Organization:Turing Gateway to Mathematics

Turing Gateway to Mathematics

File:Turing Gateway to Mathematics - LOGO.png
Motto	To be a channel for the interchange of knowledge and ideas between academies and commercial users of modern mathematics.
Type	Impact Initiative at the University of Cambridge
Established	2013
Director	David Abrahams
Location	Cambridge , United Kingdom
Campus	Centre for Mathematical Sciences (Cambridge)
Affiliations	University of Cambridge
Website	turing-gateway.cam.ac.uk/

The Turing Gateway to Mathematics (TGM) is an Impact Initiative at the University of Cambridge in the UK. As a knowledge intermediary for the mathematical sciences, it is overseen by the Isaac Newton Institute (INI) at the Centre for Mathematical Sciences (CMS) adjacent to the Isaac Newton Institute. The Turing Gateway to Mathematics is an intermediary for knowledge exchange for both professional and academic users of mathematics. Each year the TGM organizes multiple events and workshops that feature expert speakers from various industries, governments and scientific organisations that discuss mathematical technical and models, presented by leaders from diverse backgrounds, such as the health care and finances.

Goals

A primary function of the Turing Gateway to Mathematics is to provide a research site and knowledge pool for the transfer, translation, exchange and dissemination of mathematical knowledge and for specific problem solving. It brings together individuals and groups with a deep interest in expanding knowledge about math and science. The organisation's events attract international attendees, from the UK and Europe as well as the USA. These events include programmes that can be applied to industrial operations, academic research and community projects.

History

The Turing Gateway to Mathematics began in 2013 seed financed by the University of Cambridge's Higher Education Innovation Funding. Subsequent funding came from corporate and philanthropic partners. Named after the UK computer scientist and mathematician Alan Turning (1912–1954), the initiative was set up as a gateway to mathematics for people to gain a deeper insight on problem solving.

Turing helped decrypt German military codes for the UK government during World War II. Following the war he designed the Automatic Computing Engine (ACE), an early electronic stored-programme computer based on a paper Turing wrote in 1945 called "Proposed Electronic Calculator."

One of the first initiatives that set programmes in motion at the Turing Gateway to Mathematics was the 1st UK workshop on Optimisation in Space Engineering (OSE) in November 2013. Held in Birmingham, this workshop in association with the European Space Agency (ESA) and the University of Southampton, discussed issues for reaching technological solutions such as:

• interplanetary trajectory optimisation
• non-circular spacecraft orbits
• landing trajectories

A follow-up workshop on Optimisation in Space Engineering laid the groundwork for identifying challenges in the UK's aerospace industry. A third OSE workshop in September 2015 planned future workshops to further discuss problems and solutions for space engineering.

In 2014 and 2015 a programme was presented to explore solutions for the public sector, funded by the Engineering and Physical Sciences Research Council (EPSRC). Following a launch event at the Royal Society in London, subsequent events attracted delegates from government and academic organisations to focus on mathematics and public policy issues. The main themes consisted of the following:

• mathematics for future cities systems
• mathematical modelling of transport
• energy systems relating to modelling variability
• environment and climate change probability modelling
• health and society workshop associated with math insights
• understanding data from various perspectives
• optimisation of immunisation programmes
• ageing population preparation and shifting demographics
• health and disability modelling

The Turing Gateway to Mathematics began publishing its quarterly newsletter in January 2015. This publication keeps partners and other interested individuals up to data on its events, programmes and workshops. Throughout its inception, the TGM has played a key role in bringing together scientists to discuss various types of multimodal clinical imaging that has addressed the challenges involved with solutions for cancer, heart disease and antibiotic-resistant bacteria, among other major health concerns.

Multimodality analysis has also been applied to Big Data involving advanced concepts from biology to medicine at these gatherings. Cutting edge imaging technologies have been showcased, such as multi-contrast magnetic resonance tomography (MRT), positron emission tomography (PET) and dynamic imaging. This technology targets engineers, mathematicians, biologists and other scientists who work with big data analytics.

Over the years the Turing Gateway to Mathematics has branched out into covering diverse themes that span the entire field of mathematics. With its acclaimed personnel and partners, it aspires to be one of the most intriguing and informative centres for mathematical and scientific knowledge sharing in the world. Its affiliation with the University of Cambridge, one of the longest-running campuses of all time, and the Isaac Newton Institute, give it a prestigious profile, which is why it attracts prominent experts in the fields of math and science for speaking opportunities.

In 2017, events that took place included the Environmental Modelling in Industry Study Group, Developments in Healthcare Imagine – Connecting with Academia, Data Sharing and Governance and the 2nd Edwards Symposium.

Events planned in 2018 include:

• 3rd Edwards Symposium - New Horizons in Soft Matter
• Evidence Based Decisions for UK Landscapes
• Developments in Healthcare Imaging - Connecting with Industry
• Novel Computational Paradigms
• Artificial Intelligence and Machine Learning in Clinical Imaging Research: Progress and Promise
• Cantab Capital Institute for the Mathematics of Information – Connecting with Industry
• Understanding Multi-Modal Data for Social and Human Behaviour

Location and buildings

Completed in 2001, and financed by the Dill Faulkes Educational Trust, the Faulkes Gatehouse accommodates the Turing Gateway

The TGM is located at 20 Clarkson Road, Cambridge, CB3, OEH, UK at the University of Cambridge, about 50 miles north of London. The Faulkes Gatehouse, located within the University of Cambridge's Centre for Mathematical Sciences Site, was financed by the Dill Faulkes Educational Trust (DFET). Construction of the building, which consists of a semi-circular room for seminars and three offices, was completed in June 2001. The seminar room has a capacity for 50 people. Two of the three offices are occupied by the Turing Gateway to Mathematics.

Organisation and administration

The TGM employs three full-time staff members, in which the Manager is responsible to the Director of the Isaac Newton Institute. The Isaac Newton Institute's Management Committee oversees the budget for both the TMG's short-term and long-term fiscal planning, while the Turing Gateway to Mathematics' staff handles day-to-day work. Ultimately, the Isaac Newton Institute's Director is head of the entire operation. The current staff, as of 2018, includes Manager Jane Leeks, Knowledge Exchange Coordinator Clare Merritt and Events and Marketing Coordinator Lissie Hope.

Profile and mission

A major goal of the Turing Gateway to Mathematics is to widen overall access to mathematics and accelerate learning curves for developing math skills. As a knowledge facilitator, the Turing Gateway to Mathematics helps connect experts with knowledge seekers, particularly business executives who want to improve their companies with more efficient technology. The events cover a broad range of disciplines related to science and mathematics. In other words, every area of maths is considered in the Turing Gateway to Mathematics' planning for knowledge sharing events. These events are designed to help attendees learn solutions to organisational problems, frequently involving data management. Among the contributors are renowned scientists like Onno Bokove, Carola-Bibiane Schönlieb, John Aston, Patrick Wolfe, Sofia Olhede, Sofia Olhede, Mike Cates, Mike Cates, Raphael Blumenfeld or Mark Warner, FRS.

While some meetings can be characterised as industry conferences, others are more casual receptions for networking. Annual dinners also give members opportunities to expand contacts and share information. As a catalyst to stimulate thinking on maths problems, the Turing Gateway to Mathematics looks for innovative approaches to make maths more understandable. This strategy, as an example, helps inject new ideas into analysis of UK economic issues and managing health care data. Types of professionals who may be asked as guest speakers include:

• accountants
• medical professionals
• science community researchers
• economists and financial analysts
• math professors
• investors and fund managers
• banking professionals
• government officials
• tax consultants and financial planners
• technology leaders
• aerospace engineers

The Turing Gateway to Mathematics sometimes partners with the external organisations to deliver Open for Business events. Another example of an event which involves lunches, dinners and hotel accommodations, is the tribute to 20th century renowned applied mathematics author Joseph "Joe" Keller in 2017. Supporters of programmes beyond Isaac Newton Institute and University of Cambridge include University of Oxford, Cambridge University Press , Schlumberger and the Institute of Mathematics and its Applications.

One of the main ways for organisations and individuals to get involved with the Turing Gateway to Mathematics and gain access to its knowledge sharing activities is to become a member of the Turing Gateway to Mathematics Partnership Scheme. Partners get to attend exclusive events where they can network with academic, government and corporate representatives to gain further insights on mathematical problem solving. The group organises about 15–20 events per year. Additionally, partners can promote their brands on the initaitive's website and newsletters, as well as get visibility in the Turing Gateway to Mathematics' Annual Report.

External links

• Interactive map of the Mathematical Sciences site including links to the departments.