Lambda Research

Exploring the secrets of matter through the power of light

Precision, Insight and Advancement.

Innovative Spectroscopic Research and Method Development

Our Mission

Lambda is an innovative research center dedicated to advancing spectroscopy, the science of insight. Spectroscopy involves studying the absorption and emission of light and other radiation by matter.


Equipped with a diverse array of instruments, we undertake projects ranging from soil analysis and material composition to chemical profiling, product innovation, and environmental surveillance.


Our mission is to push the boundaries of analytical techniques, develop creative approaches to managing chemical data, and drive cutting-edge research initiatives.


"What's exciting about analytical science is its commitment to change and evolution - in our processes, in our technologies, and in our insights and discoveries."


Analytical data is at the core of research and development. By developing cost-effective analysis methods, we make research more accessible. By minimizing the use of harmful chemicals and reducing waste, we lessen our environmental impact. By integrating and analyzing meaningful data, we gain deeper insights into research questions.

Analytical Chemistry

Analytical chemistry is a field dedicated to understanding the composition of materials by identifying and quantifying their chemical constituents. It employs a variety of sophisticated techniques and instruments to analyse samples from diverse sources, providing crucial data that informs many scientific and industrial processes. Analytical chemistry plays a pivotal role in sustainability by enabling the precise monitoring of environmental pollutants, supporting the development of cleaner production methods, and optimising resource use. Lambda's analytical chemistry projects  help safeguard environmental and public health, and progress the advancement of green chemistry principles. We focus on designing methods that minimise environmental impact.


"The ultimate goal of analytical chemistry is not just to measure but to use that knowledge for some greater purpose" Harris, Daniel C. 1991

Agriculture Australia

Agriculture

Agricultural analysis is a vital field focused on optimizing crop production and ensuring sustainable farming practices. It involves the comprehensive examination of soil, water, and plant samples to assess nutrient levels, soil health, and the presence of contaminants. Techniques such as soil testing, plant tissue analysis, and remote sensing are employed to gather data that inform decisions on fertilisation, irrigation, pest control, crop management and soil carbon sequestration. By providing insights into the optimal conditions for plant growth and identifying potential issues early, agricultural analysis supports farmers in improving yield, quality, and reduce their inputs for enhanced environmental sustainability. This field is essential for enhancing food security, promoting efficient resource use, and advancing sustainable agriculture practices.

Environment

Environmental analysis is crucial to assessing and understanding the composition and quality of our natural surroundings. It involves the systematic collection, measurement, and interpretation of data related to air, water, soil, and biota to identify pollutants, evaluate their impact, and ensure compliance with environmental regulations. Utilizing advanced techniques such as spectroscopy, chromatography, and mass spectrometry, environmental analysis helps detect and quantify contaminants, trace their sources, and assess their effects on ecosystems and human health. This field plays a vital role in pollution control, resource management, and environmental protection, providing the scientific basis for policies and actions aimed at preserving the health of our planet for future generations. Lambda is researching techniques for the analysis of polyfluroalkyl substances (PFAS), also coined 'the forever chemicals' which are ubiqutous in our environment and causing increasing health concerns.

Materials Science

Materials Science

Material science and analysis play a crucial role in advancing sustainability by developing and characterising materials that are environmentally friendly, efficient, and durable. By understanding the properties and behaviours of materials at the atomic and molecular levels, we can innovate sustainable solutions for a wide range of applications, from renewable energy systems to biodegradable packaging. Through rigorous analysis, research can optimise the performance and lifespan of materials, reducing waste and minimising the environmental footprint. Additionally, material science drives the creation of new materials that can replace hazardous substances, improve energy efficiency, and support the circular economy by enhancing recyclability and reducing resource depletion. Ultimately, the insights gained from material science and analysis are essential for fostering a sustainable future, where technological advancements align with ecological stewardship.

Lambda Research


Lambda Research was founded in 2022.


At the heart of innovation, a unique collaboration emerged, bringing together the expertise of a scientist, a farmer, and a politician. After years of battling to bring to light some cutting edge agricultural research and technology, Bronnie Kemp met David Webster. Recognising the immense potential of her work, David, a progressive farmer involved with several industry bodies,  saw the value in applying these scientific advancements to real-world farming. Their shared passion for transforming agriculture caught the attention of Mark Lewis, the former Minister for Agriculture who was inspired by their mission to revolutionise the industry. United by their commitment to a sustainable agricultural future, Lamba Research was founded, a company dedicated to driving innovation using their scientific philosophies for the benefit of not just farming communities, but the greater the environment.

Board & Directors

Mark Lewis

Mark Lewis - Director

Mark was a founding member of Ai Carbon, a carbon project developer which now has tier one international companies like Mitsubishi, Rio Tinto Osaka Gas and Bentleys Accountants as Board members and shareholders. Mark is also a former WA Minister for Agriculture and Food and was a member for the Mining and Pastoral Region in the WA Legislative Council from 2013 to 2017.

 

He was a founding board member of the federal Regional Investment Corporation (charged to deliver a $4B concessional loan facility) and up until recently a member of the Climate Change Authority (which advises federal Ministers and government on related matters) and several public (limited) and private companies and start-ups. Mark has a lifetime of involvement in agriculture and rural communities and years of engagement in water resource development and more recently carbon and environmental markets.

 

Mark holds a Master of Applied Science, AdvDip Management and GradCert Management. His under-graduate studies were in the Animal Health field.

David Webster

David Webster - Director

David, a former farmer has dedicated his entire life to the Australian agricultural industry. Beyond his personal enterprise he was instrumental in rebuilding the wool sector following the collapse of the Reserve Price Scheme. Much of his work was voluntary, contributing significantly to the development of the R&D and marketing bodies established under the Wool Privatisation Act of 2000.


David served as a director of Australian Wool Innovation (AWI) for 15 years, where he addressed various issues related to the company's obligations in research, development, and marketing of the Australian wool clip. Additionally, he was nominated by AWI to serve as a director of the Australian Wool Testing Authority (AWTA), a position he held for 17 years. During his tenure, AWTA's extensive laboratories worked continuously with R&D to develop better practices and David is highly regarded for his contribution to this work.


David's experience in these roles has underscored his recognition of the critical need for in-situ testing and more comprehensive analysis across agriculture as a whole,

Bronnie Kemp

Bronnie Kemp - Head of Research

Bronnie brings a rich and diverse background spanning biochemical science, animal science, soil science, agriculture, and software development. With a passion for emerging technologies and a talent for visualizing creative solutions, she is known for her ability to see the 'big picture' and devise multi-disciplinary solutions to problems.


More than a decade ago, Bronnie started developing a software application designed to automate soil laboratory results and optimize fertiliser recommendations for the turf and horticultural industries. Driven by the challenges and inconsistencies of traditional laboratory testing methods, she began exploring alternative techniques. This exploration and dedication to researching better methods led to the concept of Lambda. Her continued strive to establish Lambda as a 'lab of the future' that seamlessly integrates instrument control, data capture, and comprehensive sample lifecycle visualisation, propels Lambda to the forefront of innovation.