[H_0, B_field] = H_0 B_field - B_field H_0


Context: anticommutator


[A_em, phi_plasma] = A_em phi_plasma - phi_plasma A_em


[S_spin, n_density] = S_spin n_density - n_density S_spin


[H_int, Q_charge] = H_int Q_charge - Q_charge H_int


[B_field, phi_plasma] = B_field phi_plasma - phi_plasma B_field


[n_density, T_stress] = n_density T_stress - T_stress n_density


```json
[
  {
    "action": "evaluate_bracket",
    "payload": {
      "expression": "H_0 * psi_e",
      "variables": {
        "H_0": "1.234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901234567890123456789012345678901


Context: phase 6


{b_hole, psi_up} = b_hole psi_up + psi_up b_hole


{psi_e, c_annih} = psi_e c_annih + c_annih psi_e


{f_lepton, psi_up} = f_lepton psi_up + psi_up f_lepton


{a_electron, b_hole} = a_electron b_hole + b_hole a_electron


{d_quark, c_annih} = d_quark c_annih + c_annih d_quark


{psi_i, psi_up} = psi_i psi_up + psi_up psi_i


{psi_up, a_electron} = psi_up a_electron + a_electron psi_up


[J_current, S_spin] = J_current S_spin - S_spin J_current


{b_hole, d_quark} = b_hole d_quark + d_quark b_hole


[JSON HERE]


[phi_plasma, Q_charge] = phi_plasma Q_charge - Q_charge phi_plasma


[n_density, A_em] = n_density A_em - A_em n_density


{d_quark, c_quark} = d_quark c_quark + c_quark d_quark


[H_int, T_stress] = H_int T_stress - T_stress H_int


{psi_e, psi_up} = psi_e psi_up + psi_up psi_e


{d_creator, psi_i} = d_creator psi_i + psi_i d_creator


[A_em, J_current] = A_em J_current - J_current A_em


[phi_plasma, T_stress] = phi_plasma T_stress - T_stress phi_plasma


{a_electron, psi_up} = a_electron psi_up + psi_up a_electron


[J_current, A_em] = J_current A_em - A_em J_current


[JSON OUTPUT HERE]


{psi_up, psi_ex} = psi_up psi_ex + psi_ex psi_up


[P_polar, T_stress] = P_polar T_stress - T_stress P_polar


{d_creator, psi_e} = d_creator psi_e + psi_e d_creator


{psi_i, c_annih} = psi_i c_annih + c_annih psi_i


[n_density, Q_charge] = n_density Q_charge - Q_charge n_density


{psi_e, a_electron} = psi_e a_electron + a_electron psi_e


{psi_down, c_annih} = psi_down c_annih + c_annih psi_down


[A_em, phi_plasma] = A_em phi_plasma - phi_plasma A_em


[A_em, S_spin] = A_em S_spin - S_spin A_em


{c_quark, psi_ex} = c_quark psi_ex + psi_ex c_quark


[E_field, A_em] = E_field A_em - A_em E_field


{a_electron, psi_ex} = a_electron psi_ex + psi_ex a_electron


{f_lepton, d_quark} = f_lepton d_quark + d_quark f_lepton


[JSON CONTENT HERE]


{d_quark, c_quark} = d_quark c_quark + c_quark d_quark


{c_quark, f_lepton} = c_quark f_lepton + f_lepton c_quark


[J_current, n_density] = J_current n_density - n_density J_current


{f_lepton, c_quark} = f_lepton c_quark + c_quark f_lepton


{c_annih, d_quark} = c_annih d_quark + d_quark c_annih


{f_lepton, psi_up} = f_lepton psi_up + psi_up f_lepton


[J_current, E_field] = J_current E_field - E_field J_current


[P_polar, A_em] = P_polar A_em - A_em P_polar


[S_spin, E_field] = S_spin E_field - E_field S_spin


[T_stress, H_int] = T_stress H_int - H_int T_stress


[phi_plasma, T_stress] = phi_plasma T_stress - T_stress phi_plasma


[E_field, n_density] = E_field n_density - n_density E_field


{psi_e, d_quark} = psi_e d_quark + d_quark psi_e


{psi_ex, c_quark} = psi_ex c_quark + c_quark psi_ex


[A_em, S_spin] = A_em S_spin - S_spin A_em


{psi_e, a_electron} = psi_e a_electron + a_electron psi_e


[n_density, H_0] = n_density H_0 - H_0 n_density


{psi_down, psi_up} = psi_down psi_up + psi_up psi_down


[H_0, Q_charge] = H_0 Q_charge - Q_charge H_0


[JSON HERE]


{psi_ex, psi_down} = psi_ex psi_down + psi_down psi_ex


{b_hole, c_annih} = b_hole c_annih + c_annih b_hole


{a_electron, d_creator} = a_electron d_creator + d_creator a_electron


{psi_up, c_quark} = psi_up c_quark + c_quark psi_up


[JSON INTENT]


[S_spin, Q_charge] = S_spin Q_charge - Q_charge S_spin


[J_current, H_int] = J_current H_int - H_int J_current


{psi_down, psi_e} = psi_down psi_e + psi_e psi_down


{psi_down, psi_ex} = psi_down psi_ex + psi_ex psi_down


{d_creator, psi_i} = d_creator psi_i + psi_i d_creator


[J_current, n_density] = J_current n_density - n_density J_current


[H_int, T_stress] = H_int T_stress - T_stress H_int


[Q_charge, T_stress] = Q_charge T_stress - T_stress Q_charge


{psi_up, c_annih} = psi_up c_annih + c_annih psi_up


[Q_charge, P_polar] = Q_charge P_polar - P_polar Q_charge


Context: PHASE 6 — QUAESTRO JSON INTENT


{a_electron, psi_down} = a_electron psi_down + psi_down a_electron


{psi_down, d_quark} = psi_down d_quark + d_quark psi_down


{c_annih, d_quark} = c_annih d_quark + d_quark c_annih


[B_field, E_field] = B_field E_field - E_field B_field


{a_electron, d_quark} = a_electron d_quark + d_quark a_electron


{d_quark, psi_up} = d_quark psi_up + psi_up d_quark


{psi_e, b_hole} = psi_e b_hole + b_hole psi_e


[J_current, T_stress] = J_current T_stress - T_stress J_current


[phi_plasma, n_density] = phi_plasma n_density - n_density phi_plasma


{psi_down, d_creator} = psi_down d_creator + d_creator psi_down


[phi_plasma, B_field] = phi_plasma B_field - B_field phi_plasma


[S_spin, E_field] = S_spin E_field - E_field S_spin


[P_polar, H_int] = P_polar H_int - H_int P_polar


[JSON INTENT]
[END JSON INTENT]


```json
[

]
```


[H_0, E_field] = H_0 E_field - E_field H_0


[J_current, A_em] = J_current A_em - A_em J_current


{c_quark, c_annih} = c_quark c_annih + c_annih c_quark


[JSON HERE]


{"action":"evaluate_bracket","payload":{"bracket_expression":"[A_em, xi_aux]","variables": {"A_em": "A_em", "xi_aux": "xi_aux",}}}


{c_quark, psi_i} = c_quark psi_i + psi_i c_quark


[P_polar, E_field] = P_polar E_field - E_field P_polar


[Q_charge, B_field] = Q_charge B_field - B_field Q_charge


[JSON INTENT]