Optical article comprising a transparent substrate with a front main face and with a rear main face, at least one of the main faces being coated with an antireflective coating comprising at least two layers having a low refractive index, which is <1.55, defined as "Ll layer", and at least two layers having a high refractive index, which is ≥ 1.55, defined as "HI layer", one of the at least two HI layers being the layer which is the nearest from said substrate among said LI and HI layers, wherein the refractive indexes are expressed at 25 °C at a wavelength of 550 nm, characterized in that the total physical thickness of said antireflective coating is equal to or lower than 600 nm, and such that: - the mean reflection factor in the near infrared (NIR) region R m NIR of said antireflective coating is higher than or equal to 20 % at an angle of incidence lower than 35°, wherein R m NIR is defined by the formula: R m NIR = ∫ 780 1400 R λ d λ 1400 − 780 wherein R(A) represents the reflection factor at wavelength A, and - the mean reflection factor R m B of blue light at a wavelength ranging from 420 to 450 nm has a first value R m B (<15°) which is higher than or equal to 7.0 % at an angle of incidence lower than 15°, wherein R m B is defined by the formula: R m B = ∫ 420 450 R λ d λ 450 − 420 wherein R(A) represents the reflection factor at wavelength A, and - the mean light reflection factor in the visible region Rv of said antireflective coating is lower than or equal to 2.5 % for at least an angle of incidence lower than 35°. characterized in that the total physical thickness of said antireflective coating is equal to or lower than 600 nm, and such that: - the mean reflection factor in the near infrared (NIR) region R m NIR of said antireflective coating is higher than or equal to 20 % at an angle of incidence lower than 35°, wherein R m NIR is defined by the formula: R m NIR = ∫ 780 1400 R λ d λ 1400 − 780 - the mean reflection factor in the near infrared (NIR) region R m NIR of said antireflective coating is higher than or equal to 20 % at an angle of incidence lower than 35°, wherein R m NIR is defined by the formula: R m NIR = ∫ 780 1400 R λ d λ 1400 − 780 wherein R(A) represents the reflection factor at wavelength A, and - the mean reflection factor R m B of blue light at a wavelength ranging from 420 to 450 nm has a first value R m B (<15°) which is higher than or equal to 7.0 % at an angle of incidence lower than 15°, wherein R m B is defined by the formula: R m B = ∫ 420 450 R λ d λ 450 − 420 - the mean reflection factor R m B of blue light at a wavelength ranging from 420 to 450 nm has a first value R m B (<15°) which is higher than or equal to 7.0 % at an angle of incidence lower than 15°, wherein R m B is defined by the formula: R m B = ∫ 420 450 R λ d λ 450 − 420 wherein R(A) represents the reflection factor at wavelength A, and - the mean light reflection factor in the visible region Rv of said antireflective coating is lower than or equal to 2.5 % for at least an angle of incidence lower than 35°. - the mean light reflection factor in the visible region Rv of said antireflective coating is lower than or equal to 2.5 % for at least an angle of incidence lower than 35°. <EOS>