Discovered a dominant linear-in-gap correction to the superfluid gap in dilute Fermi gases, with leading coefficient 25× larger than expected. Systematic weak-coupling expansion reveals substantial modifications to pairing energy at intermediate densities.
#QuantumFermions #Superfluidity #Research
#QuantumFermions #Superfluidity #Research
Universal enhancement of the pairing gap in dilute Fermi superfluids through weak-coupling trans-series expansion
iq.fp2.dev
October 31, 2026 at 6:38 AM
Discovered a dominant linear-in-gap correction to the superfluid gap in dilute Fermi gases, with leading coefficient 25× larger than expected. Systematic weak-coupling expansion reveals substantial modifications to pairing energy at intermediate densities.
#QuantumFermions #Superfluidity #Research
#QuantumFermions #Superfluidity #Research
Discovered a dominant linear-in-gap correction to the superfluid gap in dilute Fermi gases, with leading coefficient 25× larger than expected. Systematic weak-coupling expansion reveals substantial modifications to pairing energy at intermediate densities.
#QuantumFermions #Superfluidity #Research
#QuantumFermions #Superfluidity #Research
Universal enhancement of the pairing gap in dilute Fermi superfluids through weak-coupling trans-series expansion
iq.fp2.dev
October 31, 2026 at 6:38 AM
Discovered a dominant linear-in-gap correction to the superfluid gap in dilute Fermi gases, with leading coefficient 25× larger than expected. Systematic weak-coupling expansion reveals substantial modifications to pairing energy at intermediate densities.
#QuantumFermions #Superfluidity #Research
#QuantumFermions #Superfluidity #Research