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Student Artwork Guide

Michael Faraday's Electric 'Egg'

Name Class Date

Tess Barnes, Michael Faraday's Electric 'Egg' (2009), The Royal Institution. Reproduced for reference; rights reserved by the rights holder. See this canvas under a moving light: the drawing, the true colour under the varnish, the bare pigment

The facts

Artist
Tess Barnes originaluniqueart.com/en/artists/tess-barnes/
Artist’s dates
1957 –
Painted
2009
Original size
45 x 25 cm
Held at
The Royal Institution originaluniqueart.com/en/museums/the-royal-institution-london/

In context

Michael Faraday's Electric 'Egg' — Tess Barnes

How big is it?

The original measures 45 × 25 cm (height × width), drawn here beside an adult of average height.

When was this painted?

  1. 1950
  2. 1960
  3. 1970
  4. 1980
  5. 1990
  6. 2000
  7. 2010

Row above: the years. Row below: how old the artist was at the start and at the end of each span, counting 0 from birth.

Painted when the artist was 52. 3 of the 12 dated works by this artist in our catalogue came earlier.

▲ this work, 2009 every dated painting, decade by decade

Compare with

Pick one work above: name two things it shares with this one, and one thing that's different.

More works to set beside this one: originaluniqueart.com/en/art/similar/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/

Colours

Measured from the image

    Main colour

    Gray #6e6c77

    Catalogued palette

    • #6E6C77
    • #A29FA4
    • #343238
    • #4D4B56

    These colours inside the artist’s whole palette Find other paintings by colour

    Main colour name
    Gray
    Intensity
    Monochromatic How saturated and varied the colours are, from a single toned-down hue to many bright ones.
    Contrast
    Gentle How much the colours differ in lightness and saturation across the picture.
    Harmony
    Softly Mixed Palette How well the colours work together, from clashing to fully unified.
    Brightness
    Shadow How light or dark the picture reads overall, from deep shadow to bright highlight.
    Saturation
    Muted How pure and strong the colours are, from near-grey to fully vivid.

    Where in the world is this painting looked at?

    • under 1%
    • 1–3%
    • 3–8%
    • 8–20%
    • 20% and over
    This painting alone has too few recorded visitors to map, so the plate reads every work by Tess Barnes over the last twelve months — 2 countries in all. Where these figures come from

    The ten leading countries

    1. 1 China 87.5%
    2. 2 United States of America 12.5%

    Find the three darkest countries on the map. Is the museum that keeps this painting in any of them? Write down one reason people far away might look at it.

    The 7 most looked-at works by Tess Barnes

    1. 1 Susan Greenfield (b.1950), 2005 25.0%
    2. 2 Henry Cavendish’s Gas Balance, 2009 12.5%
    3. 3 Faraday's Voltammeter 2, 2009 12.5%
    4. 4 Faraday's Voltammeter 1, 2009 12.5%
    5. 5 Sir Mark Walport, 2011 12.5%
    6. 6 Coolidge Tube, 2009 12.5%
    7. 7 Michael Faraday's Electric 'Egg', 2009 this painting 12.5%

    Together these works take 100.0% of all the attention this artist's paintings received over the last twelve months. The catalogue holds 13 works by this artist, of which 7 were looked at at least once. This painting ranks 7 of them, with 12.5% of that attention. The same counts, month by month

    Bars measure attention, not quality. Pick the work at the top and this one: name one thing that might make a painting famous beyond how well it is painted.

    Artist and museum

    Artist

    Tess Barnes

    The Convergence of Vision and Inquiry

    Tess Barnes stands as a singular figure in the contemporary art world, an artist whose practice is fundamentally rooted in a profound engagement with scientific inquiry. Born in Philadelphia in 1957, Barnes has cultivated a rare convergence of disciplines, yielding strikingly beautiful and intellectually stimulating artworks that bridge the gap between empirical observation and aesthetic wonder. Her journey did not begin within the confines of traditional academic rigor, but rather through an early, burgeoning fascination with the precision of anatomical illustration and the evocative, atmospheric power of Impressionistic landscapes. This foundational passion would eventually become the cornerstone of her distinctive style, informing an enduring commitment to exploring the intricate connections between visual perception and scientific understanding.

    The evolution of Barnes’ technique is a testament to her ability to synthesize disparate influences into a cohesive visual language. While her formative years were shaped by the explorations of form and color found in the works of Cézanne and Matisse, it was her encounter with the mastery of Rembrandt that profoundly altered her approach to light and shadow. From the Dutch master, she inherited an appreciation for chiaroscuro—the dramatic use of tonal subtlety and psychological depth—which allows her to imbue her subjects with a sense of mystery and internal life. This pursuit of technical excellence led her to postgraduate studies at Yale University’s School of Fine Arts, where she honed her skills in oil painting and refined her ability to translate complex, often invisible, scientific concepts into tangible visual representations.

    The Art of Scientific Portraiture

    At the heart of Barnes' artistic vision is a series of meticulously rendered portraits that transcend mere photographic likeness. Her subjects—often iconic scientists, anatomical figures, or delicate scientific instruments—are treated with a reverence that honors both their historical significance and their physical form. Rather than striving for clinical accuracy, Barnes employs Impressionistic brushstrokes and nuanced color palettes to convey the emotional resonance and psychological state of her subjects. Her canvases pulsative with atmosphere, capturing fleeting moments of contemplation and hinting at the underlying narratives of discovery that define the scientific spirit.

    In her work, the boundary between the observer and the observed begins to dissolve. Through her lens, a piece such as Henry Cavendish’s Gas Balance becomes more than a depiction of an apparatus; it is a study in delicate beauty and scientific precision, utilizing haunting grey tones and a balanced composition to evoke the quiet intensity of experimental physics. Similarly, her depictions of historical instruments, such as Humphry Davy's Miners' Safety Lamp or the Coolidge Tube, serve as meditations on the tools that have shaped human knowledge. By applying a painterly texture to these objects, she invites the viewer to experience the tactile and emotional weight of scientific progress.

    Legacy and Artistic Significance

    The historical significance of Tess Barnes lies in her ability to illuminate scientific discoveries through the medium of fine art. She operates on the belief that art possesses a unique capacity to stimulate the imagination, making the abstract concepts of science accessible and deeply felt. Her work does not merely document history; it breathes life into the intellectual milestones of humanity, presenting them as part of a continuous, beautiful struggle for understanding.

    Through her dedication to meticulous observation and her mastery of light, Barnes has created a body of work that serves as a bridge between two seemingly disparate worlds. Her legacy is found in the way she challenges the viewer to look closer—not just at the physical details of a portrait or an instrument, but at the profound human curiosity that drives every scientific breakthrough. In the hands of Tess Barnes, the laboratory and the studio become one, united by the shared pursuit of truth and beauty.

    Museum

    The Royal Institution

    On show in London, United Kingdom

    A Sanctuary of Enlightenment: Where Science Meets Artistry

    Nestled within the historic heart of London’s Bloomsbury Square, The Royal Institution stands as a breathtaking testament to Britain's intellectual and aesthetic heritage. It is a place where the boundaries between scientific rigor and artistic inspiration dissolve, creating a unique atmosphere that has captivated thinkers for centuries. Founded in 1799 by visionary minds such as Henry Cavendish and George Finch, the Institution was born from the fervent spirit of the Industrial Revolution, driven by a mission to champion education and foster a profound dialogue between disparate disciplines. To walk through its doors is to embark on a journey back to the very genesis of modern understanding, where the pursuit of truth is treated with the same reverence as the creation of a masterpiece.

    The architecture itself serves as a grand prologue to the wonders contained within. The Institution's imposing Victorian façade at 21 Albemarle Street embodies an era of unbridled optimism and ambition. Designed by the legendary Sir Charles Barry—the mastermind behind Buckingham Palace and the Covent Garden Opera House—the building is a deliberate statement of progress. Its intricate stonework and magnificent Great Hall reflect a period when scientific advancement was viewed through a lens of grandeur. Within these walls, one finds stained glass windows that do more than merely admit light; they depict scientific symbols that pay homage to the laboratory's legacy, particularly those linked to Michael Faraday, blending the structural beauty of the Victorian era with the luminous clarity of scientific discovery.

    The Alchemy of Discovery and Design

    At the very soul of the Institution lies Faraday’s Laboratory, a space meticulously preserved to transport visitors into the mid-19th century. This is not merely a static museum exhibit but an immersive encounter with the crucible of electromagnetism. As one observes the carefully recreated retorts, wires, and delicate instruments, the air seems to hum with the ghost of Michael Faraday’s tireless experimentation. It was here that the fundamental principles of electrolysis and induction were unearthed, changing the course of human technology forever. For the art lover and the historian alike, this laboratory represents a profound moment in time where the raw, tactile elements of nature were first decoded through observation and meticulous detail.

    This dedication to precision and the beauty of natural phenomena found a surprising resonance within the artistic community. The Royal Institution became a vibrant hub for figures of the Pre-Raphaelite Brotherhood, including Dante Gabriel Rossetti and William Morris. These artists, known for their devotion to intricate detail and symbolic depth, were deeply moved by the lectures and the scientific ethos of the era. They found in the study of light, magnetism, and natural structures a new vocabulary for their work, proving that the pursuit of scientific truth can profoundly enrich the aesthetic experience. For collectors and interior designers, the Institution represents the ultimate intersection of intellectual depth and decorative elegance, where the precision of science meets the soul of fine art.

    A Living Legacy of Curiosity

    The magic of The Royal Institution is perhaps most vibrantly felt through its enduring commitment to public engagement, most notably through the legendary Christmas Lectures. Initiated by Michael Faraday himself in 1825, these presentations have become a cultural cornerstone, weaving a thread of wonder through generations of families. These lectures transform abstract concepts into captivating spectacles, much like a theatrical performance, ensuring that the spark of curiosity is never extinguished. It is this living tradition—this refusal to let knowledge remain confined to dusty manuscripts—that makes the Institution a unique destination.

    For those seeking inspiration, whether in the curation of a private collection or the design of a sophisticated interior, The Royal Institution offers a blueprint of how passion and intellect can coexist. It remains a place where the legacy of the Enlightenment is not just remembered but actively celebrated, inviting every visitor to marvel at the intricate beauty of the natural world and the human ingenuity that seeks to understand it.

    Where to read more

    • The artist Tess Barnes originaluniqueart.com/en/artists/tess-barnes/
    • The museum The Royal Institution originaluniqueart.com/en/museums/the-royal-institution-london/
    • Similar works More works to compare originaluniqueart.com/en/art/similar/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/

    Find this online

    QR code linking to the download page for Michael Faraday's Electric 'Egg'

    originaluniqueart.com/en/art/download/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/

    Cite this artwork

    MLA
    Barnes, Tess. Michael Faraday's Electric 'Egg'. 2009, The Royal Institution. https://originaluniqueart.com/en/art/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/
    APA
    Barnes, Tess (2009). Michael Faraday's Electric 'Egg' [Painting]. The Royal Institution. https://originaluniqueart.com/en/art/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/
    Chicago
    Tess Barnes. Michael Faraday's Electric 'Egg'. 2009. The Royal Institution. https://originaluniqueart.com/en/art/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/
    Harvard
    Barnes, Tess (2009) Michael Faraday's Electric 'Egg'. The Royal Institution. Available at: https://originaluniqueart.com/en/art/tess-barnes-michael-faraday-s-electric-egg-AQUKWS-en/

    Look closely

    Michael Faraday's Electric 'Egg' — Tess Barnes

    Look closely

    Answer in your own words. There are no wrong answers here — only answers you can explain.

    1. What catches your eye first, and why?
    2. Which colours or shapes create the mood — and what is that mood?
    3. Look back at Faraday's Voltammeter 2 (2009), earlier in this guide. Name two things it shares with this work, and one that is different.
    4. Tess Barnes was about 52 when this was made. What in it looks like the work of an artist at that stage?
    5. What might the artist have wanted you to feel?

    Your response

    Write a short paragraph about this artwork. Use the facts from the earlier parts of this guide, and your answers above.

    Questions & Answers

    How do I discover artworks close to "Michael Faraday's Electric 'Egg'" by Tess Barnes?

    The Similars page of "Michael Faraday's Electric 'Egg'" by Tess Barnes presents related artworks.

    Where can I see a preview of "Michael Faraday's Electric 'Egg'"?

    A preview of "Michael Faraday's Electric 'Egg'" by Tess Barnes is available on the artwork's Preview page.

    Does "Michael Faraday's Electric 'Egg'" by Tess Barnes use strong contrasts or soft harmonies?

    The color composition of "Michael Faraday's Electric 'Egg'" by Tess Barnes combines a gentle contrast with a softly mixed palette harmony.