Toggle search form
Toggle navigation
Dial-a-Molecule EPSRC Grand Challenge Network Website
Home
The Network
Origin
Overview
People – Phase III
Funding Opportunities
Events
Summer School 2020
Annual Meeting 2020
Early Career Researchers Meeting 2020
Past Phase III Events
AI for Reaction Outcome and Synthetic Route Prediction
Summer School 2019
AI and ML in Chemical Discovery and Development
Annual Meeting 2019
ECR Meeting 2019
Enabling Technologies for Synthesis
Kinetics Workshop
Promoting Accessibility of Enabling Technologies and Low-Cost Automation
Predictive scalability of processes
Annual Meeting 2018
Summer School 2018
ECR meeting 2018
Predicting Reaction Outcomes
From Spectral Data To Chemical Knowledge
Exploring 3D Space
Synthetic Chemistry Academic – Industrial Ideas Exchange
Enabling Technologies for Synthesis
ECR Event: Supporting Synthesis and Self-Assembly
Annual Meeting, Liverpool: Transforming Chemical Synthesis
Phase III Themes & Initiatives
Themes & Initiatives Overview
Phase III Themes overview
Data Driven Synthesis
Enabling Technologies for Synthesis.
Synthesis College
National Catalyst/Ligand Bank and Testing Facility
Dial-a-Molecule Grand Challenge Institute
Building a Synthesis Machine
Phase III Outputs
Roadmap
Overview
Roadmap Themes & Focus Areas
Phases I & II
People – Phase I & II
Events
Funding
Achievements
Resources
Phases I & II
Will link to Phase I and II people, events, funding and achievements
Categories
About
Events
News
Phase I & II Events
Research Highlights
RSC events
The Network
The Roadmap
Uncategorized
Roadmap Quicklinks
Lab of the Future & Synthetic Route Selection
Optimum Reaction and Route Design
The Smart Laboratory
Next Generation Reaction Platforms
Rapid Reaction Analysis
A Step Change in Molecular Synthesis
Stepwise Perfection (1000 Click Reactions)
Holistic Approach to Synthesis
Catalytic Paradigms for 100% Efficient Synthesis
New reactivity: target-driven catalysis
Intervention-free synthesis by phase-distinct multi-dimensional catalysis
Engineering control through fundamental mechanistic understanding
Twitter
Tweets by DialaMolecule
Follow @DialaMolecule