Supercomputers

Computer simulation of gas flowing around a binary system of protostars, with gas flows of different colors and a magnetic field that helps remove angular momentum

Magnetic fields may explain how binary star systems form

Supercomputer simulations show that magnetic fields can subtract angular momentum from gas surrounding pairs of protostars, bringing them closer together and allowing the formation of a stable binary system. A similar mechanism may
Image caption: A simulated cell in the early stages of division. On the left, the cytoplasm (blue cubes), mRNA degradation system molecules (pink), and sugar carriers (brown) are visible. On the right, the membrane (green) and ribosomes (yellow and red) have been added. Credit: Zane Thornburg

For the first time: Scientists have created a computer model of an entire living cell that grows and divides

A team of researchers has succeeded in simulating the complete life cycle of a living cell for the first time – from DNA replication to cell division. The detailed model allows the behavior of thousands of molecules within the cell to be tracked.
Vera Rubin with old globes. Credit: Photograph by Mark Godfrey, courtesy AIP Emilio Segre Visual Archives. From Wikimedia

Vera Rubin, the Jewish-American astronomer who inspired NVIDIA's new platform?

At CES 2026, NVIDIA introduced a new generation of data centers; the choice of name is a tribute to a scientist whose measurements provided crucial evidence for the existence of dark matter
Frontal (left) and side (right) images of a galactic gas disk. These images of gas spreading after a supernova explosion were created by the alternative deep learning model. Credit: RIKEN

New AI technology maps 100 billion stars in our galaxy with unprecedented accuracy and speed

Combining a deep learning model with physical simulation saves decades of computation and allows for tracking both supernovae and long-term galactic evolution.
A look at the interior of the Earth a billion years ago: Tangled magnetic field lines inside the core are linked to the external magnetic field. (Scientifically correct image from a study simulation). Credit: ETH Zurich / SUS Tech

Earth's ancient shield: Scientists crack billion-year-old mystery of magnetic field

A new model reveals how the Earth's core maintained a stable magnetic field even before the inner core formed, providing insights into the origins of life and our technological future.
Still image from the numerical simulation about 1.3 seconds after the neutron star merger. The blue and green contours show the density of matter around the center of the black hole remnant. The purple lines show the magnetic field lines and the arrows show the outflow in the magnetosphere (jet). Credit: K. Hayashi / Max Planck Institute for Gravitational Physics (Albert Einstein Institute)

Accelerated cosmic collision – supercomputer captures the birth of a black hole in a second and a half

Researchers used the Pogko supercomputer to simulate the merger of neutron stars – from spinning to black hole formation and gamma-ray burst – and to decipher how heavy elements like gold are formed.
The Israeli supercomputer IQCC. Credit: Dima Kramanitsky

Quantum Machines opens the Israeli Center for Quantum Computing funded by the Innovation Authority

The center is the first in the world to combine multiple quantum computing platforms with supercomputers, using DGX Quantum developed in partnership between Quantum Machines and Nvidia
HGX Supercomputer. PR photo, Nvidia

Nvidia will build the most powerful supercomputer in Israel and also announced supercomputers for artificial intelligence

The Israel-1 supercomputer is based on the new NVIDIA Spectrum-X platform developed in Israel, and will be used for internal research and development and with the company's partners. Later, it will be launched in Israel as part of the supercomputing service for AI in the cloud, NVIDIA DGX
Illustration. Courtesy of IBM.

IBM unveils a server for artificial intelligence applications

Illustration: pixabay.

The light wing that will save fuel

Some of the world's leading climate and space research institutes, including NASA, will use Mellanox's connectivity technology to transmit the vast amount of data that will be collected during the total solar eclipse. Photo: Luc Viatour / Wikimedia.

The Israeli technology that helps NASA study the solar eclipse

IBM's Blue Gene Q computer built for an Argon lab

IBM's Sequoia was rated as the most powerful supercomputer in the world

Protein folding (full explanation of the image in the original article)

An innovative method for photographing proteins during their folding

Watson - IBM's smart computer

IBM's supercomputer defeated the "king of trivia" champions

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

The fastest supercomputer in the world - even faster

Cosmic scene with DNA, stars, solvents and atomic circles in oral flow.

Will computers think on their own?