are dispersed the resilient particles are made from 2 5 u03bcm thick polystylene spheres plated with a 1000 angstroms thick au film the hard particles are made from 2 u03bcm thick sio sub 2 spheres the weight proportion among the adhesive the resilient particles and the hard particles is 98 13 3 then the first substrate 1 and the auxiliary substrates 3 are joined with the adhesive therebetween in order that the the terminals of the first substrate 1 and the corresponding contacts of the auxiliary substrate 3 are aligned to each other and exposed to uv light for 3 minutes under pressure of about 2 4 kg cm 2 the hard particles are included in order to prevent the conductive resilient particles from being destroyed under excess pressure the second substrate 2 is electrically connected with the other auxiliary substrate 3 in the same manner when displays as produced as above were subjected to a thermal shock test at 30 u00b0 c and at 70 u00b0 c respectively for an hour all the sample displays were maintained operatable next a method of manufacturing the liquid crystal display in accordance with a third embodiment is explained in conjunction with fig1 and 2 a first and second sodalime glass substrates of 1 1 mm thickness are coated with transparent conductive films such as ito indium tin oxide films by dc magnetron sputtering to a thickness of 1200 angstroms the conductive films are patterned by a known photolithography into a number of parallel.