John von Neumann Quotes

Any One Who Considers Arithmetical Methods Of Producing Random Digits Is, Of Course, In A State Of Sin.

I Am A Little Troubled About The Tea Service In The Electronic Computer Building. Apparently The Members Of Your Staff Consume Several Times As Much Supplies As The Same Number Of People Do In Fuld Hall And They Have Been Especially Unfair In The Matter Of Sugar.... I Should Like To Raise The Question Whether It Would Not Be Better For The Computer People To Come Up To Fuld Hall At The End Of The Day At 5 O'clock And Have Their Tea Here Under Proper Supervision.

If One Has Really Technically Penetrated A Subject, Things That Previously Seemed In Complete Contrast, Might Be Purely Mathematical Transformations Of Each Other.

The Emphasis On Mathematical Methods Seems To Be Shifted More Towards Combinatorics And Set Theory - And Away From The Algorithm Of Differential Equations Which Dominates Mathematical Physics.

Kurt Godel's Achievement In Modern Logic Is Singular And Monumental - Indeed It Is More Than A Monument, It Is A Landmark Which Will Remain Visible Far In Space And Time. ... The Subject Of Logic Has Certainly Completely Changed Its Nature And Possibilities With Godel's Achievement.

Any One Who Considers Arithmetical Methods Of Producing Random Digits Is, Of Course, In A State Of Sin. For, As Has Been Pointed Out Several Times, There Is No Such Thing As A Random Number - There Are Only Methods To Produce Random Numbers, And A Strict Arithmetic Procedure Of Course Is Not Such A Method.

You Wake Me Up Early In The Morning To Tell Me I Am Right? Please Wait Until I Am Wrong.

Life Is A Process Which May Be Abstracted From Other Media.

It Is Exceptional That One Should Be Able To Acquire The Understanding Of A Process Without Having Previously Acquired A Deep Familiarity With Running It, With Using It, Before One Has Assimilated It In An Instinctive And Empirical Way... Thus Any Discussion Of The Nature Of Intellectual Effort In Any Field Is Difficult, Unless It Presupposes An Easy, Routine Familiarity With That Field. In Mathematics This Limitation Becomes Very Severe.

The Most Vitally Characteristic Fact About Mathematics Is, In My Opinion, Its Quite Peculiar Relationship To The Natural Sciences, Or More Generally, To Any Science Which Interprets Experience On A Higher Than Purely Descriptive Level.

Neumann, To A Physicist Seeking Help With A Difficult Problem: Simple. This Can Be Solved By Using The Method Of Characteristics. Physicist: I'm Afraid I Don't Understand The Method Of Characteristics. Neumann: In Mathematics You Don't Understand Things. You Just Get Used To Them.

I Would Like To Make A Confession Which May Seem Immoral: I Do Not Believe Absolutely In Hilbert Space Any More.