---
# System prepended metadata

title: 'PROBLEM 4 : Peratech'

---

# PROBLEM 4 : Peratech

## Participants

* Piotr Morawiecki (University of Bath), pwm27@bath.ac.uk
* Anvarbek Atayev, (University of Warwick) - anvar.atayev@warwick.ac.uk
* Simone Appella, (University of Bath) - sa2407@bath.ac.uk
* Oliver Bond, - oliver.bond@maths.ox.ac.uk
* Eddie Wilson, - RE.Wilson@bristol.ac.uk
* Lorenzo Quintavalle - lorenzo.quinta@gmail.com
* Tina - yz3259@bath.ac.uk
* Nikolai Fadeev - nfadeev@risc.jku.at
* Marco Saragnese - marco.saragnese@desy.de
* Ben Collins - ben.collins@bristol.ac.uk
* Markus Dablander - markus.dablander@maths.ox.ac.uk
* Davide Polvara - davide.polvara@durham.ac.uk
* Andrew Lacey - a.a.lacey@hw.ac.uk
* Canxin Shi - CANXIN@physik.hu-berlin.de
* Mateusz Lichota (University of Edinburgh) - M.Lichota@sms.ed.ac.uk

## Subgroups

* Network "no.1"
* Weights "no.2"
* Generation "no.4"

Typical dimensions of the geometry

Diameter of cylinder: 1
Length of cylinder: 1-10 (0.1-100), realistic  normal distribution (mean=10, sd=2)
Size of the box: (50-100) x (>1000) x (>1000)

Packing ratio (volume loading): 5-20%

Conductance of the cyllinder is 14 orders of magnitude higher than the conductance of the medium around them. 

See link below for image and some more details



# Eddie is writing in...
https://hackmd.io/UaZCmAQHRVOZx_IF38FTXA?both

