Media Summary: Described as GenAIs greatest flaw, indirect prompt injection is a big problem, Mike Pound from University of Nottingham explains ... Researchers suggested there's more AI generated content appearing on the web than human generated content - Mike Pound ... Monads sound scary, but Professor Graham Hutton breaks down how handy they can be.

Immutability Computerphile - Detailed Analysis & Overview

Described as GenAIs greatest flaw, indirect prompt injection is a big problem, Mike Pound from University of Nottingham explains ... Researchers suggested there's more AI generated content appearing on the web than human generated content - Mike Pound ... Monads sound scary, but Professor Graham Hutton breaks down how handy they can be. They're called 'Finite State Automata" and occupy the centre of Chomsky's Hierarchy - Professor Brailsford explains the ultimate ... Could Smart Contracts be the end for Uber, Amazon and eBay? Blockchain technology as an escrow service, Christopher Ellis ... Share part of a secret without knowing which part? Dr Tim Muller explains how Oblivious Transfer works.

Newcomb's Problem is a thought experiment which, on the surface, seems obvious, but what if you're trying it out on your identical ... Spies used to meet in the park to exchange code words, now things have moved on - Robert Miles explains the principle of ... How about a Neural Net where the neurons are actual atoms? Professor Phil Moriarty shows a paper demonstrating the principle ... Enigma is known as the WWII cipher, but how does it hold up in 2021? Dr Mike Pound implemented it and shows how it stacks up ... Laziness is a virtue - well, in programming anyway! Professor Thorsten Altenkirch on how you can use the 'yield' to compute ...

Photo Gallery

Immutability - Computerphile
Generative AI's Greatest Flaw - Computerphile
The Problem with A.I. Slop! - Computerphile
What is a Monad? - Computerphile
Computers Without Memory - Computerphile
Immutability, visually explained | Code Words
Avoid the Middle-Man (Smart Contracts) - Computerphile
Oblivious Transfer - Computerphile
LLMs and Newcomb's Problem - Computerphile
Public Key Cryptography - Computerphile
Atomic Brain? - Computerphile
Cracking Enigma in 2021 - Computerphile
View Detailed Profile
Immutability - Computerphile

Immutability - Computerphile

Discussing

Generative AI's Greatest Flaw - Computerphile

Generative AI's Greatest Flaw - Computerphile

Described as GenAIs greatest flaw, indirect prompt injection is a big problem, Mike Pound from University of Nottingham explains ...

The Problem with A.I. Slop! - Computerphile

The Problem with A.I. Slop! - Computerphile

Researchers suggested there's more AI generated content appearing on the web than human generated content - Mike Pound ...

What is a Monad? - Computerphile

What is a Monad? - Computerphile

Monads sound scary, but Professor Graham Hutton breaks down how handy they can be.

Computers Without Memory - Computerphile

Computers Without Memory - Computerphile

They're called 'Finite State Automata" and occupy the centre of Chomsky's Hierarchy - Professor Brailsford explains the ultimate ...

Immutability, visually explained | Code Words

Immutability, visually explained | Code Words

Immutable

Avoid the Middle-Man (Smart Contracts) - Computerphile

Avoid the Middle-Man (Smart Contracts) - Computerphile

Could Smart Contracts be the end for Uber, Amazon and eBay? Blockchain technology as an escrow service, Christopher Ellis ...

Oblivious Transfer - Computerphile

Oblivious Transfer - Computerphile

Share part of a secret without knowing which part? Dr Tim Muller explains how Oblivious Transfer works.

LLMs and Newcomb's Problem - Computerphile

LLMs and Newcomb's Problem - Computerphile

Newcomb's Problem is a thought experiment which, on the surface, seems obvious, but what if you're trying it out on your identical ...

Public Key Cryptography - Computerphile

Public Key Cryptography - Computerphile

Spies used to meet in the park to exchange code words, now things have moved on - Robert Miles explains the principle of ...

Atomic Brain? - Computerphile

Atomic Brain? - Computerphile

How about a Neural Net where the neurons are actual atoms? Professor Phil Moriarty shows a paper demonstrating the principle ...

Cracking Enigma in 2021 - Computerphile

Cracking Enigma in 2021 - Computerphile

Enigma is known as the WWII cipher, but how does it hold up in 2021? Dr Mike Pound implemented it and shows how it stacks up ...

Laziness in Python - Computerphile

Laziness in Python - Computerphile

Laziness is a virtue - well, in programming anyway! Professor Thorsten Altenkirch on how you can use the 'yield' to compute ...