Model" Khabbarda prodolzhaet ostavat"sya osnovnoy ploshchadkoy dlya otrabotki novykh podkhodov k sil"nokorrelirovannym sistemam. Traditsionno effekty sil"nogo kulonovskogo ottalkivaniya igrayut vazhnuyu rol" v ponimanii mekhanizmov vysokotemperaturnoy sverkhprovodimosti, fiziki perekhoda metall-dielektrik mott-khabbardovskogo tipa i svyazannykh s nimi magnitnykh sostoyaniy. Eksperimental"noe obnaruzhenie spinovoy zhidkosti v organicheskikh metallakh eshche bolee uslozhnilo situatsiyu, vvedya neobkhodimost" ucheta spinovoy zhidkosti v fazovoy diagramme dannoy modeli. V poslednie gody stalo yasno, chto v dannoy modeli neobkhodimy novye podkhody, pozvolyayushchie proyasnit" svyaz" s ochen" interesnym metodom analiza modeley tverdogo tela pod nazvaniem Ads/Cft. Dlya proyasneniya svyazi s dannym podkhodom estestvenno startovat" s formalizma funktsional"nogo integrala. V dannoy knige opisan original"nyy podkhod k nelineynoy formulirovke funktsional"nogo integrala na osnove supersimmetrichnogo teoretiko-polevogo podkhoda, kotoryy razvivalsya avtorom na protyazhenii 30 let. Predstavlena "bashnya simmetrii", kotoraya po mneniyu avtora "kodiruet" spetsifiku sil"nogo vzaimodeystviya v shirokom klasse sil"nokorrelirovannykh mnogoelektronnykh sistem.