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Intellectual Property and Equitable Access to COVID-19 Technologies

Intellectual Property and Equitable Access to COVID-19 Technologies

G 1/19 Decision

The Enlarged Board of Appeal (EBA) of the European Patent Office (EPO) recently published its decision, G 1/19, on several matters of law regarding the patentability of computer-implemented simulations and the assessment of inventive step thereof. In short, the Enlarged Board has reaffirmed, and expanded upon, the precedent established by the 2002 Board of Appeal (BoA) decision T 0641/00, best known as ‘COMVIK’, which set out the so-called ‘Comvik approach’, a nuance of the EPO’s problem-solution approach that stipulates that non-technical elements of an invention cannot be considered when assessing the inventiveness of that invention.

Secerna attracts top new talent as growth curve continues

Intellectual property specialist Secerna LLP has welcomed a new trainee patent attorney to its team in York, bolstering the firm’s robotics, physics and electronics expertise.

Plant Variety Rights “post-Brexit”

Whilst patents in Europe may be granted with claims to plants at a high taxonomic level (e.g. that embrace individual plant varieties), Article 53(b) EPC excludes from patentability any claims directed to individual plant varieties or essentially biological processes for the production of plants [1]. Instead, plant variety rights are available to protect this form of IP.

Daniel Pingstone in profile

European Patent Office 2021 guidelines

Quantum Technologies – A Patent Perspective

In recent years the rapid advance of technology has paved the way for a number of new practical devices and methodologies based on quantum mechanics. These new applications are often collectively referred to as quantum technologies.

Quantum Key Distribution – Data Security of the Future?

The UK is at the forefront of developing Quantum Key Distribution (QKD), a revolutionary technology to secure communication in a post-quantum computer world. Discover how QKD works, the challenges it faces, and the ongoing race to build a global secure communication network.

The rise of quantum technology

Over the last few centuries classical physics has been well-equipped to explain the natural phenomena we witness in day-to-day life. In fact it was not until the late 19th century that scientists first began to realise that the characteristics of extremely small systems did not actually seem to reconcile with the accepted laws of classical physics. This led to the advent of quantum mechanical theory - more commonly known as quantum mechanics.