Moores Law for Nano-particles23 Aug 2021 14:15
I don't know if it's been widely noticed but the growth in capacity of the technology that makes the nano-particles is nothing short of miraculous.
From what I can gather in 2016 they were crowing that they had been able to increase capacity to 1kg per hour which was an improvement on what used to be 1kg per day.
Then BRH invested £200k and about 6 months later they have added 2 new reactors each capable of 10kg per hour!
It now looks like the Doc wants to supercharge the process even more. If you read the patent there are so many optional things that could be fine tuned in the process.
As the original article points out the faster it is, the cheaper it gets!
These kind of gains remind me of the early days of integrated circuits. Maybe this should be called Cave's Law?
https://www.leftlion.co.uk/read/2016/december/scibar-december/
20 December 16
"Gareth and his team have now developed a process that can create a kilogram of nanoparticles in an hour whereas before it would take a whole day to create a kilogram. By making the process faster, it also becomes cheaper."
https://www.lse.co.uk/rns/BRH/further-investment-in-pharm-2-farm-limited-4qx5rkyjln7y1tb.html
12 December 2019
"Braveheart Investment Group plc (AIM: BRH), the fund management and strategic investment group, is pleased to report that it has completed a further investment of £200,000 into Pharm 2 Farm Limited ("P2F"), increasing its holding in P2F from 33.33 per cent. to 51.72 per cent.
This further investment will enable P2F to open a new manufacturing facility in Nottingham and expand its sales team to take advantage of the rapidly developing opportunities in agritech and other innovative applications."
19 June 2020
https://www.lse.co.uk/rns/BRH/operational-update-eojqgtg0gygiz0d.html
"Two new reactors were commissioned by P2F this week, both capable of producing over 10kg per hour of nanoparticles each."
17 August 2021
"In addition, the Company is investigating utilising the cash reserves to improve and increase the nanoparticle production capacity by developing a bespoke system, which has complex engineering challenges."