Mexico, October 8, 2026. The Mexican press reports on the 2026 Nobel Prize in Chemistry, awarded to Frenchman Henri Kagan and Japanese Kenso Soai. The Royal Swedish Academy of Sciences announced it on Wednesday, October 7, "for the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis," according to El Informador.

The Mexican account is primarily educational. Vanguardia and El Informador explain that certain molecules, such as amino acids, exist in two variants that are mirror images of each other, like a right hand and a left hand, while living beings only contain one of them. This property, homochirality, had long remained unexplained: when researchers triggered a reaction that could form both versions, they obtained equal quantities in their test tubes.

El Informador then details the contribution of each. Kagan took a decisive first step in 1986, finding a way to manipulate reactions that produce a greater excess than expected of one of the two forms. Vanguardia places Kagan at the University of Paris-Sud, in France, and Soai at the University of Science in Tokyo, Japan.

The Reforma dispatch, picked up by El Norte from Stockholm, gets to the point: the two laureates have solved a long-standing enigma, how to form a single mirror-image molecular form, which has "enormous importance" for the manufacture of pharmaceutical products. El Informador adds that, for molecules intended to interact with living organisms, such as medicines, only one of the two forms has the desired effect.

The coverage emphasizes practical usefulness over the individuals. According to El Informador, the work has given chemists new fundamental tools for their daily work. Vanguardia mentions applications in the design of molecules used, in particular, by the pharmaceutical industry. The articles consulted do not develop the age of the laureates, the political reaction in France or Japan, or the endowment of the prize.

Lima, October 8, 2026. The Peruvian press is treating the Nobel Prize in Chemistry as a scientific news item with concrete implications. Andina, the public agency, dated its dispatch from Stockholm on October 7: Frenchman Henri Kagan and Japanese Kenso Soai received the prize this Wednesday "for having solved one of the mysteries of life", namely why certain molecules in nature only appear in one form. Both media outlets, Andina and El Comercio, use the same formulation: an advance "fundamental for the development of medications".

The texts explain the principle using the image of hands. Certain molecules, known as chiral, exist in "right" or "left" versions depending on how they reflect light, with identical physical properties but very different biological effects. Almost all amino acids have two specular variants, but only one is found in the proteins of cells. This phenomenon, "homoquiralidad", was described by the Royal Swedish Academy of Sciences.

The Nobel Committee is quoted in a statement: their discoveries played "a decisive role for chemists who design reactions for the manufacture of pharmaceutical products". They allow for "triggering chemical reactions that lead to homochirality". Andina also reports the words of Heiner Linke, president of the committee: the two laureates have provided "a solution to a chemical mystery that dates back over a century", and their reactions are "spectacular".

Washington, October 8, 2026. The two articles from the American press pool, NPR and HuffPost World, picked up the Associated Press dispatch dated from Stockholm: Henri B. Kagan and Kenso Soai received the Nobel Prize in Chemistry on Wednesday, October 7, "for their discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis".

The account opens with a quote from Heiner Linke, chairman of the Nobel Committee for Chemistry: the two researchers have provided "a solution to a chemical enigma over a century old: how homochirality can emerge spontaneously". Linke adds that "the chemical reactions they developed are spectacular". The committee's statement, cited by NPR, specifies that this work has been "crucial for chemists designing reactions for the manufacture of pharmaceutical products". NPR also mentions the "Soai reaction", named after the experiment by the Japanese chemist.

The texts briefly situate the laureates: Kagan, born in France, is affiliated with the University of Paris-Sud in Orsay; Soai, born in Japan, with the University of Science in Tokyo. The HuffPost indicates that Kagan is 95 years old and notes that the article was corrected, the age having initially been attributed to Soai; the NPR version retains the attribution to Soai.

The rest of the coverage puts the prize in the calendar for the week. The Nobel Prize in Medicine was awarded on Monday, October 5, to three researchers whose work led to a tool that uses light to understand brain function; the Physics prize, on Tuesday, October 6, distinguished work on a rare group of neutrinos. Literature is expected on Thursday, October 8, Peace on Friday, October 9, and Economics the following Monday. The dispatches recall the 2025 laureate, molecular structures capable of trapping large quantities of gas, with leads for capturing greenhouse gases or harvesting desert humidity.

Ottawa, October 8, 2026. The Nobel Prize in Chemistry was awarded on Wednesday to Frenchman Henri Kagan, 95, and Japanese Kenso Soai, born in 1950 in Hiroshima, "for the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis," reports CBC News. The award is worth 12 million Swedish crowns, or 1.7 million Canadian dollars, according to the public broadcaster.

Canadian media first highlight the image of the two hands. The Globe and Mail explains that some molecules exist in left and right versions, and that most medications require only one of the two forms. Global News details the example of carvone, whose reflection smells like mint and the other like caraway, and then the case of the medication: we want the version that cures the cold, not the one that aggravates the symptoms. The Toronto daily adds that this work also serves the flavor and perfume industries, where only one form is perceived.

The Nobel Committee provides the quotes repeated by the three media outlets. Heiner Linke, chairman of the chemistry committee, speaks of a "chemical enigma over a century old" regarding the spontaneous appearance of homochirality and judges the reactions developed as "spectacular," according to CBC. Peter Somfai, a member of the committee, describes Soai's experiment in Global News as "probably the coolest in organic chemistry." When asked about medications resulting from this work, he replies, "I would say all, because we use it as a tool."

Tokyo, October 8, 2026. Japan's press is hailing this Nobel Prize as a national victory. Kyodo leads with "Japan's researcher Soai": Kenso Soai, 76, an emeritus professor at the University of Tokyo's science department, born in Hiroshima, shares the chemistry prize with Frenchman Henri Kagan, 95, for "the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis," the Royal Swedish Academy of Sciences announced on Wednesday, October 7.

Kyodo highlights the continuity: this is the second consecutive year a Japanese researcher has won the chemistry prize, after Susumu Kitagawa, from Kyoto University, who won in 2025 along with two other researchers for porous materials capable of storing and releasing gases. The agency also describes the reaction on the ground: joy in Hiroshima and at the University of Tokyo, where students deem the news "unexpected." Soai, reached by phone during a press conference, says he is "very happy" to share the prize with Kagan; he was shopping when the Nobel committee called.

On the substance, the three media outlets explain the enigma of homochirality: certain molecules exist in two forms that are mirror images of each other, like hands, but living organisms use almost exclusively one of them. Heiner Linke, chairman of the committee, speaks of "a chemical enigma over a century old" and "spectacular" reactions. News On Japan devotes a lengthy educational article to chirality, from the Greek "hand," and presents Soai's reaction as proof that a tiny imbalance between left and right molecules can become an overwhelming preference for one form. The article mentions applications in pharmaceutical chemistry, perfumes, flavors, and advanced materials.

Buenos Aires, October 8, 2026. The Argentine press dedicates more explanatory work than national celebration to the 2026 Nobel Prize in Chemistry, awarded on Wednesday, October 7. Perfil and La Nación start with the same image: the right hand and the left hand, almost identical but not superimposable. Perfil transposes this to molecules, which exist "in two versions that are mirror images of each other", a difference "fundamental for the chemistry of living beings" and for manufacturing medicines, fragrances, and agrochemicals.

The Frenchman Henri Kagan and the Japanese Kenso Soai are distinguished by the Royal Swedish Academy of Sciences "for the discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis". Perfil specifies that the two laureates will share a prize of $1.2 million. The newspaper emphasizes the notion of chirality and the homochirality of living things: proteins are built with amino acids of a certain orientation, DNA with sugars of the opposite configuration. This preference has raised the question of its spontaneous appearance for over a century, while in the laboratory reactions produce the two forms in similar proportions.

La Nación headlines "the mystery that won the Nobel" and presents the two researchers as having solved "an enigma that puzzled chemists for over a century". Its angle is clearly health-related: a molecule can heal and its mirror image can harm. The most well-known case is thalidomide, effective against pregnancy nausea in one form, and causing birth defects in babies in the other. The newspaper adds the example of levodopa, used against Parkinson's disease, while dextrodopa is biologically inactive.

Canberra, October 8, 2026. Australian media are treating the Nobel Prize in Chemistry, announced on Wednesday, October 7, as a story of hands. ABC News writes that Henri B. Kagan and Kenso Soai were awarded "for their discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis". The Frenchman is attached to the University Paris-Sud, in Orsay, the Japanese to the University of Science in Tokyo.

The story opens with the formula of the president of the Nobel Committee for Chemistry, Heiner Linke, cited by ABC: the two researchers have provided "a solution to a chemical enigma over a century old", namely how homochirality can emerge spontaneously. Linke adds: "The chemical reactions they developed are spectacular." PerthNow, which picks up a dispatch, quotes Peter Somfai, a member of the committee, for whom it is "probably the coolest experiment in organic chemistry".

To make the issue understandable, the two media use the same example. Many molecules in living things exist in two versions that resemble each other without being identical, like the right hand and the left hand. One form of carvone smells like mint, the other evokes caraway. In pharmacy, scientists want the version that heals a cold, not the one that would aggravate a runny nose. Kagan and Soai have found a way to make chemistry "choose a side".

Brussels, October 8, 2026. The French-speaking Belgian press covers the Nobel Prize in Chemistry in the style of a news agency dispatch, published on Wednesday, October 7 at 12:05 p.m. and updated at 3:55 p.m. in La Libre Belgique, and at 12:15 p.m. and 3:56 p.m. in La Dernière Heure. The prize is awarded to Frenchman Henri Kagan and Japanese Kenso Soai "for their research in asymmetric catalysis".

The Nobel Committee is quoted first: "Their discoveries have played a crucial role for chemists who design reactions for the production of pharmaceutical products". The text does not detail the scientific mechanism of mirror molecules. It focuses on the industrial application, the production of pharmaceutical products.

The element that both headlines put at the center is the history of the prize. Part of the field had already been awarded in 2001, "but not Professor Kagan, considered in France and around the world as the 'father' of this technique". The articles recall that this omission had sparked protests from the French Ministry of Research at the time. The 2026 award is therefore seen in these columns as a recognition that comes twenty-five years later.

The two laureates are briefly presented. Henri Kagan, 95 years old, is currently a professor at the University of Paris-Saclay. Kenso Soai, 76 years old, is a professor at the University of Natural Sciences in Tokyo. Reached by phone by the Nobel Foundation, the latter reacted: "This is the most incredible day of my life".

Bogotá, October 8, 2026. Colombian media outlets are covering the Nobel Prize in Chemistry awarded on Wednesday, October 7, to Frenchman Henri Kagan and Japanese national Kenso Soai, emphasizing the practical use of their work. Portafolio, an economic daily, headlines with "the key discovery to create medicines". El Colombiano opens with a "mystery of life": why, in nature, certain molecules only appear in one form.

The two newspapers quote the Nobel Committee's statement. The laureates are being rewarded for their research on non-linear effects and autocatalysis in asymmetric organic synthesis. According to the committee, their discoveries have played a crucial role for chemists designing reactions to manufacture pharmaceutical products.

The educational explanation uses the image of hands. So-called chiral molecules exist in two versions, "right" and "left", mirror images of each other. Almost all amino acids have two variants, but only one of them is found in cell proteins. The Royal Swedish Academy of Sciences calls this phenomenon "homochirality". El Colombiano specifies that these versions have identical physical properties but very different biological effects.

Both articles cite the committee's president, Heiner Linke: Kagan and Soai have provided the solution to a chemical mystery over a century old, namely how homochirality can arise spontaneously. Linke judges the reactions they developed as "spectacular".

Berlin, October 8, 2026. On Wednesday, October 7, Tagesschau, Deutsche Welle, and FAZ reported on the awarding of the Nobel Prize in Chemistry to Frenchman Henri Kagan and Japanese Kenso Soai, announced by the Royal Swedish Academy of Sciences in Stockholm. The prize rewards the "discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis".

The German coverage is primarily educational. Tagesschau starts with the left and right hands: they resemble each other, but are mirror images, and choosing the wrong glove "pinches". The channel explains chirality, a word that literally means "hand character", and provides everyday examples: the main aroma of caraway, whose mirror image smells like mint. It also compares a molecule to a key and its lock: the inverted shape does not fit and can even damage the lock. A second Tagesschau article discusses the honor given to the "coolest experiment" in chemistry.

The topic is linked to health through Contergan. Tagesschau recalls the 1960s scandal: one form of the active ingredient, thalidomide, inhibits inflammation, while the other causes birth defects in the unborn child. The media emphasizes that many modern medications are designed as a single enantiomer, the other variant being ineffective or toxic, and thus avoided.

Helsinki, October 8, 2026. Finland's three media outlets, Helsingin Sanomat, YLE, and MTV Uutiset, report on the announcement made on Wednesday, October 7, by the Royal Swedish Academy of Sciences, of the Nobel Prize in Chemistry being awarded to Frenchman Henri Kagan and Japanese national Kenso Soai. None of them dwell on the nationalities or the laureates' backgrounds: the focus is on the phenomenon they studied.

MTV Uutiset provides the brief version. The prize rewards the resolution of the "asymmetric mystery of chemistry": certain molecules, including amino acids, exist in two forms that are mirror images of each other, and for a long time, it was unknown how such asymmetry could arise. The award ceremony will take place in Stockholm on December 10, with a prize of 12 million Swedish crowns, equivalent to slightly over one million euros.

YLE offers the longest explanation. The public broadcaster recalls that the term chirality comes from the Greek word cheir, "hand", and invites the reader to look at their own palms: mirror images of each other, but not superimposable. All known life is based on "left-handed" amino acids, a phenomenon called homochirality. According to YLE, Kagan and Soai have developed a process that produces large quantities of molecules with a single "hand" using auxiliary molecules that are much less pure than before.

Paris, October 8, 2026. The 2026 Nobel Prize in Chemistry was awarded on Wednesday, October 7, to Frenchman Henri Kagan, 95, and Japanese Kenso Soai, 76, "for the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis," according to the announcement by the Royal Swedish Academy of Sciences. The sum of 12 million Swedish crowns, approximately 1.07 million euros, according to L'Express, is shared between the two laureates.

The French press begins by explaining the stakes. The chairman of the Nobel Committee for Chemistry, Heiner Linke, compared chiral molecules to hands: mirror images of each other, they do not overlap. Le Monde recalls the medical consequence with thalidomide, effective in its left-handed form and toxic in its right-handed form, withdrawn from the market in 1961 after the birth, according to the daily, of 10,000 to 20,000 malformed babies. The committee emphasizes that these discoveries have played "a decisive role for chemists who design reactions intended for the manufacture of pharmaceutical products."

But the French narrative focuses on 2001. That year, the Nobel Prize had crowned asymmetric catalysis without Henri Kagan, yet considered "in France and in the world" as the "father" of the technique. 20 Minutes, with AFP, attributes this exclusion to the rule of a maximum of three laureates and mentions a "wave of incomprehension"; the Ministry of Research had then protested. HuffPost France digs up the editorial by Didier Astruc in Le Monde, titled "The Nobel Prize in Chemistry stolen from Henri Kagan," and talks about "revenge."

Rome, October 8, 2026. The 2026 Nobel Prize in Chemistry was announced on Wednesday, October 7, in Stockholm by the Royal Swedish Academy of Sciences. It was awarded to Frenchman Henri B. Kagan and Japanese Kenso Soai "for the discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis," according to Libero Quotidiano. ANSA specifies that this announcement concludes "the tre giorni" dedicated to scientific Nobels.

The Italian press first focuses on explaining the enigma. ANSA, in its biotech section, headlines the "directors of mirror molecules" and quotes the president of the Nobel Committee for Chemistry, Heiner Linke: the two laureates have provided "a solution to a chemical mystery over a century old." Certain molecules exist in two variants, one a mirror image of the other, like hands; this phenomenon, chirality, is common in amino acids. According to the agency, Kagan and Soai were the first to control reactions on so-called "homochiral" molecules, paving the way for new technologies, especially for the production of medicines.

La Repubblica, under the pen of Elena Dusi, pushes the prism towards health. In living beings, only one of the two forms is "mysteriously" found, and medicines must respect this symmetry, "as the case of thalidomide teaches." The daily summarizes the contribution of the two researchers: they explained how to synthesize safe medicines.

Islamabad, October 8, 2026. Pakistani media are treating the 2026 Nobel Prize in Chemistry as a pure science event, largely relaying it verbatim from Stockholm. Geo News headlines with the two researchers, "French, Japanese scientists share Nobel Prize in Chemistry," and recalls that the Royal Swedish Academy of Sciences confirmed the prize on Wednesday, October 7, 2026. Frenchman Henri Kagan, 95, emeritus professor at the University of Paris-Sud, and Japanese national Kenso Soai, born in Hiroshima, are sharing the award "for the discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis."

The narrative first focuses on explaining the phenomenon. Business Recorder extensively quotes Heiner Linke, chairman of the Nobel Committee for Chemistry: many molecules exist in two versions, mirror images of each other, "like my hands," which cannot be superimposed. These are called chiral, from the Greek word for "hand." Geo News reiterates Linke's formula that the two laureates have provided "a solution to a chemical enigma over a century old," and his judgment: "The chemical reactions they developed are spectacular."

The scientific chronology is given with precision. Kagan made the "first decisive step" in 1986, finding a way to conduct reactions that allowed for a greater excess of one of the two forms than previously thought possible. Soai built on this work to design the first reaction that could be homochiral, which he achieved in 2003. Geo News specifies that the Academy considers these discoveries "decisive for chemists who design reactions for the manufacture of medicines."

Moscow, October 8, 2026. The Russian press treats the 2026 Nobel Prize in Chemistry as a scientific explanation, without a national angle. Kommersant headlines "Molecules deprived of reflection in the mirror" and specifies that the prize was awarded on Wednesday, October 7, to Frenchman Henri Kagan, from the University of Paris-Sud, and Japanese Kenso Soai, from the University of Tokyo's science department, for "the discovery of non-linear effects and autocatalysis in asymmetric organic synthesis".

The daily explains that all amino acids exist in two mirror-image variants, while most living organisms contain only one: this is homochirality, from the Greek "same" and "hand". Until now, researchers obtained both variants in equal proportions in a test tube, which posed a problem in pharmacy, as only one of the two produces the desired effect. The laureates have enabled reactions "leading targetedly to homochirality". The newspaper quotes a statement evoking a "chemical enigma over a century old" and "simply stunning reactions". It presents these ideas, formulated at the end of the last century, as crucial for the production of new medicines.

Meduza emphasizes nuance: practical methods for separating isomers already existed. The laureates' contribution is to explain how an excess of one form can spontaneously arise in a reaction. In nature, this excess is almost exclusively found in compounds synthesized by enzymes: natural sugars are all right-handed (D), amino acids are left-handed (L). It was long considered impossible to obtain such an excess in ordinary reactions; when products can shift the equilibrium, autocatalysis favors an isomer.

Stockholm, October 8, 2026. Svenska Dagbladet, DN, and The Local Sweden are focusing their coverage of the Nobel Prize in Chemistry on the science itself. The Royal Swedish Academy of Sciences announced on Wednesday, October 7, the award given to Henri Kagan, 95, emeritus professor at the University of Paris-Saclay, and to Kenso Soai, 76, from the University of Tokyo, "for the discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis".

The newspapers are following the Academy's pedagogy. Amino acids exist in two variants, mirror images of each other like human hands, but only one is found in the proteins of cells. SvD recalls that researchers have long been trying to obtain only one of the two forms, as in a medicine, only one has the desired effect. DN quotes Louis Pasteur, who was the first to observe these mirror images in crystallized tartaric acid in the 19th century. The Local uses the metaphor of the locksmith: two mirror-image keys come out of the workshop, but only one opens the lock, and the other can damage it.

The chronology is detailed by SvD: in 1986, Kagan discovered how to obtain an excess of one of the two forms greater than previously thought possible; in 1995, Soai designed the first reaction that could become homochiral; in 2003, he presented a reaction that forms only one of the two forms, explaining homochirality for the first time. According to the Academy, no one had achieved this through chemical means, except for life itself.

Dakar, October 8, 2026. The Senegalese media are covering the 2026 Nobel Prize in Chemistry with educational dispatches, focusing more on the science than on the winners' countries of origin. PressAfrik and Senego report that Frenchman Henri Kagan and Japanese Kenso Soai were honored "this Wednesday, October 7" for "the discovery of nonlinear effects and autocatalysis in asymmetric organic synthesis".

PressAfrik, which locates the Nobel Committee's announcement in Stockholm, opens with the stakes: this work provides "a fundamental answer to one of the greatest mysteries of science: the origin of the chirality of life". The site explains that the molecules of living organisms, such as DNA or amino acids, exist in only one "mirror" form, whereas chemistry naturally produces both.

The details of the contributions are given. In the 1980s, at the University of Paris-Sud, Henri Kagan showed that the purity of a catalyst is not proportional to the purity of the product obtained: a catalyst containing impurities or a mixture of both forms can still generate a highly purified product in one form. In the mid-1990s, according to the Nobel Committee, Kenso Soai designed a "spectacular chemical reaction", known as the Soai reaction, the first example where a chiral molecule acts as its own catalyst. From a tiny imbalance, the reaction "snowballs" to form only one form.

Taipei, October 8, 2026. The Taipei Times and the Liberty Times are covering the Nobel Prize in Chemistry from the angle of its usefulness: what chirality changes for medicines, perfumes, and the understanding of living things.

The Taipei Times, which reprints a dispatch, explains that Henri Kagan, French, and Kenso Soai, Japanese, won the prize "on Wednesday" for having unraveled the enigma of mirror molecules, a discovery that served to develop "countless medications" and "transformed modern medicine". The newspaper illustrates the principle with carvone, one form of which smells like mint and the other like caraway, then recalls that DNA twists to the right and that human proteins are made up mainly of "left-handed" building blocks. It quotes Peter Somfai, a member of the Nobel Committee: "This is probably the coolest experiment in organic chemistry". The committee sees it as a feat never accomplished by anyone "other than life itself".

The Liberty Times, dated the same day, announces that the Royal Swedish Academy of Sciences designated the 95-year-old Frenchman and the 76-year-old Japanese on October 7 for nonlinear effects and autocatalysis in asymmetric organic synthesis. The daily newspaper solicited, via the Taiwan Science Media Center, several academics. Chen Jung-chieh, from Academia Sinica, distinguishes between left and right forms: left-handed limonene gives a pine scent, right-handed limonene gives a citrus scent. His colleague Hsieh Chun-chieh mentions pregnant women who took a medication for nausea and gave birth to malformed children: one form cured, the other caused the disease.