Celebrating disability in history: the power of dyslexic innovation

by James Bird
Deputy Secretary | Disabled Police Association

As part of UK Disability History Month, I wanted to turn the attention onto the often overlooked but profoundly impactful contributions of neurodiversity, in particular dyslexic people throughout history.

Dyslexia, often seen just as a reading difficulty, carries with it an extraordinary strength: the ability to think in three dimensions. This unique cognitive wiring has shaped our world through the revolutionary ideas and innovations of dyslexic minds.

Throughout history, individuals who ‘think differently’ have propelled innovation forward, and their stories reveal the transformative power of dyslexic thinking.

The unseen legacy of dyslexic innovators
For centuries, dyslexic people have faced immense challenges, from a lack of understanding about their differences to societal structures that cater to direct, language-based thinking.

Yet, despite these barriers, dyslexic thinkers have given the world some of the most profound breakthroughs in science, art, and technology, driven by their exceptional visual-spatial reasoning, and an ability to perceive complex relationships between ideas in ways that others cannot.

By using this visualisation to rehearse and imagine success, it gives them an enhanced focus and confidence by picturing themselves achieving these goals.

There are so many incredible, ground-breaking people I could’ve chosen from, but I had to narrow it down, so here are the ones I personally selected.

Albert Einstein: the physics revolutionary
Albert Einstein, one of the most celebrated scientific minds of the 20th century, had a learning profile often associated with dyslexia. As a child, he struggled with traditional schooling, delayed speech, and difficulty with repetitive memorisation. But his mind was a powerhouse of imagination and three-dimensional visualisation. Einstein described his thought process as deeply intuitive, relying on images rather than words.

Albert Einstein

This ability to conceptualise abstract theories visually was crucial in developing his theory of relativity, which forever altered our understanding of time and space. Einstein’s visual thinking enabled him to perceive the universe in ways that others couldn’t fathom, proving that the very traits labelled as shortcomings in childhood became the start of a scientific revolution.

Pablo Picasso: master of artistic perception
Art history offers another vivid example of dyslexic brilliance: Pablo Picasso. The Spanish painter and sculptor, considered one of the most influential artists of the 20th century, revolutionised the art world with Cubism. This radical movement broke objects down into geometric shapes, presenting them from multiple perspectives simultaneously. Picasso’s art demonstrated an unusual grasp of three-dimensionality, as he reconstructed how people saw and experienced the world.

His dyslexic mind allowed him to think in shapes and forms rather than in linguistic terms, which directly influenced his ground-breaking artistic techniques. While others perceived reality in flat, conventional ways, Picasso’s neurodivergent brain deconstructed and reimagined it, shifting our entire understanding of visual art.

Salvador Dalí: surrealism and the dyslexic dreamscape
Another giant of artistic innovation, Salvador Dalí, exhibited the signs of dyslexia, evident in his eccentric and highly visual approach to the surreal. Dalí’s paintings, infused with dreamlike distortions and impossible landscapes, captured the fluidity of thought and imagination that dyslexic individuals often experience. He had an extraordinary ability to render vivid, multi-layered scenes that defied logic but communicated profound emotional truths.

Dalí’s dyslexia may have contributed to his surrealist vision, allowing him to connect unequal ideas in ways that others found bewildering but mesmerising. His masterpieces, from ‘The Persistence of Memory’ with its melting clocks to other iconic dreamscapes, revealed the depths of his spatial thinking and his gift for turning intangible concepts into unforgettable visual experiences.

Muhammad Ali: champion of visualisation
Muhammad Ali, one of the greatest boxers in history, was not just a master in the ring but also a master of his own mind. Growing up with undiagnosed dyslexia, Ali struggled academically, often feeling the stigma of being labelled slow or unteachable. Yet, his neurodivergent brain gave him a unique edge: a powerful ability to visualise his success and his strategies vividly. Ali’s dyslexia likely contributed to his exceptional spatial awareness and the way he could mentally rehearse fights, seeing each movement and outcome with striking clarity.

Muhammad Ali

This skill of mental visualisation became one of his most potent weapons. Ali would famously predict his victories in poetic terms, seeing himself defeating his opponents in detail, long before he stepped into the ring. His pre-fight visualisations, combined with his unconventional footwork and fight tactics, allowed him to anticipate and adapt to his opponents’ moves in real time. Ali’s story demonstrates how dyslexic strengths, like vivid imagination and spatial thinking, can fuel extraordinary accomplishments, changing struggles into sources of greatness.

The Wright Brothers: pioneers of flight
The Wright brothers, Orville and Wilbur, changed the world with the first successful airplane, and their dyslexic thinking played a pivotal role in this achievement. Struggling with traditional education, they developed exceptional visual-spatial skills, which enabled them to intuitively understand mechanics and aerodynamics. Instead of relying solely on theoretical models, they closely observed the flight patterns of birds and experimented relentlessly, visualising the complexities of flight in three dimensions.

Their breakthrough came with the invention of the three-axis control system: pitch, roll, and yaw, allowing for stable and controlled flight. This innovation laid the groundwork for all future aircraft designs. The Wright brothers’ ability to think dynamically and spatially, combined with their determination, exemplifies how neurodivergent minds can revolutionise entire fields and make the seemingly impossible a reality.

The power of thinking differently
It is not just in art, science, and sports, that dyslexic thinking has changed the world. Thomas Edison, whose dyslexic brain sparked the invention of the light bulb and phonograph, was able to see failure as a series of learning steps, applying his visual-spatial reasoning to experiment creatively. Likewise, Henry Ford revolutionised manufacturing through his assembly line – another innovation embedded in simplifying complex systems into efficient, visually intuitive processes.

Steve Jobs

In modern times, dyslexic entrepreneurs like Richard Branson and Steve Jobs continued this legacy. Jobs, known for his ability to envision ground-breaking technology, once said: “Creativity is just connecting things.” His dyslexic mind made those connections in ways that others couldn’t, giving birth to the Apple system that has reshaped our digital world.

Why celebrating dyslexic innovators matters
Disability History Month provides an opportunity to celebrate how neurodiversity fuels human progress. Dyslexic individuals are often natural-born innovators, problem-solvers, and creative visionaries. Their three-dimensional thinking drives them to break boundaries, challenge conventions, and bring fresh perspectives to the most complex challenges.

We have much to gain from recognising and nurturing neurodivergent strengths. When given the right tools and environments, dyslexic thinkers can reach their full potential and continue to make world-changing impacts.

The story of dyslexic innovation is testament to the strength of thinking differently.

From Einstein’s universe-altering theories to Picasso’s art that reshaped our visual world, dyslexic individuals continue to illuminate the power of diverse cognitive styles. ∎

DPA hosts 2024 conference

National event promoting disabled and neurodivergent talent in policing attended by senior officers and disability advocates

The Disabled Police Association held its fourth Annual Conference at the Radisson Blu Hotel, East Midlands Airport over the 30th September and 1st October.

The conference was well supported, with Derbyshire Constabulary Assistant Chief Officer and NPCC Lead for Disability Andrew Price opening the first day, and West Midlands Police Assistant Chief Constable Matt Welsted, NPCC Lead for Neurodiversity, opening Day Two. Guest speakers included Open Bionics ambassador and social media influencer Tilly Lockey, who presented awards at the Conference Dinner recognising policing colleagues for their work in championing disability.

Tilly Lockey

Chief Constable Gavin Stephens, NPCC Chair, closed the conference and endorsed the DPA’s 12 Point Action Plan.

DPA President Tracy Betts said: “A key theme of this year’s conference was ‘What success looks like’, and I was proud to stand alongside so many talented colleagues who represent the best in the police service. We have come so far in recognising diverse abilities, but there is still a lot further to go, and this event was a vital means of developing meaningful and sustainable change for the future.”

“With the Home Secretary sending a personal video message congratulating the award winners and committing to working with the DPA, this year’s conference not only inspired us with personal stories and lived experience, but also demonstrated how the DPA is making an impact at the very highest levels.”

The DPA would like to thank the NPCC as joint hosts, primary sponsors Axon UK and MindView, conference organiser CJS Event Solutions, and all those who gave up their time to attend and speak at the event. ∎

An introduction to sickle cell disorder

Bedfordshire Police Cultural Intelligence Lead & DPA Executive Committee member Samantha Alexander writes about sickle cell disorder (SCD) – a condition affecting an estimated 7.7 million people globally – and looks at how it can be treated and accommodated in the workplace

During National Sickle Cell Awareness Month in September and all year round, hard work is being done to continuously raise the awareness of the importance of blood donation and the calls on all eligible donors to ensure the local blood supply reflects the community. Come and take a read with me as to why.

What is sickle cell disorder?
Sickle cell (also termed sickle cell anaemia) is an inherited blood disorder that causes anaemia (a reduced ability of the blood to carry oxygen) and chronic pain.

Normal blood cells next to a sickle blood cell (colourised scanning electron microscope image)

One component of the red blood cells, haemoglobin – which carries oxygen – is defective. This results in the usually doughnut-shaped cells becoming sickle-shaped. These are unable to squeeze through small blood vessels, causing blockages that deprive organs and tissues of blood.

People who inherit the disorder have two copies of the sickle cell gene, one from each parent. If both parents are carriers, having just one copy each, there is a one in four chance of the child picking up two copies of the gene. Those who carry just one copy have the sickle cell trait but may have no symptoms.

Sickle cell crisis
There are four types of sickle cell crises (Diggs, 1965). These are: vaso-occlusive, aplastic, splenic sequestration, and hyperhemolytic. The most common is the vaso-occlusive (‘painful’) crisis which people who have sickle cell may experience.

Sickle cell trait
Sickle cell trait means you carry one copy of the sickle cell gene (HbS) and one copy of the normal haemoglobin gene (HbA).

If you have the trait, it means your body produces a very small amount of sickle haemoglobin, which means that under certain circumstances, your red blood cells can ‘sickle’.

Because most of the haemoglobin in your body is normal, the majority of people with the trait do not have any symptoms at all, and might not even think to get themselves tested.

Who can be a sickle cell carrier?
Due to the movement of people across the diasporas, contrary to a known myth, anyone can be a carrier of sickle cell, but it is much more common in people from certain ethnic backgrounds. In the UK, most people who carry the sickle cell trait have an African or Caribbean family background, but it is not exclusive to this group and can occur in White British people.

Extrapolating from 16th century census data, leading geneticist Dr Steve Jones, of University College London, has calculated that one in five Britons, 11 million people, have a Black ancestor: “Increasing numbers of White babies are born each year carrying the sickle cell anaemia trait because of hidden Black ancestry…” “People who think of themselves as White but have the sickle cell trait almost certainly had a Black ancestor” he said. (Source: The Independent – ‘Hidden Black Ancestry Linked to Rise in Sickle Cell Disorder’)

What about testing?
Everyone should get tested because if you are a carrier (have the trait), your children could have sickle cell disease, should the other parent also be a carrier.

Being tested is also important if you are having surgery: there is a slightly higher rate of complications during surgery if you have the trait. However, if your anaesthetist is aware, they can make sure you have extra oxygen, which reduces the chances of complications.

Burgundy ribbon for sickle cell anaemia awareness

Why oxygen?
Lack of oxygen is one of the known causes of complications in people with sickle cell trait. So be careful if you’re at a high altitude (e.g. at the top of a mountain, long-haul flights).

Many people with sickle cell trait can and do lead normal lives and can even excel. People with ‘trait’ are often told they cannot do sport or travel to high altitudes, but this is not true – they just need to take a little extra care.

Another common myth suggests that sickle cell trait rarely carries any symptoms. However, it is gradually seen that it can cause pain in a number of individuals. For those with a sickle cell trait, 20-40% of the haemoglobin is HbS (in comparison to 80-100% in patients with a sickle cell disorder), suggesting that some sickling and the associated joint/crisis pain can occur.

Sickle cell and the Equality Act 2010
Sickle cell symptoms like pain, fatigue, stress and depression resulting from normal activities meet the criteria for disability, and the majority of people with SCD are deemed to be disabled. Even if your condition is controlled, you may still be considered disabled in the eyes of the law.

The Access to Work and Disability Confident Employer schemes are available for employees and employers including those who live with SCD and also those who have sickle cell trait. Click on the links for more information on these schemes.

June 19th is World Sickle Cell Day, a United Nations recognised day to raise awareness of sickle cell disorder across the world, and September is Sickle Cell Awareness Month.

You can help! Read more about giving blood. ∎

This blog was originally published on the Bedfordshire Police intranet – it is reproduced here with kind permission of the author