Martin Butler

Martin Butler Martin Butler’s disturbing ideas. Psychology, science, money, math

A catastrophic flash flood struck the Himalayan border region between Nepal and China’s Tibet on August 26, sending a po...
08/26/2026

A catastrophic flash flood struck the Himalayan border region between Nepal and China’s Tibet on August 26, sending a powerful surge of mud, rocks, and water through communities along the river system.

Nepalese authorities reported that at least 95 people had died, while hundreds of others remained missing. Among those unaccounted for were hundreds of travelers, including foreign tourists from several countries.

Videos from the disaster area show the terrifying force of the flood, with people and vehicles being swept away as muddy water rushed through settlements. Homes, roads, bridges, power infrastructure, and other buildings were damaged or completely destroyed.

Early investigations indicate that an earthquake may have triggered an ice-and-rock avalanche in the upper Lhende River area. The resulting blockage and sudden release of water are believed to have produced the devastating flood that moved downstream into Nepal.

The destruction has made rescue operations extremely difficult. Damaged roads, unstable mountain terrain, debris, and disrupted communications are preventing emergency teams from reaching some of the hardest-hit locations.

The disaster has also affected the Tibet side of the border. Officials reported deaths and hundreds of missing people in the Gyirong area after a mudslide struck a major border crossing.

Authorities remain concerned about additional flooding because debris has created blockages upstream. Heavy rain and unstable terrain could increase the danger for communities farther downstream.

Rescue teams from Nepal and China are continuing search operations while authorities evacuate people from vulnerable areas and warn residents to stay away from major rivers.

The scale of the destruction is still being assessed, but the disaster has already become one of the most serious flooding events to strike the Himalayan border region in recent years.

08/25/2026

Martin Who Are You?

On a November evening in 1895, German physicist Wilhelm Conrad Röntgen was conducting experiments with a cathode-ray tub...
08/24/2026

On a November evening in 1895, German physicist Wilhelm Conrad Röntgen was conducting experiments with a cathode-ray tube at the University of Würzburg.

To prevent visible light from interfering with his work, he covered the tube with thick black cardboard. When he switched on the equipment, he noticed something unexpected: a fluorescent screen several feet away began glowing.

The screen illuminated even though the tube itself was completely covered.

Röntgen realized that an unknown form of radiation was passing through materials that blocked ordinary light. He initially called the phenomenon X-rays, using X to represent something unknown.

He began testing the mysterious rays on different materials. Paper, books, and other objects offered little resistance. Then came the experiment that revealed the extraordinary medical potential of his discovery.

While examining the rays, Röntgen placed his hand near the equipment and saw the outline of his bones appear on the fluorescent screen.

For the first time, a person could see the internal structure of the human body without surgery.

On December 22, 1895, Röntgen created what became one of the most famous early X-ray images. His wife, Anna Bertha Ludwig, placed her hand on a photographic plate while it was exposed to the radiation for around 15 minutes.

The resulting image showed the bones of her hand and the rings on her finger.

The discovery spread rapidly through the scientific and medical communities. Doctors soon began experimenting with X-rays to locate bullets, examine broken bones, and investigate conditions hidden beneath the skin.

Röntgen's work changed medicine by giving physicians a completely new way to examine the human body.

In 1901, he received the first-ever Nobel Prize in Physics for his discovery of X-rays.

Röntgen also made a decision that set him apart from many inventors of his era. He did not seek a patent for X-ray technology, choosing instead to allow scientists and doctors to develop and use the discovery freely.

What began as an unexplained glow on a screen became one of the most important breakthroughs in medical history.

A mysterious beam that could pass through solid objects had opened a window into the human body.

England, August 28, 1985. Ruth Gordon woke on Martha’s Vineyard at 88 years old clear-minded, sharp, and unmistakably he...
08/24/2026

England, August 28, 1985. Ruth Gordon woke on Martha’s Vineyard at 88 years old clear-minded, sharp, and unmistakably herself. The morning was calm, the kind of quiet she had come to appreciate. On the porch, the familiar wicker chair held her as the sea breeze moved gently through the air.

Her husband, Garson Kanin, prepared tea while she read a letter from a young actress who had been moved by Harold and Maude. The words spoke of courage and fearlessness qualities Ruth had embodied both on and off the screen. She smiled softly, holding the letter for a moment before setting it aside without comment.

As the day unfolded, they revisited memories together. Garson read from old diaries, bringing fragments of the past back into the present. Ruth responded with laughter at some recollections and quiet reflection at others. “I remember that dress,” she said at one point, her voice carrying both clarity and distance, as if bridging time itself.

By afternoon, she rested indoors. Classical music played gently in the background, and a small arrangement of wildflowers sat beside her. When Garson mentioned who had sent them, she responded with characteristic wit: “Tell him I remember his terrible cologne.” It was a line delivered with her signature humor subtle, sharp, and unmistakably Ruth. Those would be her final words.

At approximately 7:45 p.m., as light rain fell outside, Ruth Gordon passed away peacefully, her hand in her husband’s. There was no spectacle, no dramatic farewell only stillness. A life that had known decades of applause and recognition ended with quiet dignity.

In her final days, she had reflected on aging with honesty “The hardest part isn’t getting old it’s becoming invisible.” Yet even at the end, she resisted that invisibility. She remained engaged, independent, and present correcting details, recalling literature, and maintaining her sense of self.

Her farewell mirrored her life: intentional, composed, and deeply human. There was no grand public ceremony only a small gathering of close friends. At the service, a recording of her Academy Award speech for Rosemary’s Baby played softly, her voice echoing once more with the strength that defined her career.

That evening, Garson sat alone on the porch, rereading the letter from the young actress before placing it carefully into Ruth’s diary. It was a quiet act of remembrance.

Some lives fade gradually. Others conclude with meaning and clarity. Ruth Gordon’s was the latter an enduring presence that exited with grace, exactly as she had lived.

08/22/2026

What is Einstein’s Relativity?

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Following Facebook Inatagram restrictions yesterday, Debbie and I deliberated on starting a new page, prompting me to es...
08/20/2026

Following Facebook Inatagram restrictions yesterday, Debbie and I deliberated on starting a new page, prompting me to establish Martin Butler , a platform dedicated to sharing philosophy and interacting with like-minded individuals.

Follow us for amazing philosophical videos and posts.

08/20/2026

Follow Our New Page For Amazing Content

I was alone in that cemetery overlooking the village when a pregnant woman came in. I left at once, in order not to look...
08/18/2026

I was alone in that cemetery overlooking the village when a pregnant woman came in. I left at once, in order not to look at this corpse-bearer at close range, nor to ruminate upon the contrast between an aggressive womb and the time-worn tombs between a false promise and the end of all promises. - Cioran

Nikola Tesla helped shape the electrical world that surrounds us today. His work on alternating-current (AC) electricity...
08/17/2026

Nikola Tesla helped shape the electrical world that surrounds us today. His work on alternating-current (AC) electricity, motors, and power transmission became a foundation of modern electrical engineering and helped make large-scale electrical grids practical.

Yet the final chapter of his life looked very different from the years when his ideas were changing the world.

Tesla died in New York on January 7, 1943, at the age of 86. By then, financial problems had followed several unsuccessful business ventures, and his public influence had declined compared with the height of his career.

He spent much of his later life living in hotels and became increasingly isolated. One of the few consistent sources of companionship was his affection for pigeons. Tesla regularly fed them and cared for injured birds, forming a particularly strong attachment to them.

Stories about Tesla's final years often turn him into a simple symbol of an overlooked genius whose inventions were taken from him by powerful corporations. The real history is more complicated.

Tesla made enormous contributions to electrical technology, but his financial difficulties were also connected to business decisions, unsuccessful ventures, and the challenges of turning groundbreaking scientific ideas into profitable commercial enterprises.

His life remains a fascinating combination of extraordinary achievement and personal struggle.

Tesla's story shows that scientific impact and financial success do not always arrive together. A person can help transform an entire industry without necessarily receiving the wealth or recognition that later generations associate with that transformation.

His legacy ultimately lives in the technologies and electrical systems that continue to shape everyday life, even though his final years were far removed from the excitement and fame of his earlier career.

A growing body of medical research is raising concerns about a surgical technique that has been routinely used during C-...
08/17/2026

A growing body of medical research is raising concerns about a surgical technique that has been routinely used during C-sections for decades. Experts now believe it may contribute to long-term complications affecting millions of women worldwide.

The issue centers on how the uterus is closed after a cesarean delivery. Since the 20th century, many surgeons have used a method that stitches the inner uterine lining together with the surrounding muscle tissue during repair. While this approach is fast and widely practiced, some researchers argue that it can interfere with the uterus’s ability to heal in its natural anatomical layers.

A major review published in 2025 by researchers including Dr. Emmanuel Bujold and Dr. Roberto Romero examined the biological impact of this closure method and its possible connection to chronic gynecological problems. According to the analysis, improper healing at the incision site may contribute to scar defects inside the uterus, sometimes called “niches,” which can affect both reproductive health and quality of life.

The consequences can be serious. Studies referenced in the review link these scar-related abnormalities to chronic pelvic pain, abnormal bleeding, endometriosis-like symptoms, adenomyosis, and complications in future pregnancies. In severe cases, weakened scar tissue may increase the risk of uterine rupture or dangerous placental attachment disorders during later pregnancies, both of which can become life-threatening.

Researchers are now encouraging wider adoption of a more precise tissue-specific repair technique. Instead of stitching the uterine lining directly into the muscle layer, the updated method focuses on reconstructing the muscle separately while allowing the inner lining to heal more naturally on its own.

The procedure reportedly adds only a few extra minutes to surgery but may significantly improve long-term healing outcomes. Supporters of the technique believe it could reduce scarring complications and improve reproductive safety for women who may become pregnant again later in life.

The discussion arrives at a time when C-section rates continue to rise globally. In many countries, cesarean delivery has become one of the most commonly performed major surgeries. As a result, even small improvements in surgical technique could affect the health of millions of patients over time.

Doctors emphasize that C-sections remain life-saving procedures and are often medically necessary for both mother and child. The current debate is not about avoiding cesarean delivery altogether, but about improving how the surgery is performed to reduce preventable long-term complications.

As more research emerges, many specialists believe uterine repair techniques may undergo major updates in the coming years, reshaping standards for maternal care and post-surgical recovery.

Source: Bujold, E., et al. (2025). Uterine closure after cesarean delivery: surgical principles, biological rationale, and clinical implications. American Journal of Obstetrics and Gynecology

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