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The Acceleration Theory: Use Momentum To Finish First

Don't go for top speed quickly—extend your acceleration instead.

Cover photo: @jerrysilfwer

The accel­er­a­tion the­ory can help you crush your competition.

At times in life, it might seem like every­one is ahead.

At such times, you might exper­i­ence stress, self-doubt, and per­form­ance anxi­ety — espe­cially if you have a com­pet­it­ive personality. 

Struggling to stay ahead at all times might be drain­ing men­tally and phys­ic­ally. Just keep­ing up becomes a chore.

Turns out that stay­ing ahead might also be over­rated. I came to this con­clu­sion when research­ing how to become a bet­ter sprinter. 

Here we go:

My Sprint Experiment in Greenwich Park

In 2004, I lived in Greenwich, London. My girl­friend and I ren­ted a run­down apart­ment near Cutty Sark above a loc­al post office.

Broke and rest­less, we spent much time exer­cising in Greenwich Park, home of the GMT date line. The park was an excel­lent place to play around with a stop­watch and some sprints. 

Why not? We were both strong sprint­ers in high school and wanted to see if we could still hit some decent times.

I quickly learned I was­n’t even close to my high school records. As dis­ap­point­ing as this was, I added some inter­val train­ing to my regi­men. I pushed myself hard but could not slow down my new, slow times. 

Whatever speed I had as a teen­ager now seemed to be gone.

Still, I was­n’t ready to give up.
I turned to research.

Inspired by World Champions

I remem­ber watch­ing the 100-meter dash in the Olympics as a kid. I was mes­mer­ised by how some sprint­ers could come up from behind in the last part of the race and crush their opponents. 

But at the same time, I always wondered:

If an élite sprint­er is lead­ing the 100-meter dash at 80 meters and someone else is com­ing up fast from behind, why isn’t the pack lead­er put­ting up more of a fight? 

I reasoned that some­thing must be left in the tank with only 20 meters to the fin­ish line. But no. I don’t think I’ve ever seen a 100-meter dash sprint­er pick up the pace that close to the fin­ish line.

Naturally, I star­ted search­ing for how the 100-meter dash works from a math­em­at­ic­al perspective. 

I will use some inter­est­ing data points from Maurice Green and Usain Bolt to illus­trate some of my findings:

Data Points from Maurice Green 

In his paper, A Mathematical Model of the 100M and What It Means, Kevin Prendergast out­lines a for­mula for describ­ing what hap­pens dur­ing a 100-meter dash. 

Prendergast tests his proof on the res­ults from the 1999 World Championships, where data from the eight final­ists were ana­lysed. Seven sprint­ers were then grouped and com­pared to the win­ner, Maurice Greene.

Data points from the sprint­ers (exclud­ing Maurice Greene) in that race showed:

  • Reaction time 0.14sec
  • Speed lim­it 11.68 m/​s
  • Initial accel­er­a­tion 10.05 m/​s²
  • Acceleration con­stant 0.8609
  • Duration of accel­er­a­tion 6.44sec
  • Duration of decel­er­a­tion 3.38sec
  • Point of max speed 59.79m
  • Max speed 11.50m/s
  • Total time 9.96sec

And here are the same data points, but for Maurice Greene alone:

  • Reaction time 0.13sec
  • Speed lim­it 11.77m/s
  • Initial accel­er­a­tion 10.12m/s²
  • Acceleration con­stant 0.8600
  • Duration of accel­er­a­tion 8.68sec
  • Duration of decel­er­a­tion 0.99sec
  • Point of max speed 86.84m
  • Max speed 11.73m/s
  • Total time 9.80sec

Oh, cool.

The sev­en final­ists reached their points of max­im­um speed at an aver­age of 59.79 meters into the race, at which point Maurice Green was still accel­er­at­ing, reach­ing his max­im­um speed at 86.84 meters! It shows in the dur­a­tion of accel­er­a­tion, which for Greene was 8,68 seconds (almost the entire race!) and 6,44 seconds for the rest.

Greene’s max speed was­n’t much high­er than the oth­ers, but the oth­ers decel­er­ated for 3.38 seconds while Greene only slowed down for 0.99 seconds. 

Prendergast con­cludes:

The prac­tic­al les­son from this mod­el for sprint­ers and coaches would seem to be the bene­fit of extend­ing the time of accel­er­a­tion. This, rather than raw power out of the blocks, will res­ult in faster times. It is prob­ably a mat­ter of con­trol. […] It is pos­sible to derive a math­em­at­ic­al mod­el that mod­els a 100m per­form­ance very well. It provides valu­able inform­a­tion on the makeup of the per­form­ance, regard­ing accel­er­a­tion, velo­city, and dis­tance at any stage in the race. It enables us to see the vital ingredi­ents of suc­cess in 100m run­ning, and that the most vital is to accel­er­ate as long as possible.”

Data Points from Usain Bolt

Assuming that the fric­tion between our feet and the ground is con­stant and that run­ning on two feet is giv­en, a the­or­et­ic­al super­hu­man can run 100 meters between 4,5 to 5 seconds. 

Going any faster is impossible without alter­ing phys­ics.

But here’s the excit­ing part:

Look at the velo­city curve for the world’s fast­est sprint­er, Usain Bolt.

When I looked at break­downs for fam­ous 100-meter sprint­ers over the last 40 years, their aver­age top speeds had­n’t increased much, but Usain Bolt stands out with his max­im­um speed of 12,2 meters per second.

Usain Bolt speed diagram - Acceleration Theory
Usain Bolt’s velo­city at each instant of his gold-medal 100-meter dash in Beijing, 2008. Source: Quanta Magazine.

We can see that Bolt’s speed var­ies dur­ing a 100-meter dash. So, what can we dis­cern from his data points? I looked closely at sev­er­al 100-meter dash finals.

The accel­er­a­tion phase: To accel­er­ate, you must be at an angle with the ground (lean­ing for­ward, push­ing with legs) to be able to push hard against grav­ity.

The top speed phase: Once upright (run­ning tall with as little con­tact with the ground as pos­sible), you can only main­tain speed or decelerate.

Turns out I’ve been wrong about sprint­ing. I always tried to reach my top speed as fast as pos­sible in my sprints. 

The world’s best 100-meter dash sprint­ers can only main­tain their top speeds for 20 – 25 meters. Maurice Green accel­er­ated for an incred­ible 8,69 seconds and kept his top speed for 0,99 seconds.

And what was I doing? I cruised eas­ily at my “top speed” for 75 – 80 meters.

Huh.

How fast would I have to run at a top speed that I could only sus­tain for no more than 20 – 25 meters? I real­ised that I should try to extend my accel­er­a­tion phase.

Time for a new experiment.

Back to Greenwich Park: New Experiment!

My girl­friend and I went back to Greenwich Park, marked every 10 meters along a 100-meter track, and I made a few test sprints. 

First, I ran as usu­al. I reached my top speed (run­ning tall with as little con­tact with the ground as pos­sible) after about 25 – 30 meters, and I man­aged to keep my speed reas­on­ably well for the remainder of the distance. 

Now, I wanted to extend my accel­er­a­tion time. But for how long? I decided to go for the 60-meter mark. 

I pre­pared myself, and as my girl­friend star­ted the stop­watch, I got off to a good start. As I kept accel­er­at­ing, the strain on my body was immense. At the 30-meter mark, I felt like I was car­ry­ing an ele­phant. At the 40-meter mark, I could not keep accel­er­at­ing for longer.

And as I began clos­ing in on the fin­ish line, my legs and upper body were spent. At 80 – 90 meters, I could feel myself decelerating.

Reaching the fin­ish­ing line felt like an etern­ity. Also, I felt a lot more drag through­out the sprint, almost as if someone had attached a para­chute to my waist, slow­ing me down even further. 

Discouraged, I asked my girl­friend about my time.

Well, Jerry, that was your fast­est 100-meter dash ever,” she said while star­ing at the stop­watch like she could­n’t believe it. “By a margin.”

Talent vs Work - Doctor Spin
Talent vs work. (Illustration: Unknown.)

The Acceleration Theory in Everyday Life

How do you apply the accel­er­a­tion the­ory out­side sprinting?

I began think­ing of every­day ambi­tions as sprints of vari­ous lengths.

The philo­sophy goes like this: First, you work hard on improv­ing. Then, when you hit the 60% mark, you put everything into over­drive — time to fly!

Read also: The Every Day Rule: Manage Your Identity To Achieve More

When work­ing with a cli­ent, I spend 60% of the ini­tial pro­ject scope doing ground­work, ask­ing uncom­fort­able ques­tions, research­ing, pre­par­ing mater­i­al, run­ning tests, etc. While oth­ers start deliv­er­ing res­ults at their lower-end top speeds, I keep accelerating.

I know that by stay­ing uncom­fort­able for longer, I’ll win in the end. Call it “a geek’s approach to life.”

Geeks and repetitive tasks - Acceleration Theory
Geeks and repet­it­ive tasks. Source: Global Nerdy

If a per­son­al pro­ject is planned for 12 months, the 60% mark will occur after 219 days of accel­er­a­tion. If a small task is to be done in 12 minutes, it’s time to fly after 432 seconds of preparation.

If I live health­ily until I’m 85, my life’s 60% mark will occur at 51. Yes, I’m determ­ined to crush it when I get there.

This mind­set keeps me hon­est and hard­work­ing. It reminds me nev­er to stress about being behind in the first half of any­thing. And it motiv­ates me to go for gold like a space rock­et when the accel­er­a­tion phase is done.

Establishing 60% Marks in Life

Based on my insights from Greenwich Park, these obser­va­tions have served me well in my pub­lic rela­tions career and life. 

Here’s how to sum up the accel­er­a­tion theory:

Know what done (100%) looks like. Always know the dis­tance for a par­tic­u­lar under­tak­ing (i.e. the equi­val­ent of know­ing where the fin­ish line will be).

Your focus before the 60% mark. Hunker down and accel­er­ate con­tinu­ously. Never mind about your com­pet­i­tion; focus on the hard work of gain­ing momentum.

Your focus after the 60% mark. Get up straight and main­tain your hard-earned top speed. Be mind­ful of main­tain­ing good form, and don’t try to get back into accel­er­at­ing again.

Here’s how to sum up five straight­for­ward takeaways:

  • Know the length of your race and plan accordingly. 
  • Execute your own race, not some­body else’s.
  • Invest in build­ing your momentum.
  • Be dis­cip­lined and pace yourself.
  • Ignore non-accel­er­at­ing competitors.

And remem­ber: Your com­pet­it­ors are not ahead. They’re just the ones who peaked too soon, wait­ing for you to over­take them.

Signature - Jerry Silfwer - Doctor Spin

Thanks for read­ing. Please con­sider shar­ing my pub­lic rela­tions blog with oth­er com­mu­nic­a­tion and mar­ket­ing pro­fes­sion­als. If you have ques­tions (or want to retain my PR ser­vices), please con­tact me at jerry@​spinfactory.​com.

PR Resource: Productivity

PR Resource: Mental Models

You only have to do a few things right in your life so long as you don’t do too many things wrong.”
— Warren Buffett

Spin Academy | Online PR Courses

Mental Models: Be a Better Thinker

Mental mod­els emphas­ise the import­ance of view­ing prob­lems from mul­tiple per­spect­ives, recog­nising per­son­al lim­it­a­tions, and under­stand­ing the often unfore­seen inter­ac­tions between dif­fer­ent factors. 

The writ­ings of Charlie Munger, Vice Chairman of Berkshire Hathaway and long-time col­lab­or­at­or of Warren Buffett and many oth­ers inspire sev­er­al of the below mod­els.1It’s worth not­ing that these mod­els are not exclus­ively Charlie Munger’s inven­tions but tools he advoc­ates for effect­ive think­ing and decision-mak­ing.

Here’s a list of my favour­ite men­tal models: 

The Iron Prescription—This men­tal mod­el sug­gests that some­times, the most chal­len­ging actions or decisions yield the best long-term res­ults. Sticking to a tough workout involves push­ing through dif­fi­culties and res­ist­ance to achieve great­er rewards. It’s about dis­cip­line, per­sever­ance, and the will­ing­ness to under­take hard tasks for future gain.

The Red Queen Effect—Originating from Lewis Carroll’s “Through the Looking-Glass,” this meta­phor describes a situ­ation where one must con­tinu­ously adapt, evolve, and work to main­tain their pos­i­tion. It’s often used in the con­text of busi­nesses need­ing to innov­ate con­stantly to stay com­pet­it­ive. 2Red Queen hypo­thes­is. (2023, November 27). In Wikipedia. https://​en​.wiki​pe​dia​.org/​w​i​k​i​/​R​e​d​_​Q​u​e​e​n​_​h​y​p​o​t​h​e​sis

Occam’s Razor—This prin­ciple sug­gests that the simplest explan­a­tion is usu­ally cor­rect. The one with the few­est assump­tions should be selec­ted when presen­ted with com­pet­ing hypo­theses. It’s a tool for cut­ting through com­plex­ity and focus­ing on what’s most likely true.

Hanlon’s Razor—This mod­el advises not to attrib­ute to malice what can be adequately explained by incom­pet­ence or mis­take. It’s a remind­er to look for sim­pler explan­a­tions before jump­ing to con­clu­sions about someone’s intentions.

Vaguely Right vs Precisely Wrong—This prin­ciple sug­gests it is bet­ter to be approx­im­ately cor­rect than exactly incor­rect. In many situ­ations, seek­ing pre­ci­sion can lead to errors if the under­ly­ing assump­tions or data are flawed. Sometimes, a rough estim­ate is more use­ful than a pre­cise but poten­tially mis­lead­ing figure.

Fat Pitch—Borrowed from base­ball, this concept refers to wait­ing patiently for the per­fect oppor­tun­ity — a situ­ation where the chances of suc­cess are excep­tion­ally high. It sug­gests the import­ance of patience and strik­ing when the time is right.

Chesterton’s Fence—A prin­ciple stat­ing that reforms should not be made until the reas­on­ing behind the exist­ing state of affairs is under­stood. It’s about respect­ing the wis­dom embed­ded in estab­lished prac­tices and con­ven­tions before mak­ing changes. 3”In the mat­ter of reform­ing things, as dis­tinct from deform­ing them, there is one plain and simple prin­ciple; a prin­ciple which will prob­ably be called a para­dox. There exists in such a case a … Continue read­ing

First-Conclusion Bias—This is the tend­ency to stick with the first con­clu­sion reached without con­sid­er­ing altern­at­ive pos­sib­il­it­ies or addi­tion­al inform­a­tion. It’s a cog­nit­ive bias that can impede crit­ic­al think­ing and thor­ough analysis.

First Principles Thinking—This approach involves break­ing down com­plex prob­lems into their most basic ele­ments and then reas­sembling them from the ground up. It’s about get­ting to the fun­da­ment­al truths of a situ­ation and build­ing your under­stand­ing from there rather than rely­ing on assump­tions or con­ven­tion­al wisdom.

The Map Is Not the Territory—This mod­el reminds us that rep­res­ent­a­tions of real­ity are not real­ity itself. Maps, mod­els, and descrip­tions are sim­pli­fic­a­tions and can­not cap­ture every aspect of the actu­al ter­rit­ory or situ­ation. It’s a cau­tion against over-rely­ing on mod­els and the­or­ies without con­sid­er­ing the nuances of real-world situ­ations. 4Silfwer, J. (2022, November 3). Walter Lippmann: Public Opinion and Perception Management. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​w​a​l​t​e​r​-​l​i​p​p​m​a​nn/

Bell Curve—This curve is a graph­ic­al depic­tion of a nor­mal dis­tri­bu­tion, show­ing how many occur­rences fall near the mean value and few­er occur as you move away from the mean. In decision-mak­ing, it’s used to under­stand and anti­cip­ate vari­ab­il­ity and to recog­nize that while extreme cases exist, most out­comes will cluster around the average.

Compounding—Often used in the con­text of fin­ance, com­pound­ing refers to the pro­cess where the value of an invest­ment increases because the earn­ings on an invest­ment, both cap­it­al gains and interest, earn interest as time passes. This prin­ciple can be applied more broadly to under­stand how small, con­sist­ent efforts can yield sig­ni­fic­ant long-term results.

Survival of the Fittest—Borrowed from evol­u­tion­ary bio­logy, this men­tal mod­el sug­gests that only those best adap­ted to their envir­on­ment sur­vive and thrive. In a busi­ness con­text, it can refer to com­pan­ies that adapt to chan­ging mar­ket con­di­tions and are more likely to succeed.

Mr. Market—A meta­phor cre­ated by Benjamin Graham, rep­res­ent­ing the stock mar­ket’s mood swings from optim­ism to pess­im­ism. It’s used to illus­trate emo­tion­al reac­tions in the mar­ket and the import­ance of main­tain­ing objectivity.

Second-Order Thinking—This kind of think­ing goes bey­ond the imme­di­ate effects of an action to con­sider the sub­sequent effects. It’s about think­ing ahead and under­stand­ing the longer-term con­sequences of decisions bey­ond just the imme­di­ate results.

Law of Diminishing Returns—This eco­nom­ic prin­ciple states that as invest­ment in a par­tic­u­lar area increases, the rate of profit from that invest­ment, after a cer­tain point, can­not increase pro­por­tion­ally and may even decrease. It’s import­ant to under­stand when addi­tion­al invest­ment yields pro­gress­ively smal­ler returns.

Opportunity Cost—This concept refers to the poten­tial bene­fits that one misses out on when choos­ing one altern­at­ive over anoth­er. It’s the cost of the next best option fore­gone. Understanding oppor­tun­ity costs helps make informed decisions by con­sid­er­ing what you must give up when choosing.

Swiss Army Knife Approach—This concept emphas­izes the import­ance of hav­ing diverse tools (or skills). Being ver­sat­ile and adapt­able in vari­ous situ­ations is valu­able, like a Swiss Army knife. This mod­el is par­tic­u­larly use­ful for uncer­tain and volat­ile situations.

Acceleration Theory—This concept indic­ates that the win­ner mustn’t lead the race from start to fin­ish. Mathematically, delay­ing max­im­um “speed” by pro­long­ing the slower accel­er­a­tion phase cor­rectly will get you across the fin­ish line faster. 5Silfwer, J. (2012, October 31). The Acceleration Theory: Use Momentum To Finish First. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​a​c​c​e​l​e​r​a​t​i​o​n​-​t​h​e​o​ry/

Manage Expectations—This concept involves set­ting real­ist­ic expect­a­tions for your­self and oth­ers. It’s about align­ing hopes and pre­dic­tions with what is achiev­able and prob­able, thus redu­cing dis­ap­point­ment and increas­ing sat­is­fac­tion. Effective expect­a­tion man­age­ment can lead to bet­ter per­son­al and pro­fes­sion­al rela­tion­ships and outcomes.

Techlash—This men­tal mod­el acknow­ledges that while tech­no­logy can provide solu­tions, it can cre­ate anti­cip­ated and unanti­cip­ated prob­lems. It’s a remind­er to approach tech­no­lo­gic­al innov­a­tions cau­tiously, con­sid­er­ing poten­tial neg­at­ive impacts along­side the bene­fits. 6Silfwer, J. (2018, December 27). The Techlash: Our Great Confusion. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​t​e​c​h​l​a​sh/

World’s Most Intelligent Question—This men­tal mod­el refers to repeatedly ask­ing “Why?” to delve deep­er into a prob­lem and under­stand its root causes. One can uncov­er lay­ers of under­stand­ing that might remain hid­den by con­tinu­ally ask­ing why some­thing happens.

Regression to the Mean—This stat­ist­ic­al prin­ciple states that extreme events are likely to be fol­lowed by more mod­er­ate ones. Over time, val­ues tend to revert to the aver­age, a concept rel­ev­ant in many areas, from sports per­form­ance to busi­ness metrics.

False Dichotomy—This logic­al fal­lacy occurs when a situ­ation is presen­ted as hav­ing only two exclus­ive and mutu­ally exhaust­ive options when oth­er pos­sib­il­it­ies exist. It over­sim­pli­fies com­plex issues into an “either/​or” choice. For instance, say­ing, “You are either with us or against us,” ignores the pos­sib­il­ity of neut­ral or altern­at­ive positions.

Inversion—Inversion involves look­ing at prob­lems back­wards or from the end goal. Instead of think­ing about how to achieve some­thing, you con­sider what would pre­vent it from hap­pen­ing. This can reveal hid­den obstacles and altern­at­ive solutions.

Psychology of Human Misjudgment—This men­tal mod­el refers to under­stand­ing the com­mon biases and errors in human think­ing. One can make more ration­al and object­ive decisions by know­ing how cog­nit­ive biases, like con­firm­a­tion bias or the anchor­ing effect, can lead to flawed reasoning.

Slow is Smooth, Smooth is Fast—Often used in mil­it­ary and tac­tic­al train­ing, this phrase encap­su­lates the idea that some­times, slow­ing down can lead to faster over­all pro­gress. The prin­ciple is that tak­ing delib­er­ate, con­sidered actions reduces mis­takes and inef­fi­cien­cies, which can lead to faster out­comes in the long run. In prac­tice, it means plan­ning, train­ing, and execut­ing with care, lead­ing to smooth­er, more effi­cient oper­a­tions that achieve object­ives faster than rushed, less thought­ful efforts. 7Silfwer, J. (2020, April 24). Slow is Smooth, Smooth is Fast. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​s​l​o​w​-​i​s​-​s​m​o​o​th/

Because You Are Worth It—This men­tal mod­el focuses on self-worth and invest­ing in one­self. It sug­gests recog­niz­ing and affirm­ing one’s value is cru­cial for per­son­al growth, hap­pi­ness, and suc­cess. This can involve self-care, edu­ca­tion, or simply mak­ing choices that reflect one’s value and potential.

Physics Envy—This term describes the desire to apply the pre­ci­sion and cer­tainty of phys­ics to fields where such exactitude is impossible, like eco­nom­ics or social sci­ences. It’s a cau­tion against over­re­li­ance on quant­it­at­ive meth­ods in areas where qual­it­at­ive aspects play a sig­ni­fic­ant role.

Easy Street Strategy—This prin­ciple sug­gests that sim­pler solu­tions are often bet­ter and more effect­ive than com­plex ones. In decision-mak­ing and prob­lem-solv­ing, seek­ing straight­for­ward, clear-cut solu­tions can often lead to bet­ter out­comes than pur­su­ing overly com­plic­ated strategies. 8Silfwer, J. (2021, January 27). The Easy Street PR Strategy: Keep It Simple To Win. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​e​a​s​y​-​s​t​r​e​e​t​-​p​r​-​s​t​r​a​t​e​gy/

Scale is Key—This concept high­lights how the impact of decisions or actions can vary dra­mat­ic­ally depend­ing on their scale. What works well on a small scale might not be effect­ive or feas­ible on a lar­ger scale, and vice versa. 

Circle of Competence—This concept involves recog­niz­ing and under­stand­ing one’s areas of expert­ise and lim­it­a­tions. The idea is to focus on areas where you have the most know­ledge and exper­i­ence rather than ven­tur­ing into fields where you lack expert­ise, thereby increas­ing the like­li­hood of success.

Fail Fast, Fail Often—By fail­ing fast, you quickly learn what does­n’t work, which helps in refin­ing your approach or pivot­ing to some­thing more prom­ising. Failing often is seen not as a series of set­backs but as a neces­sary part of the pro­cess towards suc­cess. This mind­set encour­ages exper­i­ment­a­tion, risk-tak­ing, and learn­ing from mis­takes, emphas­ising agil­ity and adaptability.

Correlation Do Not Equal Causation—This prin­ciple is a crit­ic­al remind­er in data ana­lys­is and sci­entif­ic research. Just because two vari­ables show a cor­rel­a­tion (they seem to move togeth­er or oppose each oth­er) does not mean one causes the oth­er. Other vari­ables could be at play, or it might be a coincidence. 

Critical Mass—This men­tal mod­el emphas­izes the import­ance of reach­ing a cer­tain threshold to trig­ger a sig­ni­fic­ant change, wheth­er user adop­tion, mar­ket pen­et­ra­tion, or social move­ment growth. This mod­el guides stra­tegic decisions, such as resource alloc­a­tion, mar­ket­ing strategies, and tim­ing of ini­ti­at­ives, to effect­ively reach and sur­pass this cru­cial point. 9Silfwer, J. (2019, March 10). Critical Mass: How Many Social Media Followers Do You Need? Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​c​r​i​t​i​c​a​l​-​m​a​s​s​-​f​o​l​l​o​w​e​rs/

Sorites Paradox—Also known as the para­dox of the heap, this para­dox arises from vague pre­dic­ates. It involves a sequence of small changes that don’t seem to make a dif­fer­ence indi­vidu­ally but, when accu­mu­lated, lead to a sig­ni­fic­ant change where the exact point of change is indis­cern­ible. For example, if you keep remov­ing grains of sand from a heap, when does it stop being a heap? Each grain does­n’t seem to make a dif­fer­ence, but even­tu­ally, you’re left with no heap.

The Power of Cycle Times—Mathematically, redu­cing cycle times in a pro­cess that grows expo­nen­tially (like con­tent shar­ing on social net­works) drastic­ally increases the growth rate, lead­ing to faster and wider dis­sem­in­a­tion of the con­tent, thereby driv­ing vir­al­ity. The com­bin­a­tion of expo­nen­tial growth, net­work effects, and feed­back loops makes cycle time a crit­ic­al factor. 10Let’s say the num­ber of new social media shares per cycle is a con­stant mul­ti­pli­er, m. If the cycle time is t and the total time under con­sid­er­a­tion is T, the num­ber of cycles in this time is T/​t​. … Continue read­ing 11Silfwer, J. (2017, February 6). Viral Loops (or How to Incentivise Social Media Sharing). Doctor Spin | the PR Blog. https://​doc​tor​spin​.net/​v​i​r​a​l​-​l​o​op/

Non-Linearity—This men­tal mod­el recog­nises that out­comes in many situ­ations are not dir­ectly pro­por­tion­al to the inputs or efforts. It sug­gests that effects can be dis­pro­por­tion­ate to their causes, either escal­at­ing rap­idly with small changes or remain­ing stag­nant des­pite sig­ni­fic­ant efforts. Understanding non-lin­ear­ity helps in recog­niz­ing and anti­cip­at­ing com­plex pat­terns in vari­ous phenomena.

Checklists—This men­tal mod­el stresses the import­ance of sys­tem­at­ic approaches to pre­vent mis­takes and over­sights. Using check­lists in com­plex or repet­it­ive tasks ensures that all neces­sary steps are fol­lowed and noth­ing is over­looked, thereby increas­ing effi­ciency and accur­acy. 12Silfwer, J. (2020, September 18). Communicative Leadership in Organisations. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​c​o​m​m​u​n​i​c​a​t​i​v​e​-​l​e​a​d​e​r​s​h​ip/

Lollapalooza—Coined by Munger, this term refers to situ­ations where mul­tiple factors, tend­en­cies, or biases inter­act so that the com­bined effect is much great­er than the sum of indi­vidu­al effects. It’s a remind­er of how vari­ous ele­ments can con­verge to cre­ate sig­ni­fic­ant impacts, often unex­pec­ted or unprecedented.

Limits—This men­tal mod­el acknow­ledges that everything has bound­ar­ies or lim­its, bey­ond which there can be neg­at­ive con­sequences. Recognising and respect­ing per­son­al, pro­fes­sion­al, and phys­ic­al lim­its is essen­tial for sus­tain­able growth and success.

The 7Ws—This men­tal mod­el refers to the prac­tice of ask­ing “Who, What, When, Where, Why” (and some­times “How”) to under­stand a situ­ation or prob­lem fully. By sys­tem­at­ic­ally address­ing these ques­tions, one can com­pre­hens­ively under­stand an issue’s con­text, causes, and poten­tial solu­tions, lead­ing to more informed decision-mak­ing. 13Silfwer, J. (2020, September 18). The Checklist for Communicative Organisations. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​c​h​e​c​k​l​i​s​t​-​f​o​r​-​c​o​m​m​u​n​i​c​a​t​i​v​e​-​l​e​a​d​e​r​s​h​ip/

Chauffeur Knowledge—This men­tal mod­el dis­tin­guishes between hav­ing a sur­face-level under­stand­ing (like a chauf­feur who knows the route) and deep, genu­ine know­ledge (like an expert who under­stands the intric­a­cies of a sub­ject). It warns against the illu­sion of expert­ise based on super­fi­cial know­ledge and emphas­izes the import­ance of true, deep understanding.

Make Friends with Eminent Dead—This men­tal mod­el advoc­ates learn­ing from the past, par­tic­u­larly from sig­ni­fic­ant his­tor­ic­al fig­ures and their writ­ings. One can gain valu­able insights and wis­dom by study­ing the exper­i­ences and thoughts of those who have excelled in their fields.

Seizing the Middle—This strategy involves find­ing and main­tain­ing a bal­anced, mod­er­ate pos­i­tion, espe­cially in con­flict or nego­ti­ation. It’s about avoid­ing extremes and find­ing a sus­tain­able, middle-ground solu­tion. Also, centre pos­i­tions often offer the widest range of options.

Asymmetric Warfare—This refers to con­flict between parties of unequal strength, where the weak­er party uses uncon­ven­tion­al tac­tics to exploit the vul­ner­ab­il­it­ies of the stronger oppon­ent. It’s often dis­cussed in mil­it­ary and busi­ness contexts.

Boredom Syndrome—This term refers to the human tend­ency to seek stim­u­la­tion or change when things become routine or mono­ton­ous, which can lead to unne­ces­sary changes or risks. Sometimes, tak­ing no action is bet­ter than tak­ing action, but remain­ing idle is some­times difficult.

Survivorship Bias—This cog­nit­ive bias involves focus­ing on people or things that have “sur­vived” some pro­cess and inad­vert­ently over­look­ing those that did not due to their lack of vis­ib­il­ity. This can lead to false con­clu­sions because it ignores the exper­i­ences of those who did not make it through the pro­cess. 14Silfwer, J. (2019, October 17). Survivorship Bias — Correlation Does Not Equal Causation. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​s​u​r​v​i​v​o​r​s​h​i​p​-​b​i​as/

Each men­tal mod­el offers a lens for view­ing prob­lems, mak­ing decisions, and strategising, reflect­ing the com­plex­ity and diversity of thought required in vari­ous fields and situations.

In addi­tion, numer­ous oth­er men­tal mod­els are used in vari­ous fields, such as eco­nom­ics, psy­cho­logy, and sys­tems thinking.

Learn more: Mental Models: How To Be a Better Thinker

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ANNOTATIONS
ANNOTATIONS
1 It’s worth not­ing that these mod­els are not exclus­ively Charlie Munger’s inven­tions but tools he advoc­ates for effect­ive think­ing and decision-making.
2 Red Queen hypo­thes­is. (2023, November 27). In Wikipedia. https://​en​.wiki​pe​dia​.org/​w​i​k​i​/​R​e​d​_​Q​u​e​e​n​_​h​y​p​o​t​h​e​sis
3 ”In the mat­ter of reform­ing things, as dis­tinct from deform­ing them, there is one plain and simple prin­ciple; a prin­ciple which will prob­ably be called a para­dox. There exists in such a case a cer­tain insti­tu­tion or law; let us say, for the sake of sim­pli­city, a fence or gate erec­ted across a road. The more mod­ern type of reformer goes gaily up to it and says, ‘I don’t see the use of this; let us clear it away.’ To which the more intel­li­gent type of reformer will do well to answer: ‘If you don’t see the use of it, I cer­tainly won’t let you clear it away. Go away and think. Then, when you can come back and tell me that you do see the use of it, I may allow you to des­troy it.”
Source: Chesterton, G. K. (1929). “The Drift from Domesticity”. Archived 6 November 2018 at the Wayback Machine In: The Thing. London: Sheed & Ward, p. 35
4 Silfwer, J. (2022, November 3). Walter Lippmann: Public Opinion and Perception Management. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​w​a​l​t​e​r​-​l​i​p​p​m​a​nn/
5 Silfwer, J. (2012, October 31). The Acceleration Theory: Use Momentum To Finish First. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​a​c​c​e​l​e​r​a​t​i​o​n​-​t​h​e​o​ry/
6 Silfwer, J. (2018, December 27). The Techlash: Our Great Confusion. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​t​e​c​h​l​a​sh/
7 Silfwer, J. (2020, April 24). Slow is Smooth, Smooth is Fast. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​s​l​o​w​-​i​s​-​s​m​o​o​th/
8 Silfwer, J. (2021, January 27). The Easy Street PR Strategy: Keep It Simple To Win. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​e​a​s​y​-​s​t​r​e​e​t​-​p​r​-​s​t​r​a​t​e​gy/
9 Silfwer, J. (2019, March 10). Critical Mass: How Many Social Media Followers Do You Need? Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​c​r​i​t​i​c​a​l​-​m​a​s​s​-​f​o​l​l​o​w​e​rs/
10 Let’s say the num­ber of new social media shares per cycle is a con­stant mul­ti­pli­er, m. If the cycle time is t and the total time under con­sid­er­a­tion is T, the num­ber of cycles in this time is T/​t​. The total reach after time T can be approx­im­ated by m(T/​t), assum­ing one ini­tial share. When t decreases, T/​t​ increases, mean­ing more cycles occur in the same total time, T. This leads to a high­er power of m in the expres­sion m(T/​t), which means a sig­ni­fic­antly lar­ger reach.
11 Silfwer, J. (2017, February 6). Viral Loops (or How to Incentivise Social Media Sharing). Doctor Spin | the PR Blog. https://​doc​tor​spin​.net/​v​i​r​a​l​-​l​o​op/
12 Silfwer, J. (2020, September 18). Communicative Leadership in Organisations. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​c​o​m​m​u​n​i​c​a​t​i​v​e​-​l​e​a​d​e​r​s​h​ip/
13 Silfwer, J. (2020, September 18). The Checklist for Communicative Organisations. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​c​h​e​c​k​l​i​s​t​-​f​o​r​-​c​o​m​m​u​n​i​c​a​t​i​v​e​-​l​e​a​d​e​r​s​h​ip/
14 Silfwer, J. (2019, October 17). Survivorship Bias — Correlation Does Not Equal Causation. Doctor Spin | The PR Blog. https://​doc​tor​spin​.net/​s​u​r​v​i​v​o​r​s​h​i​p​-​b​i​as/
Jerry Silfwer
Jerry Silfwerhttps://doctorspin.net/
Jerry Silfwer, alias Doctor Spin, is an awarded senior adviser specialising in public relations and digital strategy. Currently CEO at Spin Factory and KIX Communication Index. Before that, he worked at Kaufmann, Whispr Group, Springtime PR, and Spotlight PR. Based in Stockholm, Sweden.

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