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About Emma

Emma graduated from Imperial College London in 2009 with a master's degree in Physics, before continuing her studies in the field and at Imperial College by undertaking a PhD in the Photonics Group, followed by a year and a half as a Research Assistant. During this time her research focused on the development of high power diode pumped solid state lasers, using both end-pumped and side-pumped geometries, for use in medical and industrial applications in particular.

Emma decided to make the jump from research into the patent profession in 2015 when she joined the Engineering team at Keltie. Since then, she has worked to support a range of small and large clients, spanning sectors and technologies that include automotive, subsea engineering, optics and photonics, and packaging. Emma has experience in both drafting and prosecution of patent applications, as well as in the filing of design rights in Europe and the US in particular. In addition to her time working for clients from the Keltie offices, Emma has also had the opportunity to undertake an in-house secondment where she was involved in both patent prosecution and invention harvesting.

 

Emma qualified as a UK patent and design attorney in 2021.

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Selection inventions in life sciences at the EPO

21.08.2024

Selection inventions in life sciences at the EPO

The EPO practice on selection inventions has developed considerably over the past decade. Two recent decisions of the Technical Board of Appeal are particularly instructive for applicants in the life sciences field. The Guidelines for Examination in the EPO (EPC Guidelines) define selection inventions as those that “deal with the selection of individual elements, subsets, or sub-ranges from a more generic disclosure in the prior art”. The Guidelines address the examination of both novelty and inventive step of selection inventions.

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What is Quantum Computing? Part II

22.11.2023

What is Quantum Computing? Part II

In Part I of this series, we looked at some fundamental quantum mechanical principles that underpin emerging quantum technologies. In this article, we look at how those fundamental principles apply to quantum computing and describe some practical aspects of quantum computers.

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