Stringing it all together: the unification theory of Quantum Gravity
In the third instalment of her ‘Physics under Pressure’ series, Tessa Hayhurst reflects on the Grand Unification Theory.
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Activist, heartthrob and progressive extremist: How one man revolutionised mathematics in spite of his crippling daddy issues
Dylan Ng explores Galois’ remarkable legacy and how not even a fiery temper and daddy issues stopped him being a maths legend.
Scientists must adapt to our low-trust world
Satchel Walton reflects on why some people struggle to trust scientists in an ever-politicised field and how scientists should boost trust.
Advances in computational biology celebrated by the Nobel Prize for Chemistry
Lola Bell reports on the journey of protein structure discovery leading to the awards for the 2024 Nobel Prize for Chemistry.
Does Science Have a Communication Problem?
Douglas Brown delves into why scientific papers can be so bland and dull and how scientists can improve their language.
New study recreates key step of eukaryotic evolution in the lab
Jen Jiang reports on a new study involving the induction of endosymbiosis to investigate a key step of eukaryotic evolution.
Scientists uncover a new form of gene regulation to earn the 2024 Nobel Prize in Physiology or Medicine
Divya Ganesh reports on the experiments causing Victor Ambros and Gary Ruvkun to win the 2024 Nobel Prize for physiology or medicine.
IP landmark cases: Yeda v. Rorer
In the last instalment of the IP landmark cases series, Emanuel Bor reflects on a case which determined the definition of inventorship.
The most cited paper to ever be retracted: a stem cell fraud?
Corenna Twiss reports on the recent retraction of a seminal stem cell paper with over 4,500 citations due to evidence of data falsification.
IP landmark cases: the basics
Emanuel Bor kicks off the new IP landmark cases series by explaining what a patent is and the process needed to obtain one.