1. Liquids are Go

2. 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us

3. Liquids are Go 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us 2.Disadvantage – no structural flexibility – no ability to respond to variable “environmental” challenges – example Haemoglobin

4. Liquids are Go 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us 2.Disadvantage – no structural flexibility – no ability to respond to variable “environmental” challenges – example Haemoglobin 3.Quantum dots – presently essentially no exact structure control also surface reconstruction issues with which to contend.

5. Liquids are Go 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us 2.Disadvantage – no structural flexibility – no ability to respond to variable “environmental” challenges – example Haemoglobin 3.Quantum dots – presently essentially no exact structure control also surface reconstruction issues with which to contend. 4.Plastic electronics - Phase separation – random domain topography – reminiscent of liquid crystal domains!

6. Liquids are Go 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us 2.Disadvantage – no structural flexibility – no ability to respond to variable “environmental” challenges – example Haemoglobin 3.Quantum dots – presently essentially no exact structure control also surface reconstruction issues with which to contend. 4.Plastic electronics - Phase separation – random domain topography – reminiscent of liquid crystal domains! 5.Liquid Crystals - topological domain manouevreability controllable by external electric or magnetic fields but also in response to domain electric/magnetic/diploar properties

7. Liquids are Go 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us 2.Disadvantage – no structural flexibility – no ability to respond to variable “environmental” challenges – example Haemoglobin 3.Quantum dots – presently essentially no exact structure control also surface reconstruction issues with which to contend. 4.Plastic electronics - Phase separation – random domain topography – reminiscent of liquid crystal domains! 5.Liquid Crystals - topological domain manouevreability controllable by external electric or magnetic fields but also in response to domain electric/magnetic/diploar properties 6.Charge flow – Should allow the charge +ve or –ve to dictate local directional logistics?

8. Liquids are Go 1.Solid state – main advantage – exact structure rigidity – Q is this an advantage???? Questionable!!! – look at Nature - Us 2.Disadvantage – no structural flexibility – no ability to respond to variable “environmental” challenges – example Haemoglobin 3.Quantum dots – presently essentially no exact structure control also surface reconstruction issues with which to contend. 4.Plastic electronics - Phase separation – random domain topography – reminiscent of liquid crystal domains! 5.Liquid Crystals - topological domain manouevreability controllable by external electric or magnetic fields but also in response to domain electric/magnetic/diploar properties 6.Charge flow – Should allow the charge +ve or –ve to dictate local directional logistics? 7.Liquid flow – Allows matrix replenishment by pristine materials so should enable continuous purification