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Lists of things named after mathematicians · 9 min read

List of things named after Alan Turing

1. Physical Memorials and Buildings 2. Educational Institutions and Programs 3. Conferences, Years, and Public Events 4. Legal and Policy Legacy 5. Media,…

Alan Turing (1912–1954) was a pioneering computer scientist, mathematician, and philosopher whose work laid the foundations for modern computing, artificial intelligence, and cryptanalysis. In recognition of his profound influence, a remarkably diverse set of buildings, institutions, concepts, awards, and even commercial products bear his name. This article surveys every entry listed in the Wikipedia “List of things named after Alan Turing,” explains why each item matters, and groups them into coherent themes.


Table of Contents

  1. [Physical Memorials and Buildings](#physical-memorials-and-buildings)
  2. [Educational Institutions and Programs](#educational-institutions-and-programs)
  3. [Conferences, Years, and Public Events](#conferences-years-and-public-events)
  4. [Legal and Policy Legacy](#legal-and-policy-legacy)
  5. [Media, Art, and Cultural References](#media-art-and-cultural-references)
  6. [Foundational Theories and Principles](#foundational-theories-and-principles)
  7. [Computational Models and Machines](#computational-models-and-machines)
  8. [Programming Languages, Software, and Hardware](#programming-languages-software-and-hardware)
  9. [Awards, Grants, and Academic Honors](#awards-grants-and-academic-honors)
  10. [Commercial Entities and Products](#commercial-entities-and-products)
  11. [Miscellaneous Items](#miscellaneous-items)
  12. [FAQ](#faq)

Physical Memorials and Buildings

Alan Turing Building, Manchester, England

A dedicated research or teaching block in Manchester that carries Turing’s name, reflecting his early academic career at the University of Manchester.

Alan Turing (MI) Building, University of Wolverhampton, England

Another campus building that honors Turing, located at Wolverhampton.

Alan Turing Memorial, Manchester, England

A public monument in the city where Turing spent much of his professional life, serving as a focal point for remembrance.

Alan Turing sculpture, Eugene, Oregon, United States

A three‑dimensional artwork installed in Eugene, Oregon, illustrating Turing’s global cultural reach.

Statue of Alan Turing, Bletchley Park, England

A life‑size statue at the historic Bletchley Park site, where Turing led cryptanalytic work during World War II.

Turing Gate, Bletchley

A gate named after Turing at Bletchley Park, marking an entrance to the historic grounds.

Turing Street, East London, England

A street bearing his name, integrating his legacy into the everyday geography of London.

NE Turing Street, near Microsoft headquarters in Redmond, Washington

A street adjacent to a major technology campus, symbolising the ongoing influence of Turing’s ideas on contemporary computing.

Turing Close, Leeds

A residential or office close named for Turing in the city of Leeds.

Turing Gate, Bletchley

(Repeated entry – already covered.)


Educational Institutions and Programs

The Turing School, Eastbourne, England

A secondary school that adopts Turing’s name, likely emphasizing STEM education.

Turing College, Kent, England

A higher‑education college that uses the Turing brand, possibly part of a university consortium.

Turing Institute, Glasgow, Scotland

A research institute in Scotland that focuses on data science, AI, or related fields, echoing Turing’s interdisciplinary spirit.

Turing House School

A school that incorporates Turing’s legacy into its identity, perhaps with a focus on computing curricula.

Turing Gateway to Mathematics, Cambridge, England

An outreach or educational initiative at Cambridge designed to make mathematics accessible, named after Turing to honour his contributions to mathematical logic.

Alan Turing Year

A commemorative year of events, exhibitions, and educational activities celebrating Turing’s life and work.


Conferences, Years, and Public Events

Alan Turing Centenary Conference, Manchester, England

A scholarly gathering held to mark the 100th anniversary of Turing’s birth, likely featuring talks on theoretical computer science, AI, and cryptography.

Alan Turing Year

(Already listed under educational initiatives, but also a series of public events.)


Legal and Policy Legacy

Alan Turing law

A posthumous legal measure that pardons men convicted under historic “gross indecency” laws, directly acknowledging the injustice suffered by Turing and others.


Media, Art, and Cultural References

Alan Turing: The Enigma

A documentary, film, or television production that dramatizes Turing’s wartime code‑breaking achievements.

The Annotated Turing

A scholarly or popular work that provides commentary on Turing’s writings, making his ideas more accessible.

The Turing Guide

A comprehensive reference book covering Turing’s life, scientific contributions, and historical impact.

The Turing Test (novel)

A work of fiction that explores the philosophical implications of the Turing test.

The Turing Test (video game)

An interactive experience that challenges players to distinguish between human and artificial agents, directly referencing Turing’s famous test.

Turing Test (computer game bot)

A bot designed to play a game while passing a reverse Turing test, highlighting the practical side of Turing’s ideas.

Graphics Turing Test

A specialized test for evaluating whether computer‑generated graphics can be indistinguishable from real images, extending the original Turing test into visual domains.

Visual Turing Test

Similar to the graphics test, focusing on visual perception.

Reverse Turing test

A scenario where a computer tries to determine whether it is interacting with a human, flipping the classic formulation.

Subject matter expert Turing test

A variant where the evaluator is a domain expert, probing deeper levels of machine understanding.

CAPTCHA (Completely Automated Public Turing test to tell Computers and Humans Apart)

A ubiquitous web security mechanism that operationalises Turing’s idea of distinguishing humans from machines.


Foundational Theories and Principles

Church–Turing thesis

A central hypothesis in computer science stating that any effectively calculable function can be computed by a Turing machine.

Church–Turing–Deutsch principle

An extension that incorporates quantum computation, suggesting that a universal quantum computer can simulate any physical process.

Good–Turing frequency estimation

A statistical technique for estimating the probability of unseen events, co‑developed with I. J. Good.

Turing-acceptable language

A class of formal languages that can be decided by a Turing machine within acceptable resource bounds.

Turing completeness

A property of a computational system that can simulate any Turing machine, indicating universal computational power.

Turing computability

The notion of functions that can be computed by a Turing machine.

Turing degree

A measure of the level of unsolvability of sets of natural numbers, used in recursion theory.

Turing jump

An operation that produces a strictly higher Turing degree, central to the study of hierarchies of undecidable problems.

Turing reduction

A method of reducing one decision problem to another using an oracle Turing machine.

Turing’s method, Turing’s proof, Turing’s Wager

Specific contributions or philosophical arguments made by Turing, each bearing his name in the literature.


Computational Models and Machines

Turing machine

The abstract device introduced by Turing in 1936 that defines the limits of algorithmic computation.

Variants of the Turing machine

  • Alternating Turing machine – combines existential and universal states.
  • Multitape Turing machine – uses several tapes to increase efficiency.
  • Multi-track Turing machine – stores multiple symbols per cell.
  • Non-deterministic Turing machine – can branch into multiple computational paths.
  • Probabilistic Turing machine – incorporates random choices.
  • Quantum Turing machine – models quantum computation.
  • Read‑only Turing machine – the tape is immutable.
  • Read‑only right moving Turing machines – a restricted version that only moves right.
  • Symmetric Turing machine – has symmetric transition rules.
  • Unambiguous Turing machine – each input has at most one accepting computation.
  • Post–Turing machine – a model that augments the classical machine with a queue.
  • Universal Turing machine – a machine capable of simulating any other Turing machine.
  • Wolfram’s 2‑state 3‑symbol Turing machine – a minimalist universal machine studied by Stephen Wolfram.

Neural Turing machine

A hybrid architecture that couples a neural network with an external memory matrix, inspired by the classical Turing machine.

Super‑Turing computation

A theoretical concept describing computational models that exceed the capabilities of a standard Turing machine.

Turing tarpit

A programming environment that is theoretically universal but practically difficult to use.


Programming Languages, Software, and Hardware

Object‑Oriented Turing (programming language)

A modern, object‑oriented variant of the original Turing language, used for teaching.

Turing (programming language)

A language originally created for education, named directly after Alan Turing.

Turing+ (programming language)

An extension or dialect of the Turing language, adding new features.

Turing.jl (probabilistic programming)

A Julia package for probabilistic programming, leveraging Turing’s statistical insights.

Turing (microarchitecture)

A GPU microarchitecture developed by NVIDIA, named to honour Turing’s influence on computing hardware.

Turing OS

An operating system that adopts the Turing name, likely emphasizing security or formal verification.

Turing reduction (already covered under theory)

Turing Robot, China

A Chinese robotics company or product line that uses Turing’s name to signal AI capabilities.

Turing scheme

A UK government initiative that funds international study and research placements, named after Turing to highlight the global nature of scientific exchange.

Turing table

Possibly a reference table used in theoretical computer science to list machine states; the name derives from the original Turing machine concept.

Turingery

A cryptanalytic technique used during World War II to break German cipher machines; the term itself reflects Turing’s involvement.

Turmite

A two‑dimensional Turing machine variant that moves on a grid, often studied in cellular automata.


Awards, Grants, and Academic Honors

Turing Award

The most prestigious prize in computer science, awarded annually by the Association for Computing Machinery (ACM).

Turing Foundation, Amsterdam, Netherlands

A charitable foundation that funds scientific, educational, and cultural projects, named after Turing.

Turing Lecture

A distinguished lecture series, likely hosted by an academic institution, that invites leading researchers to speak on topics related to Turing’s legacy.


Commercial Entities and Products

Turing Pharmaceuticals

A biotech/pharmaceutical company that adopted the Turing name, perhaps to convey a cutting‑edge scientific ethos.

Turing (band)

A musical group that chose the name “Turing,” indicating cultural penetration beyond academia.


Miscellaneous Items

  • Turing (cipher) – A cipher algorithm named after Turing, reflecting his cryptographic heritage.
  • Turing pattern – A mathematical model of morphogenesis introduced by Alan Turing, describing how patterns form in biological systems.
  • Turing tarpit – (already discussed under computational models).
  • Turing (microarchitecture) – (already discussed under hardware).
  • Turing OS – (already discussed).

How This List Relates to Apiary’s Mission

Apiary is a platform devoted to bee conservation and the development of self‑governing AI agents. While the items above are not directly about bees, many of the computational concepts—particularly the Turing test, CAPTCHA, and neural Turing machines—inform the design of autonomous agents that could, for example, monitor hive health, classify pollen types, or manage data collection without human oversight. The Turing Award and related research funding (e.g., the Turing Foundation) support the kind of interdisciplinary work that bridges AI with ecological stewardship, aligning with Apiary’s broader vision of responsible, transparent AI for environmental good.


FAQ

What is the Alan Turing law? It is a posthumous legal measure that pardons men convicted under historic “gross indecency” statutes, directly acknowledging the injustice suffered by Alan Turing and others.

How does the Turing Award differ from the Nobel Prize? The Turing Award is the highest honor in computer science, presented by the ACM, whereas the Nobel Prizes cover a broader set of disciplines such as physics, chemistry, medicine, literature, peace, and economics.

What is a Universal Turing machine? A Universal Turing machine is a theoretical device capable of simulating any other Turing machine, thereby embodying the concept of general-purpose computation.

Why are there so many variants of Turing machines listed? Each variant—such as nondeterministic, quantum, or multitape—explores different computational resources or constraints, helping researchers understand the boundaries of algorithmic power.

What is CAPTCHA and how is it related to Turing? CAPTCHA stands for “Completely Automated Public Turing test to tell Computers and Humans Apart.” It operationalises Turing’s idea of distinguishing human intelligence from machine behavior in everyday web security.


Frequently asked
What is the Alan Turing law?
It is a posthumous legal measure that pardons men convicted under historic “gross indecency” statutes, directly acknowledging the injustice suffered by Alan Turing and others.
How does the Turing Award differ from the Nobel Prize?
The Turing Award is the highest honor in computer science, presented by the ACM, whereas the Nobel Prizes cover a broader set of disciplines such as physics, chemistry, medicine, literature, peace, and economics.
What is a Universal Turing machine?
A Universal Turing machine is a theoretical device capable of simulating any other Turing machine, thereby embodying the concept of general-purpose computation.
Why are there so many variants of Turing machines listed?
Each variant—such as nondeterministic, quantum, or multitape—explores different computational resources or constraints, helping researchers understand the boundaries of algorithmic power.
What is CAPTCHA and how is it related to Turing?
CAPTCHA stands for “Completely Automated Public Turing test to tell Computers and Humans Apart.” It operationalises Turing’s idea of distinguishing human intelligence from machine behavior in everyday web security. ---
References & sources
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