All articles tagged with #chemistry
Insiders claim Mila Kunis’s chemistry with her Wake Up Dead Man co-star Josh O’Connor is purely platonic, but Ashton Kutcher is allegedly on his 'best behavior' about the closeness, reportedly hoping to set a positive example for their kids while joking about pursuing Bond‑level fame.
At the iHeartRadio Music Awards, Taylor Swift won multiple trophies (seven including Best Pop Album) and shared moments with fiancé Travis Kelce; however, camera shots of the couple sparked a flood of online commentary about their on‑stage chemistry, with fans praising the connection and othersCalling it awkward or uncanny.
At the 2026 iHeartRadio Music Awards, Taylor Swift and Travis Kelce drew massive social-media attention with moments that fans read as affectionate, while others dubbed their interaction awkward or robotic, fueling a viral debate about whether their chemistry is genuine or staged.
Researchers built a 13‑carbon ring that hosts two isolated conjugated subsystems; by placing chlorine atoms to separate them, the ring spontaneously twists by 90 degrees and becomes a single, fully delocalized 24‑electron system with a unique electronic/magnetic profile distinct from classic Möbius structures. The molecule exists as two enantiomers, which can be interconverted using a small external voltage, a breakthrough reported in Science by Manchester and IBM Zurich teams and signaling a new topological approach to designing matter.
Researchers used quantum hardware to validate a novel 'half-Möbius' molecule topology, confirming a four-loop orbital structure and modeling up to 32 electrons; while not proving quantum supremacy, the work shows quantum computers becoming a practical tool for chemistry and materials science.
Two beers recovered from a 170-year-old shipwreck off the Åland Islands were chemically analyzed. One resembled a light lager, the other a hoppier ale; both had low alcohol content (~2.8–3.2%), high sodium from seawater, and acidic pH. Despite long underwater exposure and oxidation of sulfur compounds, enough original ingredients remained to infer how 19th-century brewers produced beer, suggesting a simpler, less refined brewing process. One bottle cracked during recovery, but divers reportedly tasted beer inside.
The article reports that GLP-1 weight‑loss drugs like Ozempic are produced via solid‑phase peptide synthesis using solvents such as dimethylformamide, generating massive toxic‑chemical waste (estimates exceed 123 million pounds annually for semaglutide alone) and affecting over 80 peptide drugs. A Nature Sustainability study from the University of Melbourne proposes a water‑based synthesis approach—using salts and a biodegradable activating method—to enable high‑concentration peptide production in water, potentially reducing environmental impact if scalable, though industrial rollout remains to be seen.
An open-source AI named MOSAIC clusters about one million patent reactions and trains thousands of specialist models to predict reaction conditions and draft complete, executable lab procedures, enabling researchers to synthesize 35 novel compounds with potential pharmaceutical, agrochemical, or cosmetic uses without further data trawling.
UCLA researchers overturned Bredt's rule by creating cage-shaped cubene and quadricyclene with highly distorted double bonds, revealing bond orders around 1.5 and expanding 3D-molecule building blocks for future drug design.
The article ranks the couples in Stranger Things based on their chemistry, from the least to the most passionate, highlighting the show's evolving relationships and character dynamics.
Chemist John Sutherland explains that life's origins are plausible through natural chemistry involving simple molecules like hydrogen cyanide, challenging the idea that life requires a miracle, and suggests that life could be common in the universe if the right chemical conditions are met.
Researchers have discovered that on Saturn's moon Titan, polar and nonpolar molecules like water and oil can mix through a process called intercalation, challenging the traditional 'like dissolves like' rule in chemistry. This finding suggests the potential for exotic chemical structures and reactions in Titan's environment, which could have implications for understanding prebiotic chemistry and the moon's geology.
Scientists have discovered that on Saturn's moon Titan, polar and non-polar molecules like hydrogen cyanide and hydrocarbons can form stable co-crystals at extremely cold temperatures, challenging traditional chemical rules and suggesting complex interactions in Titan's lakes that could influence its geology and potential prebiotic chemistry.
Scientists discovered that on Saturn's moon Titan, polar and nonpolar substances like hydrogen cyanide, methane, and ethane can form stable co-crystals under freezing conditions, challenging basic chemical rules and providing new insights into prebiotic chemistry and the potential origins of life in extreme environments.
Australian chemist Richard Robson, along with Susumu Kitagawa and Omar Yaghi, won the 2025 Nobel Prize in Chemistry for developing metal–organic frameworks (MOFs), porous materials that have significant applications in gas capture, environmental cleanup, and medical fields, highlighting the importance of fundamental scientific research and its long-term impact.