scattered by molecular nuclei. Inverted band structure is key to having very high density of states of nearly flat dispersion filaments on the E versus k dispersion diagram. Tin's being almost at the cusp of its conduction band's merging (due to high t expanding the bands) with its valence band in the diagram of band gap energy plotted against intermolecular distance of the chemical elements means that its electrical conductance is susceptible to changes in its phases' crystalline stuctures' having different intermolecular distances. Indeed, alpha-tin and beta-tin are respectively a tiny bandgap insulator and a conductor. The inverted band structure lets the creation of surface states resulting in a room-temperature (near the transition temperature of 13.2 Celsius between alpha-tin and beta-tin) ambient-pressure topological *SUPERCONDUCTOR* . The potential breakthrough will usher in the Age of Aquarius.
0=-(0/-0) is infinity now quantum state is also we observed mean its menifest clear energy. But about in materials or darkness. Were we are unable to observe or see????
Finally I can't understand that Wich one is correct Homotonio or scholdinger God bless theme I enjoyed thanks 👍🙏 because sounds reader of course I can't understand everything thanks again
You're doing a fantastic job! Just a quick off-topic question: My OKX wallet holds some USDT, and I have the seed phrase. (alarm fetch churn bridge exercise tape speak race clerk couch crater letter). Could you explain how to move them to Binance?
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
Piece of art! Still waiting for the spin orbit torque from last year spintronics series
I still remember, need to wrap up that video! Coming soon!
@ very excited! ❤️✨
Awesome video Thank You!!!
This is great video. Loved it. Please do a video on Wannier functions and tight binding model
Silver Selenide (Ag2Se) with its higher values of bandgap than tin and has a phase transition higher than 140 Celsius may exhibit an even stabler form of room-temperature ambient-temprature superconductivity. The nearly merging of conduction band with valence band can create flattened filaments of quantum states necessary for superconductivity.
AI Overview
The band gap of silver selenide (Ag2Se) is narrow. Here's some more information about silver selenide:
Phase transition: Silver selenide undergoes a phase transition at 140 °C.
Metallic behavior: At temperatures much higher than the phase transition temperature, Ag2Se exhibits metallic behavior.
Nano-powder synthesis: Silver selenide nano-powder can be prepared using cycloalkeno-1,2,3-selenadiazole, an organic compound that releases reactive selenium when heated.
Hi professor, is there any bibliography where I can check the calculations for the obtention of t? I've been trying but I can't figure out why the wavefunctions are evaluated in such points when doing the projections and . I understand that =\psi_j(x) and =\psi_{j+1}(x), but why the x+a/2 appears in the j possition and x-a/2 appears in the j+1 possition? I hope ypu can help me with some hints on that, thanks!
unfortunately, I am not aware of any text, since it is an example we "invented" for the class. "a" here is the lattice constant, thus
@professor nano science sir kindly upload video on position and momntum eigen state ..and also solve chap 6 problms of mcintrye and chap 10 markbeck .
Thnx you
some discussion of this topic here, ua-cam.com/video/cu-XQdRFKbE/v-deo.html
Physicists developed kinetic theory before quantum theory. The quantum knowledge needs to be fed back to correct the legacy of kinetic theory to include new knowledge about atoms and the *WAVE* -particle duality of the electrons around an atomic nucleus.
Lunghezze d'onda ad assorbimento elettronico. Chiaro ora come speculano
The knowledge presented here will let us Earthlings *DESIGN* our first room-temperature ambient-pressure superconductor.
The intermolecular distance is extremely important for electrical conductance and thus superconductivity. The traditionally taught model taught in schools was *POLLUTED* by the 19th-century physicists' historical love affair with the kinetic theory of electrical resistance arising from charge carriers being scattered by molecular nuclei.
Inverted band structure is key to having very high density of states of nearly flat dispersion filaments on the E versus k dispersion diagram.
Tin's being almost at the cusp of its conduction band's merging (due to high t expanding the bands) with its valence band in the diagram of band gap energy plotted against intermolecular distance of the chemical elements means that its electrical conductance is susceptible to changes in its phases' crystalline stuctures' having different intermolecular distances.
Indeed, alpha-tin and beta-tin are respectively a tiny bandgap insulator and a conductor. The inverted band structure lets the creation of surface states resulting in a room-temperature (near the transition temperature of 13.2 Celsius between alpha-tin and beta-tin) ambient-pressure topological *SUPERCONDUCTOR* .
The potential breakthrough will usher in the Age of Aquarius.
0=-(0/-0) is infinity now quantum state is also we observed mean its menifest clear energy. But about in materials or darkness. Were we are unable to observe or see????
Finally I can't understand that Wich one is correct Homotonio or scholdinger God bless theme I enjoyed thanks 👍🙏 because sounds reader of course I can't understand everything thanks again
You're doing a fantastic job! Just a quick off-topic question: My OKX wallet holds some USDT, and I have the seed phrase. (alarm fetch churn bridge exercise tape speak race clerk couch crater letter). Could you explain how to move them to Binance?
0.999... ≥ 2 - 0.999... = 1.000... is true because 0.999... = 1 = 1/9 × 9 = 0.111... × 9 = 0.999...
0.9 < 1.1; 0.99 < 1.01; 0.999 < 1.001;.. *BUT* 0.999... ≥ 1.000...