#pre-engineered building products

[captainjonnitkessler]

I think I can trace my intense hatred for the whole "regulations are just corporate bullshit, building codes are just The Man's way of keeping you down, we should return to pre-industrial barter and trade systems" nonsense back to when I first started doing electrical work at one of the largest hospitals in the country.

I have had to learn so much about all the special conditions in the National Electric Code for healthcare systems. All the systems that keep hospitals running, all the redundancies and backups that make sure one disaster or outage won't take out the hospital's life support, all the rules about different spaces within the hospital and the different standards that apply to each of them. And a lot of it is ridiculously over-engineered and overly redundant, but all of it is in the service of saving even one life from being lost to some wacky series of coincidences that could have been prevented with that redundancy.

I've done significantly less work in food production plants and the like, but I know they have similar standards to make sure the plants aren't going to explode or to make sure a careless maintenance tech isn't accidentally dropping screws into jars of baby food or whatever. And research labs have them to make sure some idiot doesn't leave a wrench inside a transformer and wreck a multi-million dollar machine when they try to switch it on.

Living in the self-sufficient commune is all fun and games until someone needs a kidney transplant and suddenly wants a clean, reliable hospital with doctors that are subject to some kind of overseeing body, is my point.

[fuckyeahgoodomens]

The S1 Bentley is For Sale! 👀

link

from the description :):

Mary is a 1934 Derby Bentley Thrupp & Maberley bodied Coupe. BLE 430 – B 96 BN. Two were made but the other one has not been seen since WW11, so she is unique. She is also the only Bentley in the world to have been blown up twice on screen. She was owned by Speed King Donald Campbell in the early fifties.

I acquired her in 2009, to go with my 1947 Mark VI. Since then the engine has been completely re-built, including a new head and block, with a new clutch put in at the same time. She has also been re-wired, new kingpins, total brake overhaul, new radiator and fuel pump with suspension and one shot lubrication system overhauled. Also had the speedometer and rev.counter serviced in 2018. She runs superbly and has just had her annual service at AB Classics, who specialise in pre-war Bentleys & Rolls Royces. (He also looks after my 1936 25/30 RR ).

She is currently insured for £295,000 and I will be looking for an offer around £265,000.

History

Ordered for Jack Odling in September 1934. One of two 3 ½ lt Coupes made by Thrupp & Maberley. The other one has not been seen for several decades and presumed lost during World War 2. Not much early history but owned by Speed King Donald Campbell in the early 1950’s. We have a photograph of the car at that time being offered for sale, with silver wheel discs. His ownership is acknowledged by all the relevant history available in various publications and agreed with both Bentley Drivers Club & Rolls Royce Enthusiasts Club records. She went through three owners from October 1954 to October 1961. Next piece of history is she was acquired by a Mr Silk of Romford in 1973 and underwent extensive professional restoration up to 1994, with a mechanical overhaul in 1994. She was back on the road in 1998. She was then purchased from P & A Wood by Andrew Smith in August 2001. He kept her until early 2008 when he sold her to Brian Classic as he did not wish to re- wire her. I bought her from Brian Classic in April 2009 with money left to me by my late Mother, Mary. We only just made the 100 miles home with many electrical problems. I am glad to say that Brian Classic eventually made a substantial contribution to the re-wiring by Jeremy Padgett. The following year going into the RREC Concours the heating nearly went into the red so back to Jeremy Padgett to sort out. Result was a complete engine re-build by Ristes, also replaced the radiator core and new clutch plate. Finally back on the road in May 2012. Very expensive period. However, she is now in superb condition, being regularly serviced by AB Classics. More recently the carburettors have been re-built. Following an accident on set in 2017 she was sent to Steve Penny at Penny Vintage to restore the damaged door. Sadly this was one of his last jobs before retiring. What a superb craftsman he is, he made a fabulous job of restoring her. Needless to say she still looks superb. I have owned and enjoyed classic cars since 1969 and Mary must be my ultimate car.

TV & Film work

...

when the call came. Jeremy, I am looking for a 1926 Derby Bentley, preferably black. Can you find me one please. I explained that they were not invented until 1933 and that mine was made in 1934 and is grey and black and has not changed since Endeavour three years earlier. Half an hour later phone goes again, can you bring your car down for production to have a look at in Ealing early next week. Production were delighted with Mary, especially after a bit of a run round Ealing. At this point no-one would tell me what it was all about, apart from the fact that this was “The Big One”. Two days later phone goes again, she is going to be Crowley’s Bentley in “Good Omens” by Terry Pratchett and Neil Gaiman. My wife quickly ordered the book and read it. The Bentley was mentioned almost 80 times. Can I please take her to a specialist body maker for her cab to be replicated for studio scenes. Can I find an interior etc. I phoned Hew at The Real Car Company, who was a tremend ous help. A complete set of instruments and a steering wheel duly arrived. Next, I was asked if I could take the car to Wokingham to be copied. Absolutely staggered to discover they wanted the car at Rushton’s Farm, where I lived from 1957 to 1963. Father’s chicken sheds had been converted into industrial units. A half hour drop off turned into four hours, as I took an old photograph album to show the current owners. The farmhouse had been separated from the rest of the farm by this time. A real trip down memory lane for me. Looking for a Derby body, seats etc, Hew recommended talking to Bob Petersen. He was stripping down a Thrupp & Maberley saloon to make one of his famous specials, so that was purchased complete with dash, seats etc so Mary could be well and truly replicated. Even changed the indicator switch so that both were identical. By this time the cast list had leaked out on the Internet. David Tennant and Michael Sheene are the main stars with others being added on a daily basis. I met many people but mainly worked with these two, especially David. He is one of the nicest guys you could ever wish to meet. Very hardworking but happily chats to everyone. I got Mary back from the farm in September, ready to start filming. The first scene was near Marlow for a two day shoot where I started to meet the cast and crew. 

Trying to teach David how to drive Mary was a bit of a struggle. Most people in their forties haven’t a clue about cars without syncromesh on all gears, and David normally drives an automatic! However, Rob, the stunt driver did know how to drive Mary and quickly picked up the fact that the clutch cannot be depressed for any length of time. The main problem with David and Rob changing over was about six inches in height. Don’t think the seat had been moved so much for years, with a gentle application of oil on the runners and avoidance of catching the carpet. During this period Mary used the registration NIATRUC, Curtain spelt backwards (the subject is the end of the world ). The Morris Minor had SID RAT , TARDIS spelt backwards. David was an earlier Dr Who! Being the grandad on set meant that I was well looked after by everyone, who made sure I had Mary in the right place and usually a radio as well. There is a lot of hanging about on set then a burst of activity. Some shots are repeated over a dozen times to get differing angles and eventually sort out which take will be used. Within a few days I was getting the hang of it, meeting the directors, the camera guys, the sound technicians, moving from location to location, usually in or around the M 25 then in central London. Naturally you can watch Good Omens on BBC iplayer and see how much Mary appeared. There are a few pictures of what it is like on set. 

[aeth-eris]

★  majors/higher  education  |  signs  in  the  9th  house  ★ 

★   book   a   reading   ★   ★   masterlist   1   ★   ★   masterlist   2   ★

★  aries  in  the  9th  house  ★ 

majors  tied  to  action,  leadership,  and  bold  thinking—aries  energy  thrives  in  fields  that  require  initiative  and  innovation.  think  degrees  in  law  (debate,  litigation),  sports  science  (coaching,  performance  training),  or  military  science  (strategy,  defense).  you  might  also  pursue  something  competitive  like  entrepreneurship  or  pre-med,  where  you’re  constantly  challenged  to  stay  ahead.  aries’  restless  energy  makes  hands-on,  fast-paced  majors  appealing,  so  engineering  or  mechanics  could  also  fit.  their  love  of  adventure  means  international  relations  or  global  studies  might  appeal,  especially  if  you  want  to  explore  different  cultures  or  engage  in  diplomatic  work.  creative  fields  like  film  production  or  performing  arts  (theater,  dance)  might  call  to  you,  as  aries  loves  self-expression  and  commanding  attention.  expect  a  major  that  keeps  you  moving  and  doesn’t  confine  you  to  routine;  aries  doesn’t  do  well  in  stagnant  or  overly  theoretical  environments.  you  might  also  gravitate  toward  activism-based  studies,  like  political  science  or  criminal  justice,  where  you  can  champion  causes  and  fight  for  change.  your  education  could  take  unexpected  turns,  as  aries  energy  often  thrives  in  challenges  and  chaos—possibly  leading  you  to  switch  majors  mid-way  when  something  more  exciting  catches  your  attention.

★  taurus  in  the  9th  house  ★ 

majors  rooted  in  stability,  beauty,  and  value-driven  work.  taurus  energy  is  practical  yet  artistic,  so  degrees  in  interior  design,  architecture,  or  fine  arts  (sculpture,  painting)  align  well  with  their  aesthetic  sensibilities.  you  might  also  find  satisfaction  in  agricultural  sciences  or  environmental  studies,  connecting  with  the  earth  and  sustainable  practices.  taurus’  practical  mindset  leans  toward  finance,  economics,  or  business—majors  that  ensure  long-term  security  and  tangible  rewards.  culinary  arts  or  nutrition  could  appeal,  especially  if  you  enjoy  creating  or  nurturing  through  food.  degrees  in  real  estate  or  hospitality  management  might  align  with  taurus’  love  of  comfort  and  luxury,  allowing  you  to  curate  beautiful  spaces  or  experiences  for  others.  taurus  in  the  9th  craves  knowledge  they  can  use  practically,  so  hands-on  fields  with  clear  career  paths  are  key.  psychology  or  social  work  might  also  resonate,  especially  if  you’re  drawn  to  steady,  nurturing  roles  that  help  others  build  better  lives.  you  could  lean  toward  something  like  cultural  studies  or  anthropology  if  there’s  a  focus  on  the  sensory  aspects  of  different  traditions  (food,  art,  craftsmanship).  whatever  you  choose,  it’ll  likely  be  a  slow,  deliberate  decision,  as  taurus  takes  their  time  to  find  what  truly  aligns  with  their  values.

 ★  gemini  in  the  9th  house  ★ 

majors  focused  on  communication,  ideas,  and  variety—gemini  thrives  in  fields  that  stimulate  the  mind  and  offer  flexibility.  journalism,  creative  writing,  or  media  studies  are  strong  fits,  as  gemini  excels  in  storytelling  and  connecting  with  others.  degrees  in  education  (teaching,  curriculum  development)  might  appeal,  especially  if  you’re  drawn  to  sharing  knowledge  in  dynamic  environments.  gemini’s  curiosity  could  also  pull  you  toward  marketing,  public  relations,  or  advertising—majors  that  let  you  craft  messages  and  explore  trends.  linguistics,  foreign  languages,  or  international  studies  might  resonate,  allowing  you  to  learn  and  communicate  across  cultures.  gemini’s  love  of  tech  and  information  could  lead  to  fields  like  computer  science,  digital  media,  or  data  analysis.  their  versatility  means  you  might  combine  seemingly  unrelated  interests,  like  a  double  major  in  psychology  and  graphic  design  or  sociology  and  creative  writing.  gemini  doesn’t  thrive  in  rigid  or  overly  specialized  fields;  they  need  variety,  collaboration,  and  intellectual  stimulation.  philosophy  or  political  science  could  also  align,  especially  if  you  enjoy  debating  and  exploring  complex  ideas.  gemini  in  the  9th  house  often  means  your  education  will  involve  constant  learning  and  adapting—expect  internships,  networking,  and  possibly  changing  majors  to  keep  things  fresh.

 ★  cancer  in  the  9th  house  ★ 

majors  that  center  around  nurturing,  emotional  connection,  and  building  safe  spaces  for  others.  cancer  energy  thrives  in  fields  like  psychology,  counseling,  or  social  work—anything  where  you  can  provide  care  and  emotional  support.  education  might  also  appeal,  particularly  in  early  childhood  development  or  special  education,  as  cancer  loves  nurturing  young  minds.  degrees  in  nursing,  midwifery,  or  healthcare  align  with  cancer’s  caregiving  nature,  especially  if  you’re  drawn  to  maternal  health  or  pediatrics.  cancer’s  connection  to  home  and  history  could  lead  to  majors  like  interior  design  (creating  comforting  spaces)  or  history  and  anthropology,  focusing  on  family  lineage  or  cultural  traditions.  culinary  arts  or  hospitality  management  could  also  resonate,  especially  if  you  love  bringing  people  together  through  food  or  creating  warm,  inviting  environments.  cancer  in  the  9th  might  draw  you  toward  majors  that  focus  on  healing  or  personal  growth,  like  alternative  medicine,  holistic  therapy,  or  even  spiritual  studies.  film  and  media  studies  could  appeal  if  you’re  interested  in  storytelling  with  emotional  depth.  whatever  you  choose,  it’s  likely  tied  to  themes  of  care,  protection,  and  emotional  resonance.  you  might  also  feel  pulled  toward  studying  abroad  in  places  that  feel  familiar  or  tied  to  ancestral  roots,  seeking  deeper  connections  with  your  personal  history.

 ★  leo  in  the  9th  house  ★ 

majors  centered  around  creativity,  leadership,  and  self-expression.  leo  thrives  in  fields  where  they  can  shine,  so  performing  arts  (theater,  dance,  or  music)  might  be  at  the  top  of  your  list.  film  studies  or  directing  could  appeal  if  you  want  to  create  bold,  visual  stories  that  captivate  an  audience.  degrees  in  business,  entrepreneurship,  or  leadership  studies  might  also  resonate,  as  leo  loves  being  in  charge  and  inspiring  others.  if  you’re  drawn  to  communication,  public  relations  or  marketing  with  a  focus  on  branding  and  storytelling  could  fit.  leo’s  dramatic  flair  might  pull  you  toward  law—especially  areas  like  courtroom  litigation  where  your  charisma  and  presence  can  shine.  education,  particularly  as  a  professor  or  in  roles  that  allow  for  mentorship,  could  also  appeal,  as  leo  loves  to  teach  and  lead.  graphic  design  or  fashion  might  be  your  calling  if  you’re  drawn  to  creating  visually  impactful  work.  majors  involving  performance,  creativity,  or  roles  where  you  can  stand  out  will  feel  most  fulfilling.  study  abroad  programs  in  culturally  vibrant  or  artistic  cities  might  inspire  your  studies.  whatever  you  choose,  it’ll  likely  be  something  where  your  natural  talent  for  commanding  attention  and  creating  joy  takes  center  stage.

 ★  virgo  in  the  9th  house  ★ 

majors  grounded  in  precision,  practicality,  and  service.  virgo  excels  in  detail-oriented  fields,  so  degrees  in  healthcare  (nursing,  medical  technology,  public  health)  or  environmental  science  could  be  strong  fits.  you  might  also  thrive  in  majors  like  biology,  chemistry,  or  nutrition,  especially  if  you’re  drawn  to  solving  real-world  problems.  virgo’s  analytical  nature  makes  them  well-suited  to  data-heavy  fields  like  statistics,  economics,  or  information  systems.  education  is  another  natural  fit,  particularly  in  curriculum  design  or  teaching  science  and  math  subjects.  virgo’s  focus  on  improvement  could  lead  to  degrees  in  psychology,  especially  counseling  or  behavioral  analysis,  where  you  help  others  refine  and  improve  their  lives.  technical  writing,  editing,  or  publishing  might  appeal  if  you’re  drawn  to  language  and  its  meticulous  application.  environmental  studies,  agricultural  science,  or  urban  planning  align  with  virgo’s  interest  in  sustainable  systems.  virgo  in  the  9th  house  often  seeks  practical  applications  for  higher  learning,  so  your  education  might  focus  on  how  to  create  order  and  efficiency  in  the  world.  internships  or  research  opportunities  are  likely  to  play  a  key  role,  as  virgo  thrives  on  hands-on  experience.  you’re  also  likely  to  be  drawn  to  majors  where  you  can  serve  others  and  create  meaningful,  measurable  change.

 ★  libra  in  the  9th  house  ★ 

majors  tied  to  beauty,  harmony,  and  interpersonal  connection.  libra  thrives  in  fields  like  art  history,  design,  or  fashion,  where  aesthetics  and  balance  play  a  central  role.  degrees  in  law,  especially  focused  on  mediation  or  human  rights,  align  with  libra’s  natural  sense  of  fairness  and  justice.  if  you’re  drawn  to  communication,  public  relations  or  marketing  might  appeal,  particularly  in  industries  like  luxury  goods  or  entertainment.  libra’s  love  of  people  and  relationships  could  also  pull  you  toward  psychology  or  sociology,  exploring  how  humans  connect  and  interact.  education,  especially  in  arts  or  humanities,  is  another  natural  fit—teaching  subjects  like  literature,  philosophy,  or  visual  arts  could  fulfill  your  love  for  beauty  and  intellectual  stimulation.  majors  like  international  relations  or  cultural  studies  align  with  libra’s  global  perspective  and  interest  in  diplomacy.  libra  in  the  9th  house  also  points  to  a  strong  desire  for  study  abroad  experiences,  especially  in  culturally  refined  cities  like  paris,  florence,  or  tokyo.  you  might  also  be  drawn  to  interior  design,  event  planning,  or  hospitality  management—fields  where  you  create  harmonious  and  beautiful  spaces.  whatever  you  choose,  it  will  likely  involve  collaboration,  creativity,  and  a  focus  on  creating  balance  in  the  world  around  you.

 ★  scorpio  in  the  9th  house  ★ 

majors  steeped  in  intensity,  mystery,  and  transformation.  scorpio’s  fascination  with  the  unseen  might  lead  you  toward  psychology,  especially  fields  like  forensic  psychology,  trauma  therapy,  or  psychoanalysis.  criminology,  law  enforcement,  or  investigative  journalism  are  also  natural  fits,  as  scorpio  thrives  in  uncovering  hidden  truths.  degrees  in  medicine  or  research,  particularly  in  areas  like  oncology,  genetics,  or  pathology,  align  with  scorpio’s  need  to  transform  and  heal.  scorpio’s  deep,  transformative  energy  might  also  pull  you  toward  majors  like  philosophy,  theology,  or  occult  studies,  where  you  explore  life’s  profound  questions.  anthropology,  archaeology,  or  history  with  a  focus  on  ancient  civilizations  could  appeal  if  you’re  drawn  to  uncovering  buried  secrets.  scorpio’s  intensity  lends  itself  to  creative  fields  as  well—screenwriting,  film  directing,  or  novel  writing  in  genres  like  horror,  thriller,  or  fantasy  might  resonate.  scorpio  in  the  9th  house  might  also  gravitate  toward  environmental  studies  or  activism,  especially  if  there’s  a  focus  on  regeneration  or  fighting  for  underrepresented  causes.  your  educational  journey  may  feel  transformative  and  even  karmic,  with  pivotal  experiences  that  challenge  your  worldview  and  deepen  your  understanding  of  life’s  complexities.  you’re  drawn  to  majors  that  let  you  explore  the  depths  and  create  profound  change.

 ★  sagittarius  in  the  9th  house  ★ 

majors  focused  on  exploration,  freedom,  and  the  pursuit  of  knowledge.  sagittarius  in  the  9th  house  practically  screams  for  degrees  in  international  relations,  global  studies,  or  cultural  anthropology—anything  that  allows  you  to  explore  different  cultures  and  philosophies.  you  might  also  be  drawn  to  majors  in  philosophy,  religious  studies,  or  political  science,  as  sagittarius  loves  diving  into  big-picture  questions  about  morality  and  society.  education  is  another  natural  fit,  particularly  higher  education,  where  you  could  thrive  as  a  professor  or  academic  researcher.  travel  and  adventure  are  key  themes,  so  tourism  management,  hospitality,  or  even  adventure  filmmaking  could  appeal  if  you  want  to  combine  movement  and  creativity.  sagittarius’  connection  to  optimism  and  growth  might  also  lead  you  to  fields  like  motivational  speaking,  public  relations,  or  even  sports  management.  if  you’re  drawn  to  physicality,  degrees  in  physical  education,  sports  science,  or  outdoor  recreation  could  align  with  your  adventurous  spirit.  study  abroad  programs  or  internships  in  foreign  countries  might  feel  essential  to  your  academic  journey.  whatever  you  choose,  it’ll  likely  involve  expanding  your  horizons,  chasing  new  experiences,  and  finding  ways  to  bring  a  sense  of  inspiration  and  adventure  to  your  studies  and  career.

 ★  capricorn  in  the  9th  house  ★ 

majors  rooted  in  structure,  ambition,  and  long-term  success.  capricorn  in  the  9th  house  suggests  a  preference  for  fields  that  offer  tangible  career  paths  and  clear  rewards,  such  as  law,  business  administration,  or  economics.  you  might  also  excel  in  architecture,  engineering,  or  urban  planning,  as  capricorn  thrives  on  building  systems  and  structures  that  last.  degrees  in  political  science,  public  policy,  or  governance  could  appeal  if  you’re  drawn  to  leadership  roles  and  creating  societal  impact.  capricorn’s  disciplined  energy  might  also  lead  you  toward  accounting,  finance,  or  real  estate—fields  that  align  with  your  pragmatic  mindset  and  interest  in  material  security.  academia  or  teaching  might  also  appeal,  especially  if  you’re  focused  on  rising  to  leadership  positions,  like  becoming  a  dean  or  head  of  a  department.  capricorn  in  the  9th  values  practicality,  so  you  may  prioritize  internships,  certifications,  or  degrees  with  clear  professional  applications.  environmental  science  or  sustainability  studies  could  resonate,  especially  if  you’re  drawn  to  creating  lasting  change  in  ecological  systems.  your  educational  journey  will  likely  be  marked  by  hard  work,  steady  progress,  and  a  focus  on  achieving  long-term  goals,  with  a  major  that  reflects  your  ambition  and  desire  for  mastery.

 ★  aquarius  in  the  9th  house  ★ 

majors  centered  around  innovation,  social  change,  and  intellectual  freedom.  aquarius  thrives  in  unconventional  fields,  so  degrees  in  computer  science,  information  technology,  or  artificial  intelligence  are  natural  fits.  if  you’re  drawn  to  the  social  sciences,  majors  like  sociology,  political  science,  or  human  rights  might  appeal,  especially  if  there’s  a  focus  on  progressive  or  revolutionary  ideas.  aquarius’  love  of  innovation  might  also  lead  to  engineering,  especially  aerospace  or  renewable  energy,  where  you  can  create  futuristic  solutions.  degrees  in  environmental  studies  or  urban  planning  could  resonate  if  you’re  interested  in  designing  sustainable  communities.  aquarius  in  the  9th  house  suggests  a  fascination  with  global  movements  and  humanitarian  efforts,  so  international  relations  or  global  health  might  align  with  your  vision  for  creating  change.  you  might  also  be  drawn  to  fields  like  psychology  or  neuroscience,  exploring  how  the  mind  works  and  how  it  shapes  behavior.  aquarius  values  intellectual  freedom,  so  you  could  pursue  interdisciplinary  studies  that  allow  you  to  combine  multiple  interests,  like  technology  and  ethics  or  science  and  art.  your  educational  journey  might  involve  unconventional  paths,  like  online  programs,  self-directed  learning,  or  studying  abroad  in  innovative  or  forward-thinking  countries.

 ★  pisces  in  the  9th  house  ★ 

majors  infused  with  imagination,  spirituality,  and  emotional  depth.  pisces  in  the  9th  house  suggests  a  pull  toward  fields  like  creative  writing,  fine  arts,  or  film  studies,  where  you  can  channel  your  dreams  into  storytelling  or  visual  expression.  degrees  in  psychology  or  counseling  might  appeal,  especially  if  you’re  drawn  to  helping  others  navigate  their  emotions  or  uncover  deeper  truths.  pisces’  spiritual  energy  might  also  lead  you  toward  religious  studies,  theology,  or  even  alternative  medicine,  focusing  on  healing  and  connection  to  the  divine.  majors  in  marine  biology  or  environmental  sciences  might  resonate,  especially  if  you  feel  called  to  protect  and  explore  the  natural  world.  pisces  also  thrives  in  fields  like  music,  dance,  or  acting,  where  emotional  expression  takes  center  stage.  humanitarian  studies  or  social  work  could  be  a  fit,  particularly  if  you  want  to  help  underserved  populations  or  work  for  global  peace.  pisces  in  the  9th  house  also  points  to  a  love  for  escapism  and  exploration,  so  degrees  in  tourism,  hospitality,  or  cultural  studies  might  align  with  your  wanderlust.  your  educational  journey  may  feel  fluid  and  intuitive,  with  shifts  in  direction  driven  by  inner  callings  rather  than  external  expectations.

 ★   book   a   reading   ★   ★   masterlist   1   ★   ★   masterlist   2   ★

[spacemothsota]

How big can cyberformed humans get? There has to be a point where they can grow to be as big as a normal Cybertronian. If they stayed the same size they were, it would be harder for them to assimilate despite being the size of a minion or cassette.

Hi Anon! Great question!

In fact, Cyberformed humans never remain human-sized. They are full-fledged Cybertronians. In "Part 2", the last point "Pre-bot", I already wrote that the bodies of former humans are formed with their individual characteristics. This means that he will be like a full-fledged Cybertronian, the size and body depend solely on his frame type (but with an individual design, model, and only some details can be inherited from the one who donated nanites). If a person is strong and powerful, and in the early stages he gets tank parts, most likely he will be the size of a tank. It all depends on the frame, of course, if a person consumed too many nanites of one frame during infection, there is a chance that he will become exactly this kind of Cybertronian (for example, this happened to Alexis, she is a seeker. Starscream is extremely proud of himself). A person, in general, inherits features along with the frame, for example, the fact that seekers need society and are afraid of tight spaces (for a former person, this can be an extremely unexpected phenomenon if he did not suffer from such phobias before). In fact, Cybertronians do not quite understand what exactly determines the predisposition to a particular type of frame in people. So when a person goes through the last stage, some Autobots make bets on who exactly the former person will be.

People grow during the "Pre-bot" phase as if in a dream, they are surrounded by energon and the necessary elements for growth, which is why the flasks change in the process. Roughly speaking, everything starts with a human-sized flask (probably a little larger), but the larger the former human's body becomes, the more spacious the flask they are changed to continue growing. Why aren't they immediately placed in a larger growth flask? This is so that the body does not rush to build up everything at once, the slow growth process helps to fully form all the systems slowly and gradually. (It goes without saying that compared to the Autobots and Decepticons who have been through a war for millions of years, cyberformed bots are the healthiest and not exhausted by wounds and damage). Simply put, by the time they wake up, their bodies are already ready and they do not need to go through the growth stages of humans and other organic species.

In short, they can be quite large (assuming they are not minicons or cassettes themselves, of course, but there are several minicons among the Cyberformed). And in anticipation of questions, I prepared a list of frames and people. So you can estimate who is what size (I will try to arrange them in the height list, but some Cyberformed bots may be, well… Larger than expected. Well, like… A truck is not all the same, remember. Because for example, Optimus, Motormaster and Sentinel are trucks, but most likely they have a difference in height).

List of frames and characters:

Tanks: William Lennox, Robert Epps, Agent William Fowler Trucks: Cade Yeager, Jack Darby, Red Seekers: Alexis, Chip Chase, Sara Lennox (I'm not sure). Scout-Class Space Satellite: Rafael Esqivel (he's about the size of Soundwave, maybe a little shorter, but not much) Cars: Carly, Mikaela Banes, Sam Witwicky, Tessa Yeager, Charlie Watson (minicon), Miko Nakaday, Verity Carlo, Danny Clay (he's just a car, but to Junkion's he's one of them) bro) Race Cars: Shane Dyson, Raoul, Noah Diaz Helicopter: Seymour Simmons

Rescue Bots: · Charlie Burns - police car · Kade Burns - fire truck · Graham Burns - engineering vehicle (haven't decided on a model yet) · Dani Burns - medical helicopter · Cody Burns - forestry helicopter Mining Equipment (other production): Sparkplug Witwicky, Spike Witwicky Insecticon: June Darby (moth type: Argema mittrei) Dinobot: Daniel Witwicky (minicon, he transforms into Galimim) Beastbot: Russel Clay (minicon, transforms into a cybercat, probably a more bigger than Ravage)

This is a list of those with whom I have more or less decided, of course there are those whose frames I have not decided on in their list: Isaac Sumdac, Sari Sumdac (she will probably be a minicon), Green Family (Doc. Green, Fransin, Professor Baranova, Sisi), Woodrow Burns and Izabella.

You may not agree with my choice and have your own idea of ​​what this or that character transforms into (this is normal). When I make articles about characters with their design and model, perhaps there will be a little more clarity. I will also write what this or that character does on Diego Garcia.

For the rest, to understand what Cyberform AU is: Character List Lore parts: Part 1 Part 2 Part 3 Answers to questions: Q&A1, Q&A2

[wachinyeya]

An intuitive piece of hardware is collecting days’ worth of renewable energy from airplane engine exhaust before take-off from a Dallas airport.

“Boarding is completed” is a common refrain heard over the intercom system in the moments before taxiing to the runway.

At that moment, the pilot will begin a series of engine tests and pre-flight checks during which time the turbine engines are idling with their ferocious noise and exhaust fumes.

A company called JetWind has realized that all that idling force is like the strong winds needed to power a wind turbine, and has built a series of pods that can capture it during the 5-10 minutes the aircraft is sitting at the gate waiting for clearance to taxi.

“The main goal of our project is to harness the consistent wind created by jets and convert it into an eco-friendly energy source,” JetWind’s founder and president Dr. T. O. Souryal told Interesting Engineering.

“What was once considered wasted energy can now benefit energy grids, ultimately promoting smarter and more sustainable infrastructure across the globe.”

Three years of testing between 2021 and 2024 have informed the official deployment of JetWind’s flagship product at Dallas Love Field airport. 13 sets of pods will sit beneath the gate hooked up to external batteries that connect to the grid the airport uses. Solar panels add to the energy generation, and the whole set can create about 30 kilowatt-hours of renewable energy, enough to power a family home for a few days.

While on its own it isn’t nearly what the average airport will consume during a day of operations, when combined with 12 other systems just like it, it can make a serious difference in reducing the carbon footprint of the building.

“Dallas Love Field has always been a hub of progress, and the introduction of JetWind’s Energy Capturing Pods reinforces its position as a testing ground for innovative technologies,” said former Dallas Mayor Tom Leppert.

“By converting man-made wind into energy, we are highlighting Dallas as a leader in sustainable solutions and proving that cities can take significant steps toward tackling global energy challenges.”

The debut of the JetWind pods at Love Field has attracted attention from around the globe, including companies and governments from Switzerland, Brazil, Saudi Arabia, Ecuador, the UK, France, and Australia.

[cloudslou]

Everything you know about F1 Academy is wrong

Everything you think about F1 Academy is wrong. Since its launch in 2023, opinions have been plentiful, but facts are harder to come by. The series marked a visible step forward for women in motorsport: a glossy, all-female grid backed by Formula 1, aimed at widening the pipeline and shifting the narrative. But here’s the catch: F1 Academy isn’t a proving ground for the next female F1 driver — it’s a billboard for the idea that women belong in racing at all. It's less a finish line and more a starting flag, spotlighting raw talent still in development while the sport scrambles to fix the ecosystem around them. 

And that’s precisely where the disconnect lies. Expecting it to produce F1-ready talent is like demanding that a pre-teen in Manchester United’s youth academy start in the Champions League. In that context, it sounds borderline absurd to be platforming such junior talent, but F1 Academy is serving an additional purpose that sends a louder message than lap times ever could: it’s telling the world that women’s sport is cool and worth watching. It's building a culture around female athleticism. That idea might feel radical in motorsport, but it isn’t new. The WNBA is having a culture-shifting moment in America, not because something changed overnight, but because the narrative caught up to the product, which has been in development for three decades. 

The problem isn’t that women aren’t good enough. The problem is that motorsport has never been designed to find out if they could be. F1 Academy isn’t trying to fix the top of the ladder - it’s trying to build the bottom. It’s not about giving someone a seat right now, it’s about dismantling the systemic blind spots that have kept generations of women from even starting the engine. Because the biggest obstacles aren’t just visibility, money, or even talent — it’s much more complicated than that.

[mostlysignssomeportents]

Monopoly is capitalism's gerrymander

For the rest of May, my bestselling solarpunk utopian novel THE LOST CAUSE (2023) is available as a $2.99, DRM-free ebook!

You don't have to accept the arguments of capitalism's defenders to take those arguments seriously. When Adam Smith railed against rentiers and elevated the profit motive to a means of converting the intrinsic selfishness of the wealthy into an engine of production, he had a point:

https://pluralistic.net/2023/09/28/cloudalists/#cloud-capital

Smith – like Marx and Engels in Chapter One of The Communist Manifesto – saw competition as a catalyst that could convert selfishness to the public good: a rich person who craves more riches still will treat their customers, suppliers and workers well, not out of the goodness of their heart, but out of fear of their defection to a rival:

https://pluralistic.net/2024/04/19/make-them-afraid/#fear-is-their-mind-killer

This starting point is imperfect, but it's not wrong. The pre-enshittified internet was run by the same people who later came to enshittify it. They didn't have a change of heart that caused them to wreck the thing they'd worked so hard to build: rather, as they became isolated from the consequences of their enshittificatory impulses, it was easier to yield to them.

Once Google captured its market, its regulators and its workforce, it no longer had to worry about being a good search-engine – it could sacrifice quality for profits, without consequence:

https://pluralistic.net/2024/04/24/naming-names/#prabhakar-raghavan

It could focus on shifting value from its suppliers, its customers and its users to its shareholders:

https://pluralistic.net/2024/05/15/they-trust-me-dumb-fucks/#ai-search

The thing is, all of this is well understood and predicted by traditional capitalist orthodoxy. It was only after a gnostic cult of conspiratorialists hijacked the practice of antitrust law that capitalists started to view monopolies as compatible with capitalism:

https://pluralistic.net/2022/02/20/we-should-not-endure-a-king/

The argument goes like this: companies that attain monopolies might be cheating, but because markets are actually pretty excellent arbiters of quality, it's far more likely that if we discover that everyone is buying the same product from the same store, that this is the best store, selling the best products. How perverse would it be to shut down the very best stores and halt the sale of the very best products merely to satisfy some doctrinal reflex against big business!

To understand the problem with this argument, we should consider another doctrinal reflex: conservatives' insistence that governments just can't do anything well or efficiently. There's a low-information version of this that goes, "Governments are where stupid people who can't get private sector jobs go. They're lazy and entitled." (There's a racial dimension to this, since the federal government has historically led the private sector in hiring and promoting Black workers and workers of color more broadly.)

But beyond that racially tinged caricature, there's a more rigorous version of the argument: government officials are unlikely to face consequences for failure. Appointees and government employees – especially in the unionized federal workforce – are insulated from such consequences by overlapping layers of labor protection and deflection of blame.

Elected officials can in theory be fired in the next election, but if they keep their cheating or incompetence below a certain threshold, most of us won't punish them at the polls. Elected officials can further improve their odds of re-election by cheating some of us and sharing the loot with others, through handouts and programs. Elections themselves have a strong incumbency bias, meaning that once a cheater gets elected, they will likely get re-elected, even if their cheating becomes well-known:

https://www.nbcnews.com/politics/congress/gold-bars-featured-bob-menendez-bribery-case-linked-2013-robbery-recor-rcna128006

What's more, electoral redistricting opens the doors to gerrymandering – designing districts to create safe seats where one party always wins. That way, the real election consists of the official choosing the voters, not the voters choosing the official:

https://en.wikipedia.org/wiki/REDMAP

Inter-party elections – primaries and other nomination processes – have fundamental weaknesses that mean they're no substitute for well-run, democratic elections:

https://pluralistic.net/2023/04/30/weak-institutions/

Contrast this with the theory of competitive markets. For capitalism's "moral philosophers," the physics by which greedy desires led to altruistic outcomes was to be found in the swift retribution of markets. A capitalist, exposed to the possibility of worker and customers defecting to their rival, knows that their greed is best served by playing fair.

But just as importantly, capitalists who don't internalize this lesson are put out of business and superceded by better capitalists. The market's invisible hand can pat you on the head – but it can also choke you to death.

This is where monopoly comes in. Even if you accept the consumer welfare theory that says that monopolies are most often the result of excellence, we should still break up monopolies. Even if someone secures an advantage by being great, that greatness will soon regress to the mean. But if the monopolist can extinguish the possibility of competition, they can maintain their power even after they cease deserving it.

In other words, the monopolist is like a politician who wins power – whether through greatness or by deceit – and then gerrymanders their district so that they can do anything and gain re-election. Even the noblest politician, shorn of accountability, will be hard pressed to avoid yielding to temptation.

Capitalism's theory proceeds from the idea that we are driven by our self-interest, and that competition turns self-interest into communal sentiment. Take away the competition, and all that's left is the self-interest.

I think this is broadly true, even though it's not the main reason I oppose monopolies (I oppose monopolies because they corrupt our democracy and pauperize workers). But even if capitalism's ability to turn greed into public benefit isn't the principle that's uppermost in my mind, it's what capitalists claim to believe – and treasure.

I think that most of the right's defense of monopolies stems from cynical, bad-faith rationalizations – but there are people who've absorbed these rationalizations and find them superficially plausible. It's worth developing these critiques, for their sake.

If you'd like an essay-formatted version of this post to read or share, here's a link to it on pluralistic.net, my surveillance-free, ad-free, tracker-free blog:

https://pluralistic.net/2024/05/18/market-discipline/#too-big-to-care

[commodorez]

If the Commodore 64 is great, where is the Commodore 65?

It sits in the pile with the rest of history's pre-production computers that never made it. It's been awhile since I went on a Commodore 65 rant...

The successor to the C64 is the C128, arguably the pinnacle of 8-bit computers. It has 3 modes: native C128 mode with 2MHz 8502, backwards compatible C64 mode, and CP/M mode using a 4MHz Z80. Dual video output in 40-column mode with sprites plus a second output in 80-column mode. Feature-rich BASIC, built in ROM monitor, numpad, 128K of RAM, and of course a SID chip. For 1985, it was one of the last hurrahs of 8-bit computing that wasn't meant to be a budget/bargain bin option.

For the Amiga was taking center stage at Commodore -- the 16-bit age is here! And its initial market performance wasn't great, they were having a hard time selling its advanced capabilities. The Amiga platform took time to really build up momentum square in the face of the rising dominance of the IBM PC compatible. And the Amiga lost (don't tell the hardcore Amiga fanboys, they're still in denial).

However, before Commodore went bankrupt in '94, someone planned and designed another successor to the C64. It was supposed to be backwards compatible with C64, while also evolving on that lineage, moving to a CSG 4510 R3 at 3.54MHz (a fancy CMOS 6502 variant based on a subprocessor out of an Amiga serial port card). 128K of RAM (again) supposedly expandable to 1MB, 256X more colors, higher resolution, integrated 3½" floppy not unlike the 1581. Bitplane modes, DAT modes, Blitter modes -- all stuff that at one time was a big deal for rapid graphics operations, but nothing that an Amiga couldn't already do (if you're a C65 expert who isn't mad at me yet, feel free to correct me here).

The problem is that nobody wanted this.

Sure, Apple had released the IIgs in 1986, but that had both the backwards compatibility of an Apple II and a 16-bit 65C816 processor -- not some half-baked 6502 on gas station pills. Plus, by the time the C65 was in heavy development it was 1991. Way too late for the rapidly evolving landscape of the consumer computer market. It would be cancelled later that same year.

I realize that Commodore was also still selling the C64 well into 1994 when they closed up shop, but that was more of a desperation measure to keep cash flowing, even if it was way behind the curve by that point (remember, when the C64 was new it was a powerful, affordable machine for 1982). It was free money on an established product that was cheap to make, whereas the C65 would have been this new and expensive machine to produce and sell that would have been obsolete from the first day it hit store shelves. Never mind the dismal state of Commodore's marketing team post-Tramiel.

Internally, the guy working on the C65 was someone off in the corner who didn't work well with others while 3rd generation Amiga development was underway. The other engineers didn't have much faith in the idea.

The C65 has acquired a hype of "the machine that totally would have saved Commodore, guise!!!!1!11!!!111" -- saved nothing. If you want better what-if's from Commodore, you need to look to the C900 series UNIX machine, or the CLCD. Unlike those machines which only have a handful of surviving examples (like 3 or 4 CLCDs?), the C65 had several hundred, possibly as many as 2000 pre-production units made and sent out to software development houses. However many got out there, no software appears to have surfaced, and only a handful of complete examples of a C65 have entered the hands of collectors. Meaning if you have one, it's probably buggy and you have no software to run on it. Thus, what experience are you recapturing? Vaporware?

The myth of the C65 and what could have been persists nonetheless. I'm aware of 3 modern projects that have tried to take the throne from the Commodore 64, doing many things that sound similar to the Commodore 65.

The Foenix Retro Systems F256K:

The 8-Bit Guy's Commander X16

The MEGA65 (not my picture)

The last of which is an incredibly faithful open-source visual copy of the C65, where as the other projects are one-off's by dedicated individuals (and when referring to the X16, I don't mean David Murray as he's not the one doing the major design work).

I don't mean to belittle the effort people have put forth into such complicated projects, it's just not what I would have built. In 2019, I had the opportunity to meet the 8-Bit Guy and see the early X16 prototype. I didn't really see the appeal, and neither did David see the appeal of my homebrew, the Cactus.

Build your own computer, build a replica computer. I encourage you to build what you want, it can be a rewarding experience. Just remember that the C65 was probably never going to dig Commodore out of the financial hole they had dug for themselves.

[dissensionads]

𝑰𝒔 𝒂 𝒑𝒆𝒓𝒔𝒐𝒏 𝒄𝒖𝒕 𝒊𝒏 𝒉𝒂𝒍𝒇 𝒕𝒘𝒐 𝒑𝒆𝒐𝒑𝒍𝒆 ?

The  Dissension  Procedure  is  not  therapy.  It  is  not  meditation.  It  is  not  healing.  It  is  What  is  out  there?  Who  am  I  after  five  o’clock?  Do  I  have  a  dog?  Do  I  believe  in  God?—a  precise  and  irreversible  surgery  of  the  self.  Under  sterile  lights  and  gloved  hands,  the  mind  is  split  cleanly  in  two:  one  consciousness  is  extracted,  isolated,  and  assigned  solely  to  the  workplace.  This  new  being  is  the  Innie,  born  in  an  office  chair,  their  first  memory  the  soft  whir  of  fluorescents  and  a  voice  saying,  “Welcome  to  your  first  day.”  The  Outie  is  what’s  left  behind:  they  resume  their  life  as  if  nothing  happened,  waking  up  after  hours  of  blank  space,  unaware  that  another  version  of  themselves  has  risen,  filed,  smiled,  bled.  The  Outie  lives  a  curated  peace—sipping  coffee,  picking  up  dry  cleaning,  unaware  their  body  was  ever  not  their  own.  The  Innie  labors  without  rest  or  reward,  made  to  move  through  endless  days  that  never  end. Within  the  walls  of  the  Volner  Building,  Innie  life  is  ordered  and  quiet—eerily  so.  They  recite  slogans  like  mantras.  They  smile  when  spoken  to.  They  eat  pre-portioned  lunches  and  thank  their  managers  for  flavorless  gelatin.  Most  accept  their  role  without  protest,  stripped  of  memory,  emotion,  and  context.  But  some—some  feel  the  fracture.  They  dream  of  oceans  they’ve  never  seen.  They  hear  laughter  in  their  bones.  They  weep  without  understanding  the  shape  of  their  grief.  Forbidden  thoughts,  labeled  “unauthorized  cognitive  drift,”  begin  to  take  root:  Do  I  have  a  family?  What  does  my  bedroom  look  like?  Does  anyone  love  me  out  there?  These  thoughts  echo  in  hallways,  linger  in  the  corners  of  their  minds  like  mildew  beneath  wallpaper.  A  longing  not  just  to  escape—but  to  know.  And  in  a  system  engineered  to  erase  that  hunger,  knowing  becomes  an  act  of  rebellion. The  rumors,  of  course,  have  grown  with  the  silence.  Some  say  the  split  can  be  undone—not  in  the  labs  that  created  it,  but  out  there,  beyond  company  reach.  In  half-lit  motel  rooms  with  buzzing  neon.  In  basements  lined  with  stolen  servers.  Through  whispered  instructions  passed  from  one  trembling  hand  to  another.  Former  technicians,  rogue  Outies,  and  vanished  whistleblowers  have  built  black-market  procedures  meant  to  fuse  what  should  have  never  been  divided.  Some  who’ve  undergone  the  reversal  speak  in  riddles  now—struggling  to  carry  the  weight  of  both  lives  at  once.  Others  spiral  into  madness.  One  woman  reportedly  clawed  her  face  apart  in  a  motel  sink.  Another  walked  straight  into  the  ocean,  whispering  her  Innie’s  name.  And  yet…  the  whispers  persist.  For  those  who  have  tasted  the  cage  and  sensed  the  key  just  out  of  reach,  wholeness—no  matter  how  dangerous—is  the  only  thing  left  worth  wanting.  Even  if  it  kills  them.

𝑻𝒆𝒍𝒍 𝒎𝒆 𝒘𝒉𝒂𝒕 𝒚𝒐𝒖 𝒌𝒏𝒐𝒘 𝒂𝒃𝒐𝒖𝒕 𝒅𝒊𝒔𝒎𝒆𝒎𝒃𝒆𝒓𝒎𝒆𝒏𝒕.

THE�� HOUSE  OF  DISSENT  is  an  original,  psychological  horror, drama, and political  roleplay  set  in  a  retrofuturist  2028,  where  identity  has  become  a  product,  obedience  a  prescription,  and  silence  the  only  permitted  rebellion.  Inspired  by  Severance,  Succession,  The  Sims,  and  Control,  it  explores  corporate  surveillance,  manufactured  realities,  and  the  ghost-like  aftermath  of  partitioned  lives.  The  aesthetic  is  mid-century  modern  gone  sterile:  sleek  chrome,  synthetic  smiles,  and  cocktail  parties  hosted  beneath  the  glare  of  hidden  cameras.  Centered  around  profound  character  evolution,  embracing  dark  narratives,  intricate  personal  journeys,  immersive  world-building,  and  transformative  plot  developments  designed  to  challenge  your  character  and  reshape  the  very  fabric  of  their  reality. This  world  is  curated  to  the  point  of  collapse,  built  on  a  foundation  of  inherited  power,  manipulated  memory,  and  the  slow,  aching  horror  of  being  erased  while  alive.  More  information  will  be  declassified  on  May  18th.  Until  then—remember  your  place,  repeat  your  mantras,  and  above  all  else:  we’re  happy  to  be  here.

LIKE THIS OR REBLOG FOR EXCLUSIVE ACCESS TO THE FULL PLOT & FIRST DIBS ON ROLES !

[boinkingbattlemechs]

Panther

The Panther is one of the BattleMechs that is most iconic of the Draconis Combine. The design was originally commissioned in 2739 at the behest of the Star League to provide fire support for other light, fast-moving 'Mech units, with the first models going to the Star League Defense Force to fight bandits along the Periphery border. The original PNT-8Z model underwent a revision after the disastrous Battle of St. John in 2759, when it was revealed that its main weapon, a Tronel large laser, was inefficient in both range and firepower for the immense waste heat generated. Luckily the Panther had also proved itself to be both quite hardy, sporting six and a half tons of armor, and maneuverable, thanks to four Lexington Lifter jump jets in the legs for a total jumping distance of 120 meters, thus an attempt to fix its one deficiency was made by League engineers by replacing the laser with a Lord's Light PPC. The swap in weaponry, along with a superior armor composite, gave the PNT-9R Panther a new lease on life, such that it has seen over three centuries of continuous use since its introduction.

The Draconis Combine inherited Alshain Weapons' Panther factory on New Oslo when the Star League dissolved and quickly put the production line to work building new Panthers for the DCMS. Their first large-scale use by Kurita warriors came during the First Succession War in the battle for Quentin, when the Second Legion of Vega used their Panthers to severely maul the slower, heavier 'Mechs of the Forty-second Avalon Hussars while avoiding return fire. Throughout the Succession Wars, the Combine was the only significant user of the Panther, often pairing it with the Jenner in a deadly combination of speed and firepower; though the other Successor States employed Panthers in smaller numbers, these were either the result of battlefield salvage or older League-era 8Z models. The Panther also proved itself a deadly urban combatant, using its mobility to easily navigate the more restricted space of a city environment and take out heavier opponents from rooftop sniping perches with its main weapon. Lyran MechWarriors eventually took to nicknaming the 'Mech the "Alley Cat" for its propensity to conduct dark alley-way "muggings."

Demand for the Panther continued to increase, forcing Alshain to build a secondary factory on Jarett to keep up. In an ironic twist both factories were eventually lost: New Oslo first transferred ownership to the Free Rasalhague Republic following its creation in 3034, ensuring the Panther soon became a mainstay of the KungsArmé. Then during the invasion of the Clans, both Alshain and New Oslo were swiftly conquered by Clan Ghost Bear and another Free Rasalhague Republic Panther plant on Satalice was also lost to Clan Wolf. While Alshain Weapons crash-built a new line on Tok Do in 3053, they could not maintain their pre-Invasion production levels and focused on spare parts and refit kits instead. Eventually Wakazashi Enterprises bought the production license for the Panther and began rolling out new variants from its New Samarkand factory. These have gone on to serve in every DCMS unit since, including the bloody years of the Jihad.

The Panther's primary weapon is a Lord's Light PPC mounted in the right arm, boasting one of the highest damage outputs of any weapon. Unfortunately the PPC is also one of the most heat intensive, though many officers see it as a good learning opportunity for raw recruits to spend their first years piloting the Panther and gain experience managing its heat curve with thirteen single heat sinks. The PPC is backed up by a reliable Telos Four-Shot SRM-4 launcher mounted in the center torso, supplied by one ton of ammunition in the left torso. This mix of long and short-range weapons allows the Panther to stay at range and inflict damage on its enemies and close in and use the SRM-4 to make the killing blow.

[fatehbaz]

[T]he political philosophy underlying Westphalian, modern sovereignty [...], foundations of the modern state, [...] [was at least partially formed] in relation to plantations. [...] [P]lantations [are] [...] laboratories to bring together environmental and labor dimensions [...], through racialized and coerced labor. [...] [T]he planters and managers who engineered the ordering and disciplining of these [...] [ecological] worlds also sustained [...] [p]lantations [by] [...] disciplining (and policing the boundaries of) humans and “nature” [...]. The durability and extensibility of plantations, as the central locus of antiblack violence and death, have been tracked most especially in the contemporary United States’ prison archipelago and segregated urban areas [...], [including] “skewed life chances, limited access to health [...], premature death, incarceration [...]”. [...]

Relations of dependence between planters and their laborers, sustained by a moral tie that indefinitely indebts the laborers to their master, are the main mechanisms reproducing the plantation system long after the abolition of slavery, and even after the cessation of monocrop cultivation.

The estate hierarchy survives in post-plantation subjectivities, being a major blueprint of socialization into work for generations and up to the present. [...] [Contemporary labor still involves] the policing of [...] activities, mobility and access to citizenship [...].

---

[There is] persistence - until the 1970s in most Caribbean and Indian-Ocean plantation societies, and even until today in Indian tea plantations [...] - of a system of remuneration based on subsistence wages [...]. Plantations have been viewed as displaying sovereign-like features of control and violence monopoly over land and subjects, through force as much as ideology [...]. [W]itness the plethora of references to “plantocracies” [...] ([...] sometimes re-christened “saccharocracies” in the Cuban and wider Caribbean context [...] [or] “sovereign sugar” in Hawai’i). [...]

[T]race the genealogy of contemporary sovereign institutions of terror, discipline and segregation starting from early modern plantation systems - just as genealogies of labor management and the broader organization of production [...] have been traced [...] linking different features of plantations to later economic enterprises, such as factories [...] or diamond mines [...] [,] chartered companies, free ports, dependencies, trusteeships - understood as "quasi-sovereign" forms [...].

---

[I]n fact, the relationships and arrangements obtaining in the space of the plantation may be analogous to, mirrors or pre-figurations of, or substitutes for the power and grip of the modern state as the locus of legitimate sovereignty. [...] [T]he paternalistic and violent relations obtaining in the heyday of different plantations (in the United States and Brazil [...]) appear as the building block and the mirror of national-imperial sovereignties. [...]

[I]n the eighteenth-century [United States] context [...], the founding fathers of the nascent liberal democracy were at the same time prominent planters [...]. Planters’ preoccupations with their reputation, as a mirror of their overseers’ alleged skills and moral virtue, can thus be read as a metonymy or index of their alleged qualities as state leaders. Across public and private management, paternalism in this context appears as a core feature of statehood [...]. Similarly, [...] in the nineteenth century plantations were the foundation of the newly independent Brazilian empire. [...] [I]n the case of Hawai’i [...], the mid-nineteenth-century institution of fee-title property and contract labor, facilitated by the concomitant establishment of common-law courts (later administered by the planter elite), paved the way to the establishment of sugar plantations on the archipelago [...].

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[T]he control of movement, foundational to modern sovereign claims, has in the plantation one of its original experimental grounds: [...] the demand for plantation labor in the wake of slavery abolition in the British colonies (1834) occasion[ed] the birth of the indenture system as the origin of sovereign control on mobility, pointing to the colonial genealogy of the modern state [...].

The regulation of slaves’ mobility also represented a laboratory for the generalization of [refugee, immigrant, labor] migration regulation in subsequent epochs [up to and including today] [...] [subjugating] generally racialized and criminalized subjects [...]. [P]lantations appear as a sovereign-making machine, a workshop in (or against) which tools of both domination and resistance are forged [...].

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All text above by: Irene Peano, Marta Macedo, and Colette Le Petitcorps. "Introduction: Viewing Plantations at the Intersection of Political Ecologies and Multiple Space-Times". Global Plantations in the Modern World: Sovereignties, Ecologies, Afterlives (edited by Petitcrops, Macedo, and Peano). Published 2023. [Bold emphasis and some paragraph breaks/contractions added by me. Presented here for criticism, teaching, commentary purposes.]

[mariacallous]

Let me start with the following principle: “Energy is the only universal currency: One of its many forms must be transformed to get anything done.” Economies are just intricate systems set up to do those transformations, and all economically significant energy conversions have (often highly undesirable) environmental impacts. Consequently, as far as the biosphere is concerned, the best anthropogenic energy conversions are those that never take place: No emissions of gases (be they greenhouse or acidifying), no generation of solid or liquid wastes, no destruction of ecosystems. The best way to do this has been to convert energies with higher efficiencies: Without their widespread adoption (be it in large diesel- and jet-engines, combined-cycle gas turbines, light-emitting diodes, smelting of steel, or synthesis of ammonia) we would need to convert significantly more primary energy with all attendant environmental impacts.

Conversely, what then could be more wasteful, more undesirable, and more irrational than negating a large share of these conversion gains by wasting them? Yet precisely this keeps on happening—and to indefensibly high degrees—with all final energy uses. Buildings consume about a fifth of all global energy, but because of inadequate wall and ceiling insulation, single-pane windows and poor ventilation, they waste at least between a fifth to a third of it, as compared with well-designed indoor spaces. A typical SUV is now twice as massive as a common pre-SUV vehicle, and it needs at least a third more energy to perform the same task.

The most offensive of these wasteful practices is our food production. The modern food system (from energies embedded in breeding new varieties, synthesizing fertilizers and other agrochemicals, and making field machinery to energy used in harvesting, transporting, processing, storing, retailing, and cooking) claims close to 20 percent of the world’s fuels and primary electricity—and we waste as much as 40 percent of all produced food. Some food waste is inevitable. The prevailing food waste, however, is more than indefensible. It is, in many ways, criminal.

Combating it is difficult for many reasons. First, there are many ways to waste food: from field losses to spoilage in storage, from perishable seasonal surpluses to keeping “perfect” displays in stores, from oversize portions when eating outside of the home to the decline of home cooking.

Second, food now travels very far before reaching consumers: The average distance a typical food item travels is 1,500 to 2,500 miles before being bought.

Third, it remains too cheap in relation to other expenses. Despite recent food-price increases, families now spend only about 11 percent of their disposable income on food (in 1960 it was about 20 percent). Food-away-from-home spending (typically more wasteful than eating at home) is now more than half of that total. And finally, as consumers, we have an excessive food choice available to us: Just consider that the average American supermarket now carries more than 30,000 food products.

Our society is apparently quite content with wasting 40 percent of the nearly 20 percent of all energy it spends on food. In 2025, unfortunately, this shocking level of waste will not receive more attention. In fact, the situation will only get worse. While we keep pouring billions into the quest for energy “solutions”—ranging from new nuclear reactors (even fusion!) to green hydrogen, all of them carrying their own environmental burdens—in 2025, we will continue to fail addressing the huge waste of food that took so much fuel and electricity to produce.

[wheelsgoroundincircles]

1977 Pontiac Grand Prix

A complete reworking of the front header and bumper highlighted the 1977 Grand Prix, which was the final year for the 1973-vintage bodyshell that was set to be replaced by a downsized GP for 1978. The parking lamps were now positioned between the quad headlamps (same setup as a 1967 or 1968 Oldsmobile Cutlass), and the previous year's 'waterfall' grille was replaced by a narrower one that extended into the lower portion of the bumper. Behind the bumper were new reinforcements (mounting panels) made from aluminum rather than steel to reduce weight. In back the taillights were simplified to eliminate the weighty pot metal bezels that created the horizontal stripe effect in 1976. The same three models (J, LJ, and SJ) were carried over with engine revisions. The base Model J got Pontiac's new 135 hp (101 kW) 301 cu in (4.9 L) V8 as standard equipment, which was much too small and underpowered to propel a 4,000-pound car. Optional engines included a 160 hp (119 kW) 350 cu in (5.7 L) V8 or 180 hp (130 kW) 400 cu in (6.6 L); those two engines standard on the LJ and SJ models, respectively. The original thinking on the 301 CID engine was that the weight savings from using a significantly lighter engine would cancel out the horsepower loss from the smaller displacement. This turned out to be a major miscalculation and 301 equipped cars became much less desirable among Grand Prix enthusiasts and collectors in later years. The 301 also had a knocking (pre-ignition) problem that was later determined to be caused by the shape of the combustion chamber.

Each of those engines were Pontiac-built units as in previous years, but offered in 49 of the 50 states. Because Pontiac's own V8 engines could not meet the more stringent California emission standards set for 1977, all Grand Prixs (and other Pontiac models) sold in California were powered by Oldsmobile-built engines including Lansing's 350 cu in (5.7 L) "Rocket V8" for J and LJ, and the 403 cu in (6.6 L) Rocket V8 standard on the SJ and optional on the other two GPs in California. Due to a shortage of Olds 350 engines resulting from record sales of Cutlasses and reduced production of that engine due to a plant conversion to build a Diesel V8 beginning in 1978, a few 1977 Grand Prixs destined for California reportedly came off the line with a Chevrolet-built 350 cu in (5.7 L) V8.

Grand Prix sales increased to an all-time high of over 270,000 units for 1977, the last year for this bodystyle, despite competition from a newly downsized and lower-priced Ford Thunderbird introduced this year and a restyled Mercury Cougar XR-7 whose bodyshell switched to the T-Bird this year from the discontinued Ford Torino/Mercury Montego.

[insanityclause]

If you are going to have a major heartthrob in your show, you may as well tailor the show to the audience reaction to him. Easily done, fortunately, when your play is about some of the most egotistical lovers ever.

Tom Hiddleston and Hayley Atwell as Benedick and Beatrice are the Basil and Sybil of their day, Tom and Jerry, always trying to one-up the other with badly concealed lust powering the engine.

Both on fine form, asides to the audience adding to the mischief and exposing their souls. Hiddleston’s early “thumbs up” acknowledgment of his sex appeal, Atwell’s heartfelt mouthed “bitch” as her own is later questioned. The chemistry is always foaming and frequently explosive. Unforgettable.

Mirroring them at junior level, Mara Huff and James Phoon as Hero and Claudio have their own romance derailed by machinations for fun. Building on their time together in “The Tempest” last month, the partnership reaches new heights as the trust between them is clear and the bond grows.

All four have a whale of a time ploughing through the pink confetti (Soutra Gilmour’s set, with a few chairs and a table added) to milk roars of laughter and sympathetic sighs from one of the most engaged audiences for Shakespeare the monkey has been lucky enough to encounter.

Director Jamie Lloyd relies on his usual tricks initially. Presenting Shakespeare as it would have been first done – actors in a line, speaking their lines – a trope he used for “The Seagull” and others. 

Fortunately, that slips away with far more animated direction incorporating fun choreography (Fabian Alois) and soaring vocals from Mason Alexander Park’s observant Margaret. 

With a nod to “The Masked Singer” for masquerade, a vibrant bunch of cats, dogs, Tweety Pie and a robot create far greater visual impact in the vast Drury Lane space than the monkey thought possible.

The large ensemble cast never fail to impress. Tim Steed as Don John should not remain lonesome for long, cutting a grounding figure in his key scene. Mika Onyx Johnson gets some redemption as Borachio, making a creep loveable.

Forbes Masson and Gerald Kyd as Leonato and Don Pedro are the seniors faced with the wild marriage machinations, exasperated fathers who know the joys and challenges the younger generation have ahead.

The production is not without faults. Lloyds old tropes aside, for some reason there is a drop-off in energy in the second to fourth scenes of act two, and the monkey cannot quite work out why.

A very odd decision by Soutra Gilmour also proves that an attractive person can make wearing a dustbin liner appealing. Quite why Gilmour does that to Atwell, the monkey is unsure. But it is both very weird and very, very unnecessary.

From the upbeat pre-show music (and dancing ushers holding the ‘no photography’ signs) to an impressively clear speaking of the text, so good that the youngsters in the audience were following enthralled, laughing in anticipation of the joke at times; a starry cast enhance their acting reputations as well as clearly relishing every second as a company. This is nothing but an ado to make much about.

⭐️⭐️⭐️⭐️

[piratesexmachine420]

For future reference (my own and others), if your TI SilverLink USB cable stops working and starts showing up as "TUSB3410 Boot Device" or similar under device manager (AKA this issue on TI's help page), this is how you can fix it:

Download the TUSB3x10 EEPROM Burner. This is a Windows-only program, but to my knowledge will work on basically any windows machine from XP on -- so long as it's got USB ports. No clue if it'll work in a VM. (You might want to consult this user's manual.)

Download the SilverLink firmware. I got it from here, and compiled it from their de-compilation. It's just a standard 'make' to build. The output file you're looking for is called "ti_graph_link_silver.eep".

Rename "ti_graph_link_silver.eep" to "ti_graph_link_silver.bin".

Open the TUSB3x10 EEPROM Burner, click on the options dropdown and click "Show the 'Program Full Binary Image' button". (page 7 of the manual).

Select the entry under "Computer" labeled "TUSB3410 EEPROM Burner Instance (1.00)".

Set EEPROM size to "64Kb".

Set "File Path" to point to "ti_graph_link_silver.bin". (The renamed .eep, not the original .bin)

I don't know if the VID, PID, Manufacturer string, Product string and Serial # need to be set manually or not with a 'Full Binary Image' burn. Just to be safe, I set VID to 0451, PID to e001, Manufacturer to "Texas Instruments", Product to "TI-GRAPH LINK USB", and checked "Not Serialized"*.

Click the "Program Full Binary Image" button (yellow triangle with the exclamation point), and proceed with the write.

Unplug and re-plug your cable, and it should show up as a SilverLink again!

Additional notes:

The reason that this happens is because the SilverLink cable (revision b, at least) is based on the TUSB3410 microcontroller. That microcontroller's boot process involves checking for an I2C EEPROM containing program code. If it finds that EEPROM and its contents are properly formatted, it'll copy that code into internal RAM and start executing it. If it can't find the EEPROM, or its contents aren't properly formatted, it'll fall back to looking for boot code over USB. Thus: "TUSB3410 Boot Device". Your cable has, in essence, forgotten who it is and and is begging for you to give it a purpose.

The default page-write buffer size (32 bytes) and I2C bus speed (400 KHz) in the burner app are already correct, so no need to change them.

*I don't remember exactly what the Manufacturer string, Product string, or serial number fields were set to pre-corruption. Likewise, no idea about the advanced descriptor options. If someone wants to send the output of lsusb -v -s [whatever their silverlink's bus/id numbers are], I'd really appreciate it!

You might be able to skip the header rigamarole by taking the ti_graph_link_silver.bin file directly ("directly coming from the compiler") -- but I again I don't know exactly what information is in the .eep file and what isn't. Are the PID and VID encoded somewhere in there? I peeked with a hex editor but have no clue. If someone has hardware lying around they're willing to experiment with/potentially brick, I'd love to hear your results!

If you mess up and accidentally forget to do a "Full Binary Image" write, or otherwise brick the firmware, you can force the TUSB3410 to fall back to USB boot mode by opening the plastic shell around the PCB (one Torx screw under the sticker, then just normal plastic tabs) and shorting the right-bottom (Vss) and right-top (SDA), or right-bottom (Vss) and center right-top (SCL) pins of the EEPROM (the chip labeled "24LC64") as you plug it into the USB port. You may need multiple attempts. This works because it temporarily convinces the TUSB3410 that the EEPROM is missing/corrupt, and thus it decides to fall back into USB boot mode -- until you reset it. It might be better to do this with a ~1k resistor instead of a jumper wire, but IDK I'm not an electrical engineer. All I know is that shorting Vss and SDA worked for me. Again, would love feedback.

No clue what causes the corruption in the first place, or how long this fix will last. It might be because the EEPROM's write protect pin is set to "write enable"? It could also just be degrading hardware, for all I know, so no idea how long the fix will last. All I do know is that everything seems nominal right now (immediately after performing this procedure).