Display comprising blended mixture of different uniform domain sizes with the ratio of smallest to largest domain size no more than 1:2

1. An electro-optical imaging layer comprising a binder having dispersed therein a blended mixture of at least two electrically modulated material domains of different uniform sizes, wherein the ratio of smallest to largest domain size for each of said electrically modulated material domains of different uniform sizes varies by no more than 1:2.

2. The electro-optical imaging layer of claim 1 wherein said electrically modulated material comprises a liquid crystalline material.

3. The electro-optical imaging layer of claim 1 wherein said electrically modulated material comprises a bistable liquid crystalline material.

4. The electro-optical imaging layer of claim 3 wherein said bistable liquid crystalline material comprises a chiral nematic liquid crystal layer.

5. The electro-optical imaging layer of claim 1 wherein said electro-optical imaging layer comprises a monolayer of said at least two liquid crystal domains of different sizes.

6. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes comprise at least one liquid crystal domain size greater than 6 microns.

7. The electro-optical imaging layer of claim 6 wherein said at least one liquid crystal domain size greater than 6 microns comprises at least one chiral nematic liquid crystal domain size greater than 6 microns.

8. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes comprise at least one electrically modulated material domain of 6 microns and at least one electrically modulated material domain of less than 10 microns.

9. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes have an average diameter of at least 2 microns in the as-applied state.

10. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes have an average diameter of from 2 to 30 microns.

11. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes are flattened spheres.

12. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes have on average thickness at least 50% less than their length.

13. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes domains on average have a thickness (depth) to length ratio of 1:2 to 1:6.

14. The electro-optical imaging layer of claim 1 wherein said at least two electrically modulated material domains of different uniform sizes comprise 50% of a first liquid crystal domain size and 50% of a second liquid crystal domain size.

15. The electro-optical imaging layer of claim 1 wherein said at least two liquid crystal domains of different sizes comprise three liquid crystal domains of different sizes.

16. The electro-optical imaging layer of claim 1 wherein said binder comprises gelatin.

17. The electro-optical imaging layer of claim 16 wherein said layer further comprises a hardening agent.

18. The electro-optical imaging layer of claim 17 wherein said hardening agent comprises a vinyl sulfone compound.

19. The electro-optical imaging layer of claim 1 wherein said electro-optical imaging layer is coated and dried to a thickness of from 5 to 30 microns.

20. The electro-optical imaging layer of claim 1 wherein said imaging layer has a thickness 2 to 20 microns when dried.

21. A display comprising a flexible transparent support, a patterned transparent first conductor layer, and an electro-optical imaging layer comprising a binder having dispersed therein a blended mixture of at least two electrically modulated material domains of different uniform sizes, wherein the ratio of smallest to largest domain size for each of the electrically modulated material domains of different uniform sizes varies by no more than 1:2.

22. The display of claim 21 wherein said substrate is flexible.

23. The display of claim 21 wherein said substrate is transparent.

24. The display of claim 23 wherein said transparent substrate comprises polyester.

25. The display of claim 23 wherein said transparent substrate comprises polycarbonate.

26. The display of claim 23 wherein said transparent substrate comprises polyethylene naphthalate (PEN).

27. The display of claim 23 wherein said transparent substrate comprises acetate.

28. The display of claim 23 wherein said transparent substrate comprises polyethersulfone.

29. The display of claim 23 wherein said transparent substrate comprises at least one member selected from the group consisting of polyolefin, polyester, polycarbonate, acetate, cyclic polyolefin, polyethersulfone, and polyamide.

30. The electro-optical imaging layer of claim 21 wherein said electrically modulated material comprises a liquid crystalline material.

31. The electro-optical imaging layer of claim 21 wherein said electrically modulated material comprises a bistable liquid crystalline material.

32. The electro-optical imaging layer of claim 31 wherein said bistable liquid crystalline material comprises a chiral nematic liquid crystal layer.

33. The electro-optical imaging layer of claim 21 wherein said electro-optical imaging layer comprises a monolayer of said at least two liquid crystal domains of different sizes.

34. The electro-optical imaging layer of claim 21 wherein said at least two- electrically modulated material domains of different uniform sizes comprise at least one liquid crystal domain size greater than 6 microns.

35. The electro-optical imaging layer of claim 34 wherein said at least one liquid crystal domain size greater than 6 microns comprises at least one chiral nematic liquid crystal domain size greater than 6 microns.

36. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes comprise at least one electrically modulated material domain of 6 microns and at least one electrically modulated material domain of less then 10 microns.

37. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes have an average diameter of at least 2 microns in the as-applied state.

38. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes have an average diameter of from 2 to 30 microns.

39. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes are flattened spheres.

40. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes have on average thickness at least 50% less than their length.

41. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes domains on average have a thickness (depth) to length ratio of 1:2 to 1:6.

42. The electro-optical imaging layer of claim 21 wherein said at least two electrically modulated material domains of different uniform sizes comprise 50% of a first liquid crystal domain size and 50% of a second liquid crystal domain size.

43. The electro-optical imaging layer of claim 21 wherein said at least two liquid crystal domains of different sizes comprise three liquid crystal domains of different sizes.

44. The electro-optical imaging layer of claim 21 wherein said binder comprises gelatin.

45. The electro-optical imaging layer of claim 44 wherein said layer further comprises a hardening agent.

46. The electro-optical imaging layer of claim 21 wherein said electro-optical imaging layer is coated and dried to a thickness of from 5 to 30 microns.

47. The electro-optical imaging layer of claim 21 wherein said imaging layer has a thickness 2 to 20 microns when dried.

48. The display of claim 21 wherein said electrically conductive layer a surface conductivity of less than 10 4 ohms/sq.

49. The display of claim 21 wherein said at least one conductive layer is patterned with actinic radiation.

50. The display of claim 21 wherein said conductive layer comprises ITO.

51. The display of claim 21 wherein said conductive layer comprises polythiophene.

52. The display of claim 21 further comprising at least a second electrically conductive layer, wherein said electrically modulated imaging layer is between said first conductive layer and said second conductive layer.

53. A method of making a display comprising the steps of:

(a) providing an imaging layer comprising a binder having dispersed therein a blended mixture of at least two electrically modulated material domains of different uniform sizes, wherein the ratio of smallest to largest domain size for each of the electrically modulated material domains of different uniform sizes varies by no more than 1:2;

(b) coating said imaging layer over a substrate; and

(c) drying said imaging layer.