Edge Hill historian lands top role in major Jack the Ripper series

EDGE Hill University historian Bob Nicholson will appear on all 3 episodes of a gripping Sky History drama documentary on the infamous Jack the Ripper.

Dr Nicholson, Associate Head of History, Geography and Social Sciences, is sharing his expertise on Victorian popular culture to explore how the media played a huge role in the truth and myth of the notorious serial killer.

Jack the Ripper: Written In Blood; which starts on Sky History on:- Tuesday, 8 April 2025, 9 pm, and is streaming on Now TV, delves into the Whitechapel murders of 1888 from an entirely new angle: how a team of reporters from Whitechapel's The Star newspaper; which ceased publication in 1960; created and fuelled the legend and ultimately contributed to a serial killer evading justice.

Bob said:- "The most fascinating thing about Jack the Ripper is that the killer or killers were never caught. So there's a gap, a void, which people pour their own anxieties into. There were so many speculations flying around in the press and on the streets that you could make him your own monster. People projected their personal fears onto the killer; fear of immigrants, fear of doctors for example. In this way he became a mirror to society at the time, projecting society's evils. I don't think we'll ever know the truth but it's the mystery which is interesting to me."

The new series exposes how journalists at The Star allegedly misled the Police investigation by planting false leads and fabricating evidence, and printing speculation as fact. It is widely believed that they sabotaged Scotland Yard's investigation, whipped up mass hysteria and fuelled mob justice. There is even evidence to suggest that 1 of the journalists faked a letter from The Ripper.

Dr Nicholson added:- "The Whitechapel murders happen at a really interesting time in the history of journalism because it was the beginning of what we recognise as modern, tabloid journalism. Millions more people were now reading newspapers because literacy had improved and newspapers were cheap. They became part of everyday life, like the smartphone is now. Audiences wanted lively little snippets; newspapers were the TikTok of the times."

Newspapers tapped into an existing public interest in true crime, but pushed the boundaries on how much gory detail to include, in much the same way as podcasts do now, Bob explained:- "The Star knew that every night the paper was coming out people would want to read more about the case. They were really skilled at riding that wave, and keeping it going. They were actively trying to make the story sustain itself for longer so they had to keep finding a new angle. There are basically 2 versions of Jack the Ripper. There is the real person who actually committed these murders. And then there is the Jack the Ripper that we all know about, who is not a creature of flesh and blood, but of paper and ink."

Dr Bob Nicholson is a historian, writer and broadcaster; he was worked at Edge Hill for 13 years and has written for national publications, featured on several BBC radio programs, and written and presented the popular BBC Sounds podcast Killing Victoria.

Tom Stubberfield, showrunner for Written in Blood, said::- "Bob's contribution to the series was immeasurable. He was an instrumental voice across the series."

£10m funding for AI-powered robotic labs that will accelerate new treatments for deadly infections

NEW AI-powered, robotic labs that will accelerate development of new treatments for deadly diseases are to be built in Liverpool after £10m Innovation Zone funding was agreed.

The High Containment Level 3 labs, located at the Liverpool School of Tropical Medicine (LSTM) and supported by the Infection Innovation Consortium (iiCON), will be capable of handling a range of pathogens during development and validation of new treatments that could save lives worldwide.

The new laboratories will be fitted with state-of-the-art robotics, AI, and liquid handling systems to safely progress research and development of new vaccines, drugs and diagnostics for high-risk and deadly infectious diseases.

LSTM is already home to the largest concentration of Containment Level 3 laboratories in the North West, which played a key role in the rapid response to the Covid19 Pandemic.

The new facility will also support the next phase of iiCON's development, bolstering the infection innovation ecosystem between:- industry, academia, and the NHS to enhance the discovery and route to market for products that tackle infectious disease.

The new laboratories will enhance innovative human organoid research, which involves sophisticated technologies using tissues grown to mimic different human organs. The facilities will enable closer collaborations with industry and potentially speed up regulatory approval for new treatments.

As well as saving lives, the robotic laboratories are forecast to generate £40m of investment in the 1st 3 years; creating well-paid jobs and driving research.

Liverpool City Region Mayor Steve Rotheram said:- "Robotic labs might sound like something out of science fiction, but this is very much science fact; and a massive vote of confidence in our Region's position as a global leader in health innovation. We saw during the pandemic just how vital our local life sciences sector is not just to our Region, but to the world. This investment will build on that legacy, helping to fast-track life-saving treatments while attracting new businesses, creating high quality jobs, and keeping our brightest minds here in the Liverpool City Region. This is what devolution is all about; backing our strengths, bringing in investment, and making sure we're shaping a healthier, fairer, and more prosperous future for our area."

Professor Giancarlo Biagini, Pro Vice-Chancellor for Research and Innovation at LSTM said:- "LSTM is proud to receive this vital investment, which, alongside funding from UKRI's Expanding Excellence in England (E3) fund and the Wolfson Foundation, enables us to establish a cutting-edge automated facility for developing advanced human infection models for emerging and high-consequence diseases. This combined £20m initiative will accelerate the preclinical development of new therapeutics, vaccines, and diagnostics; strengthening the UK's position as a global leader in health innovation. This investment aligns with our Regional commitment to driving health innovation and Regional prosperity, ensuring that the Liverpool City Region remains at the forefront of health science innovation and impact."

Professor Janet Hemingway, founding Director of iiCON, said:- "iiCON is delighted to support this transformative initiative. By harnessing iiCON's extensive network of industry, academic, and clinical partners, we will ensure this cutting edge facility is maximised to drive innovation and ultimately improve health outcomes. This investment strengthens Liverpool City Region's position as a global hub for infection innovation and reinforces our commitment to fostering impactful collaborations, supporting SMEs, and creating high-value jobs. Through iiCON's specialist research platforms and translational expertise, we will work closely with partners to unlock the full potential of this facility, ensuring it delivers real world impact for patients, communities, and the wider economy."

Combined Authority Cabinet Member for Innovation, Cllr Liam Robinson said:- "iiCON is a superstar of Liverpool City Region innovation; helping to save countless lives through its world-leading fight to control and prevent deadly infections. This hi-tech investment through our health and life sciences innovation zone programme promises to speed up the discovery of new treatments which will drive jobs and prosperity in the City Region, while making the world a safer place. It will also further cement the City Region's status as a global leader in the fight against some of the world's deadliest infections."

Founded in 2020 with an £18.6m Government grant, iiCON has quickly grown into a £260m programme working with a global network of more than 1,000 organisations, creating hundreds of jobs and bolstering the City Region's R&D infection spend by £1bn.

By enabling industry access to world leading facilities and expertise, it has supported 36 new products to market, with more than 5 billion units of life saving products and treatments reaching communities across the world.

iiCON's ambitious new lab project forms part of the 10 year Liverpool City Region Life Sciences Innovation Zone programme which is expected to attract up to £800m of public and private investment and create 8,000 new skilled jobs to the Region.

The Liverpool City Region Life Sciences Innovation Zone Programme (LCR Innovation Zone Programme) is part of the Government's national Investment Zone Programme.