Ok, for perspective Nanosys 60,000sqft facility is larger than a football field! The article you posted is misleading if you are trying to say 2 classrooms handle what they need to produce at CURRENT capacity. Never mind displays, what happens when demand grows for other industries IE Solar and lighting?
Can't remember if it was you or DMS1 who repeatedly demands to not bring up the ability to scale debate, well I am because ultimately the market for quantum dots will require tonnage.
QMC reactor can currently produce over 2250 Kg per year and can be scaled to higher production for roughly 1 million capital cost, which by the way can actually be housed in a classroom!
I don't give a bleep what Hartlove says costs will drop significantly once large quantities are required then we will see who is the leader.
Remember - 100Kg daily QD production can support a QD Solar Cell Plant producing one Gigawatt/year so to be conservative 262 work days on average x 100KG = 26,200KG of quantum dots! (Not a watered down Nanosys solution)
