💥Seriously🚀Scientific💥

A square social media infographic featuring the 185 million year old fossil skull of Xiphodracon goldencapensis, the Sword Dragon of Dorset. The graphic uses a high contrast design with a dark background to make the fossil and text stand out. The top of the infographic displays the name XIPHODRACON GOLDENCAPENSIS in a bold white font. Directly below this, a sub-header reads: A 185-Million-Year-Old Jurassic Discovery. The central image shows the three-dimensionally preserved skull found by Chris Moore in 2001. A natural-sounding paragraph at the bottom is placed on a translucent black bar for readability. Key scientific terms are highlighted in bright yellow. The text explains that Dorset’s original SEA MONSTERS are still giving up secrets and that the missing PLIENSBACHIAN GAP is finally found. It notes that this fossil bridges the world of early and late ichthyosaurs and proves that specialized DEEP-SEA TOOLS evolved gradually over time. Produced by Seriously Scientific.com

Today, Mary Anning's legacy continues! 🌊🐲

Meet the Xiphodracon - found in Mary’s cliffs in 2001. This preserved masterpiece fills a 9-million-year gap in evolution. Proof that the "Princess of Paleontology" started a story we’re still finishing! 🦴 Discovered by Chris Moore ✨
#Fossils #Paleontology

Remebering Marie Skłodowska-Curie, Marie Skłodowska-Curie, Marie Skłodowska-Curie, Marie Skłodowska-Curie, Marie Skłodowska-Curie, Marie Skłodowska-Curie.. Thank you for your attention to detail @veronicaeva.bsky.social I'll be sure to rember her request from now on..

And to be honest, Dr. Marie Maynard Daly could have easily been featured on my list in her own right!

Not only was she the first African American woman to earn a Ph.D. in Chemistry in the U.S. (Columbia, 1947), she discovered the direct link between high cholesterol and clogged arteries..

A digitally restored and colorized photograph from 1915. Three young graduates stand side-by-side in black academic gowns. On the left is Alice Ball, a young African American woman, alongside her two male classmates. All three are wearing graduation caps with bright golden-yellow tassels and matching academic hoods around their shoulders, signifying their Master of Science degrees.

To bring this full circle, I’ve also restored and colorized the verified archive photo. I truly hope this does her legacy justice. ✨

Based on my research, I used golden yellow for the hoods and tassels, the official academic colour for a Master of Science degree in 1915! 🎓💛

There here are very few actual photos of Alice Ball unfortunately obviously partly due to a tragically short life. so I sourced this image from the University of Hawaii Archives like to be sure of accuracy this time..

@dricks.bsky.social Thank you so much for the correction. You are absolutely right, and I am sincerely appreciative.
In my haste to publish yesterday, I did not fact-check the image as thoroughly as I should have.

Your article on Alice is a really great read, thanks for sharing 🙏

International Women’s Day: 10 Scientists Who Changed the World Celebrate 10 female scientists who changed the world. From mapping DNA to calculating the Moon landing, discover the women who built our reality.

Happy International Womans Day!

A huge thank you to all the women out there as we litterally wouldn’t be here without you. :)

So apart from my Mum and Wife, here's another 10 amazing women I feel have changed the world for the better! 🧬✨

Comment to suggest anyone else who deserves a mention! 👇🚀

That is a picture of her

As the first Indian woman to earn a PhD in Botany, she faced massive caste and gender bias to become a global leader in plant genetics.

She didn’t just study nature; she rebuilt it to save her country from famine.

A true pioneer whose legacy is a sweet as it sounds.

🏛️✨ #InternationalWomensDay

A restored and colorized historical portrait of the pioneering Indian botanist Janaki Ammal. She stands outdoors in a garden setting, looking directly at the camera with a calm and determined expression. She is wearing a traditional sari in shades of white and green. The natural lighting of the outdoor setting highlights her features and the textures of her clothing. The image captures Ammal as a trailblazer, the first Indian woman to earn a PhD in Botany at the height of her influence in the field of cytogenetics. Digital restoration and colorization by Seriously Scientific.

Remembering Janaki Ammal on International Women's Day!

In the 1930s, India’s sugarcane was weak and low-yield. Janaki used cytogenetics to "engineer" the crop, cross-breeding it with wild grasses to create the sweet, robust hybrids that feed millions today. 🌿🔬

#WomenInScience

Even as NASA moved to digital computers, John Glenn famously wouldn't fly until Katherine "checked the numbers" by hand.

Despite the barriers of segregation and gender, her brilliance was the bedrock of the Space Race. We don't get to the moon without Katherine Johnson. 🌕🏛️

#InternationalWomensDay

African American mathematician Katherine Johnson seated at her desk at NASA’s Langley Research Center in the mid-1960s. She is wearing glasses and a white dress, with her hands resting on a desk covered in mathematical papers and charts. Behind her is a large celestial globe used for tracking orbits and a Friden mechanical calculator. She is looking intently at a document. The scene captures the precise, manual calculations that served as the final verification for NASA’s early electronic computers, which she performed at a time when women of color were barred from using many standard facilities. Digital restoration and colorization by Seriously Scientific.

Remembering Katherine Johnson on International Women's Day!

A literal human computer, her hand-calculated trajectories were vital to the first human spaceflights and the Apollo moon landings.

She didn't just calculate orbits; she mapped the path for humanity to reach the stars!🚀⭐
#WomenInScience

For decades, the scientific world ignored her work, thinking it was impossible.

Barbara continued her research on maize in near-isolation until the world caught up. In 1983, she became the first woman to win an unshared Nobel Prize in Physiology or Medicine! 🏛️✨

#InternationalWomensDay

A detailed digital composite image based on the 1947 historical photograph of geneticist Barbara McClintock. McClintock, with her characteristic short hair and round glasses, is seated at a microscope, using tweezers in a Petri dish. While based on the original photo distributed for her AAUW award, this image presents a significantly expanded and fictionalized laboratory environment. The simple wooden workbench is now densely populated with a vast, colorized collection of complex glassware, numerous amber-colored reagent bottles, intricate distillation columns, and botanical specimens relevant to maize cytogenetics, creating a rich, illustrative narrative of her "jumping gene" research context that was not present in the original photo. The expanded background shows complex vintage laboratory cabinetry. This image explicitly states it is a composite: a digital recreation where Seriously Scientific has taken the historical figure and placed them into an augmented, complex fictionalized environment. Based on original source from Smithsonian Institution Archives. Digital composite by Seriously Scientific.

Remembering Barbara McClintock on International Women's Day!
She discovered that genes aren't static, they can actually "jump" around on a chromosome.

Her discovery of transposons ("jumping genes") fundamentally changed how we understand evolution and the complexity of DNA! 🧬🌽

#WomenInScience

Despite battling severe rheumatoid arthritis since age 24, Dorothy became the only British woman to win a solo Nobel Prize in science.

She later mapped Vitamin B12 and Insulin, proving that she didn't just find medicine - she showed us exactly how it was built. 🏛️🧪

#InternationalWomensDay

British chemist Dorothy Hodgkin in her laboratory in 1964. She is sitting at a wooden desk, wearing a blue cardigan and green skirt, resting her chin on her hand as she looks thoughtfully toward the camera. On the desk beside her sits a black and gold microscope and a glass display case containing a large, complex crystal structure model. To her left, bookshelves are packed with scientific texts, including a prominent red spine titled "Penicillin Crystal Structures." This image captures the Nobel Prize winner in the environment where she produced the world’s first 3D atomic maps of essential medicines like penicillin and insulin. The scene highlights her intense intellectual focus and the physical tools of her pioneering work in X-ray crystallography. Digital restoration and colorization by Seriously Scientific.

Remembering Dorothy Hodgkin on International Women's Day!

While Fleming found the mold, Hodgkin solved the 3D atomic puzzle of Penicillin.

Using X-ray crystallography, she mapped the molecule's structure, allowing it to be mass-produced and saving millions of lives! 🔬🗺️

#WomenInScience

Tragically, Alice died before she could publish her findings. A male colleague stole her research, renamed it after himself, and took the credit for years.

It took nearly a century for her brilliance to be fully recognized.

Today, we celebrate the true healer. 🏛️✨

#InternationalWomensDay

African American chemist Alice Ball in her laboratory around 1915. She is wearing a white lab coat and a patterned blue scarf, holding a glass test tube and using a pipette to precisely transfer a liquid from a small vial. This scene represents her development of the "Ball Method," where she transformed thick Chaulmoogra tree oil into a soluble, injectable treatment for leprosy. The dark wooden laboratory bench is filled with period-accurate glassware, glass stir rods, and amber-colored bottles containing the raw oil. In the background, a metal centrifuge and laboratory cabinetry are visible. The image captures the specific moment Alice created the medical breakthrough that saved thousands from forced exile. Digital restoration and colorization by Seriously Scientific.

Remembering Alice Ball on International Women's Day!

At just 24, this brilliant chemist developed the first effective treatment for leprosy.

Her 'Ball Method' made Chaulmoogra oil injectable, saving thousands of people from lifelong isolation and exile. 🧪💉

#WomenInScience

While others saw Charles Babbage's machine as a simple calculator, Ada realized that if it could manipulate symbols, it could create music or art. She called this "Poetical Science." She didn't just write code; she predicted the birth of the personal computer! 🎶🏛️

#InternationalWomensDay

A striking digital composite celebrating Ada Lovelace, the world's first computer programmer. On the left is a vibrant, colorized restoration of her iconic 1838 portrait, showing her in a deep purple velvet gown with white lace accents and an elegant headdress. She gazes with sharp, visionary intelligence toward the right of the frame. Occupying the right side of the image is the intricate mechanical hardware of the Analytical Engine trial model - a complex assembly of vertical brass rods, interlocking gears, and polished metal dials. Floating subtly over the mechanical parts is a translucent overlay of her handwritten 1843 Bernoulli algorithm (Note G), showing the logical mathematical table that served as the world's first software. The composite beautifully illustrates the transition from 19th-century mechanical engineering to the birth of modern computing, representing Ada’s unique philosophy of "Poetical Science." The lighting unifies the historical portrait and the brass machinery into a single, cohesive moment of discovery. Credit: Seriously Scientific.

Remembering Ada Lovelace on International Women's Day!

A century before computers, she saw that machines could do more than just math.
By writing the first algorithm for the Analytical Engine, she became the world’s first programmer and predicted the digital age we live in today!💻
#WomenInScience

Despite her genius, the Geological Society of London banned women, so male scientists often published her work without giving her credit.

She spent her life in poverty while her "monsters" changed science forever.

Today, we recognize her as the true Mother of Paleontology! 🦴🌊

A striking digital composite that bridges two centuries of scientific history. On the left, a colorized version of the famous 1842 oil painting shows Mary Anning looking resolute in her practical cloak and bonnet, holding her geological hammer. On the right, the image transitions into a modern, high-definition photograph of a complete Ichthyosaurus fossil from a museum exhibition. The fossilized skeleton is embedded in dark, textured shale, showing the creature's long snout, massive ribcage, and distinctive paddles. The composite creates a "then and now" effect, placing the 19th-century pioneer right next to the raw evidence that proved the world was once ruled by extinct reptiles. The lighting on the colorized painting is matched to the museum spotlights on the fossil, making it look as though Anning is standing inside the display itself. This unique artwork highlights her role as the woman who bridged the gap between myth and the modern science of paleontology. Digital composite by Seriously Scientific.

Remembering Mary Anning on International Women's Day!

In the 1800s, the word "dinosaur" didn't even exist.

With just a hammer and chisel, Mary unearthed "sea monsters" from shale cliffs, providing the raw evidence that proved extinction and founded the science of paleontology! 🦕⛏️ #WomenInScience

Despite executing one of the most complex physics experiments in history to prove the theory, the Nobel Prize was only awarded to the two male theorists who suggested the idea.

Dr. Wu was completely excluded from the award. :(

Today, we make sure her actual conrtibution is celebrated! 🏆✨

A highly detailed, digitally colorized archival photograph of the pioneering experimental physicist Dr. Chien-Shiung Wu. She is positioned in the center of a complex mid-20th-century physics laboratory. Dr. Wu is smiling warmly and looking directly into the camera with an expression of calm, approachable brilliance. She has neatly styled dark hair and is wearing a crisp white laboratory coat over a dark, high-collared shirt. The digital colorization process brings realistic, warm skin tones and vibrant depth to the historic scene. Surrounding her is a spectacularly intricate maze of scientific equipment used for her groundbreaking parity violation experiments. The apparatus includes gleaming silver metal cylinders, delicate glass vacuum tubes, thick electrical wiring, large magnetic coils, and heavy steel framing. The lifelike color highlights the contrast between her confident posture and the massive technical complexity of the supercooled machinery she mastered to rewrite the laws of physics. At the bottom, a credit line reads: Original photograph by the Smithsonian Institution Archives, digital colorization by Seriously Scientific.

Remembering Chien Shiung Wu on International Women's Day!

Physicists thought the universe was perfectly symmetrical. By freezing radioactive atoms near absolute zero, Wu proved them wrong!

She found nature is actually "left-handed," fundamentally shattering the Law of Parity! 🧲⚛️

#WomenInScience

In April 1902, after boiling down roughly 10 tons of pitchblende residue over several years, Marie Curie successfully isolated exactly one decigram (0.1 grams) of pure radium chloride.

That tiny amount was exactly what she needed to calculate its atomic weight and prove Radium was a new element.

A highly detailed, digitally colorized close-up portrait of the pioneering physicist and chemist Marie Curie. She is looking directly into the camera lens with an incredibly intense, intelligent, and focused expression. The fingers of her left hand are gently resting against her cheek and neck. She has curly, textured brown hair pulled back loosely. She is wearing a dark blue, utilitarian dress with fine vertical pleats on the shoulder. The warm, realistic skin tones and soft lighting of the colorization process give this historic archival photo a highly modern, lifelike feel. Original archival photograph by Henri Manuel. Digital colorization by Seriously Scientific.

Remembering Marie Curie on International Women's Day!

Marie spent years working in a dank, leaky shed boiling down tons of toxic pitchblende to extract a 0.1 grams of pure radium.

She physically proved that atoms break apart, laying the exact foundation for cancer treatments! ☢️🔬

#WomenInScience

The 'photo 51' image was a highly precise mathematical map. By measuring the angles of the shadows in that image, scientists could calculate the exact width of the DNA spiral and the precise distance between every single "rung" on the DNA ladder (the base pairs).

A digitally restored, archival composite image celebrating Rosalind Franklin. On the left is a black and white portrait of the British chemist and X-ray crystallographer. She has dark, softly curled hair and is wearing a dark, tailored dress, looking thoughtfully off-camera with a focused expression. On the right side is a clear, highly enhanced reproduction of 'Photograph 51'. This is her famous X-ray diffraction image of crystallized DNA fibers. The scientific image features a dark circular background with a distinct, striking arrangement of fuzzy black spots forming a perfect 'X' shape converging in the center. The heavy dark smudges at the very top and bottom of the circle indicate the repeating bases of the genetic code. The specific angle of the 'X' physically proves the double-helix structure of the DNA molecule. At the bottom, a professional credit line reads: King's College London and Seriously Scientific.

Remembering Rosalind Franklin on International Women's Day!

Without her mastery of X-ray crystallography and the iconic 'Photo 51', discovering the DNA double helix would have been impossible.
She measured the secret of life. Her exact math made gene editing possible! 🔬🧬

#WomenInScience

A scientific thermal infrared image captured in the Svalbard Archipelago, Norway, showing a high contrast in heat signatures between a bright orange scientist kneeling on the left and a cool blue polar bear lying on the ice. Specialized overlays from the instrumentation show technical readouts, including a 'max 28.5°C' on the warm human and a 'ground temperature of -2.7°C.' A text box on the top-left contains the following: "NATURE’S INSULATOR: A masterpiece of extreme warmth. A Polar Bear’s fur traps heat with near-perfect efficiency, keeping the bear warm while scientists tag and study them on the ice." This detailed data was captured using a research-grade FLIR E75 handheld camera (24-degree lens). This particular camera model is chosen for field research because it offers the high thermal sensitivity and image resolution required to detect the extremely subtle, near-background level heat signatures emitted from a polar bear’s highly insulated coat against the deep Arctic cold.

I think we can definitely see who's not adapted for this environment. ❄️🌡️🥶

David Attenborough: Kingdom of Plants - Part 2: Solving the Secrets Explore the hidden sensory world of plants with David Attenborough. Discover how the Venus Flytrap, Sundew, and Titan Arum communicate and survive in 4K.

Here's Part 2