Versarien Share Discussion Threads

[handykart] 31/10/2018 15:35

Anley, I do not care if the person you mention meets David Kerr or not. Don't care what he does at all. Makes no difference to my investment in Versarien.

[66sequoia] 31/10/2018 15:35

Neill Ricketts (@neillricketts) Tweeted:Spain Monday with our winner Mark Preece , nice 4am start :) https://t.co/lXkGbbwQN1 https://twitter.com/neillricketts/status/1057648099315892226?s=17

[anley] 31/10/2018 15:29

I am not asking anyone to engage with LogLorry but I do think that if David Kerr who has invited him to a meeting then LL should go meet a VRS executive.

If LL does not want to meet DK then that should be made clear and that brings huge shadows down on LL.

For me I have LL filtered and others.

[loglorry1] 31/10/2018 15:25

Gotta love the irony. @SuperG bans anyone who engages and then plus one pins a post in the header where he engages with me.

[loglorry1] 31/10/2018 15:14

@anley its all on Twitter go look for yourself.

[anley] 31/10/2018 15:00

LOGLORRY..do I take it you do not want to meet David Kerr?

[superg1] 31/10/2018 14:46

I wonder if the have taught the 3D printers to rub their chin when you ask for a quote for an extension.

Automated to only answer every 5th email and never answer the phone. Lose track of time and the date then fk off for weeks mid construction.

It just wouldn’t feel right without that.

[hew] 31/10/2018 14:46

To many/most this will be a waste of space - but perhaps not to absolutely everyone, as some have asked for links to Twitter posts etc.

Not that long ago I found that accessing Twitter rather a mysterious and uncertain business and items that others were referring to were not obvious. Now though I can offer my “basic guide to Twitter lurking essentials”.

The three key people:




Get whichever site. (Occasionally Twitter will slip in some attempt to get you to other people, or to read their News. Use the initial link again.)

Then click the "Tweets and Replies" heading - essential. That gives the list of items, latest at the top.

To explore interesting ones (Edit: not always obvious which) further - often important, to interpret - click on the text, avoiding any embedded links or names. On my PC that enlarges that tweet but, more significantly, gives above it the twitter exchanges leading up to it, and below it the subsequent conversation. These items often include tweets from several people, and on quite separate subjects.

There seem to be quite a lot of “keyword reference links” - made up I guess - starting with #, such as #nowthatiamatwitterexpert or Neill’s recent #deadend. I don’t recommend clicking those links unless you like using warp drive into a new world full of ....well, strangers. Very strange in some cases.

Lastly, following Matt’s tweets in depth this morning I found very worthwhile. I’m not going to post bits I noted because interpretations are individual, and tiny details may be significant or may not. Take a look yourself.

[loglorry1] 31/10/2018 14:37

"Yellow cards issued."

@SuperG will now ban anyone who engages with me. That's so funny! Anyone who comes here looking for information and informed debate can now be sure that the moderator is trying to control everyone's opinions.

I'd be careful as those wishing to engage with you might also receive death threats - VRS holders or not.

I do wonder what you are all so scared of?

[superg1] 31/10/2018 14:36

Jeez Serratia what did you mention concrete and Aecom for, the mind boggles.

Then I spotted 3d printing with concrete, that’s probably an uh!!! to most of you, I know it was to me.

Then you read the below link and realise that technology can quickly surpass what you can even begin to comprehend.



EG

MIT have developed a new robot, known as the Digital Construction Platform, that is capable of printing a building in 14 hours. And Russian company Apis Cor has successfully 3D printed a full-scale house in a day.

[jointer13] 31/10/2018 14:35

all these experimental science institutes all need graphene, and obviously the more ideas they come up with the more they will need.

its not just companies wanting graphene.

I say this because I believe we are on that tipping point and it is about to explode.

going by what is out there on the internet compared to say a year ago.

we shall see.

[luckyorange] 31/10/2018 14:33

60/40 chance jointer.

10 predictions that Isaac Asimov got right 50 years ago (and 5 that he botched)

[superg1] 31/10/2018 14:32

Yellow cards issued.

[pshevlin] 31/10/2018 14:29

Unless there is a good deal Jag Landrover will be moving to eastern Europe so that may not be relevant. At least we have a toehold in the EU now.

[loglorry1] 31/10/2018 14:28

@anley I have replied you can read my reply on Twitter.

@billwave no it hasn't. Why not just indulge me and reply to one of the questions then? You consistently post that VRS has the only true Graphene solution. We keep showing you many many others and all you can do is dismiss them out of hand.

Anyway the bulls are having a good day today so I won't spoil your fun.

[anley] 31/10/2018 14:24

LOGLORRY...........I keep an eye of Twitter and I see you have an offer to meet David Kerr for a cup of something. But it seems to me and many other BB posters that you have not replied.

Why not meet him as I am sure that this BB will support me as you have a chance to meet a senior executive of VRS and what's more you both live close to one another.

May I ask all posters on this BB to support the meeting as it will, I feel sure solve a number of issues.

Thank you everyone - just post OK they should meet.

[jointer13] 31/10/2018 14:17

back to a bit of normality today then..lol.

it never ceases to amaze me does graphene...in the future.

One graphene to brain them all

Posted Today
Brain-computer interface, hybrids between human and machine, neuralink. Are these phenomena technologically possible, or just another great but useless piece science fiction? How can one connect the exceptionally complex brain with contradictory organized, yet alike complex computers?
When looking at the problem fundamentally, none of the current technologies can be directly used to bridge the gap between the worlds of natural and artificial. And there are a number of very strong limitation of that matter, such as huge difference in material softness. Brain is like a squashy jelly fish, while common microelecrodes (see Utah arrays) are like iron nails. They are hardly compatible. Yes, in a short timescale the interface and even treatments are possible, but these are simply half-solutions enabled by evolution of CMOS microtechnology. Moreover, these devices feature only 16/62/128, with the best top of ~1000 electrodes (see neuropixels). However, the scaling with CMOS is fundamentally limited, in the power transmission, in heat transfer, noise, and mechanical mismatch.
Obviously, if evolution does not happen, a revolution is required. But wait. What if the revolution has already happened? Not as strikingly in a first glance, but we believe it will be recognized as one very soon.

Image credit: Dmitry Kireev
Graphene is a wonder material that has unraveled a number of old physics problems in the recent decade. However, the discovery of graphene brought and interesting perspective for bioelectronics mostly due to its fantastic set of properties. When transparency, high electrical conductivity and efficiency, physical stability, flexibility, ultra-thin thickness (~3 Å) are contained within one material – there is a good chance for a scientific jackpot.
Authors of the recent review paper, published in 2D materials made an extensive overview on graphene and use of graphene based devices in bioelectronics and neuroprosthetics. “Graphene is fantastically sensitive as well as robust, physically as well as biologically, paving a promising route towards entirely a seamless synergy with biological tissue”, says Dmitry Kireev, one of the leading researchers in the area. These properties that are of great advantage to bioelectronics applications are currently under extensive research, and the number of bio- and neuro- applications of graphene keep growing like mushrooms.
The work present a deep overview on the different ways to utilize graphene for bioelectronic applications, and specifically focus on interfacing graphene based devices with electrogenic cells, such as cardiac and neuronal.
Importantly, graphene might not be the panacea, but the route to one. Discovery of graphene has brought with itself a whole new world of 2D materials, that possess entirely new properties at the nanoscale. Absence of the third dimension makes these materials typically transparent, flexible and stable towards mechanical deformations. Intriguing as they are, these 2D materials continue to surprise researchers with their properties. Ultimately it is already seems possible to build entirely unique two dimensional ICs as well as bio- and neuro-sensors.
There seem to be an unlimited room at the bottom, that, who knows, one day will bring the scientific world to the seamless integration to the most elaborated, complex, and mysterious piece of nature: human brain.