China has installed a magnet 700,000 times stronger than the Earth’s magnetic field that works for more than 200 consecutive hours while using very little energy, and now the world wants to know what Beijing plans to do with this technology in 2026.

The Chinese Academy of Sciences has created a 35.6 tesla supermagnet, which is more than 700,000 times stronger than the Earth’s magnetic field, capable of working for more than 200 hours while using less energy, and the system has been installed in Beijing as a shared research tool for quantum materials, superconductors, nuclear molecules.

China recently installed a 700,000 times stronger magnet Earth’s gravity.

This system, developed by the Chinese Academy of Sciences, reaches 35.6 tesla and is the strongest superconducting magnet ever made.

In comparison, Earth’s surface gravity is only a few tens of microteslas, a fraction of a tesla. The new Chinese magnet works with a magnetic field that is about ten times stronger than that of an MRI.

But what makes this magnet different is not only its strength.

Unlike many powerful magnets that work only for a short time, this one is designed to maintain its maximum field for more than 200 consecutive hours, using very little energy, because it is made of a superconducting material that conducts electricity with no resistance.

The combination of gravity 700,000 times higher than Earth’s gravity, days of stability, and low consumption is what makes this machine a practical tool, not just a record.

What does it mean to have a magnet 700,000 times stronger than the earth’s magnetic field?

Magnetic force is measured in tesla.

The Earth’s surface gravity is a few tens of microteslas, a fraction of a tesla. China’s new electric power reaches 35.6 tesla, which puts it in a completely different category than anything else in nature on Earth.

A hospital MRI, which now requires large coils and sensitive shielding, operates at 1.5 to 3 tesla. China’s magnet works ten times.

The equipment has a 35 mm diameter area, which is enough to receive crystals, small instruments or biological samples in the center of the strongest field.

These facts make the system work for real research: scientists can place samples directly in the center of gravity 700,000 times higher than the Earth’s gravity and obtain precise and clean measurements.

It’s not just green energy. It is energy that can be used.

Why does a magnet work for 200 hours while using a small amount of energy while others use megawatts

Magnets are described as fully superconducting, meaning that all the coils are made of materials that conduct electricity unopposed when cooled to very low temperatures.

In fact, a typical high-power magnet uses megawatts of power continuously, just like a heater that runs on high power all day. China’s superconducting electricity acts as an efficient device that does not weigh electricity bills.

Inside the system, a high-temperature superconducting magnet is combined with an external low-temperature magnet.

This configuration allows increasing the magnetic field strength without the coils breaking or losing their superconducting state.

The team raised the magnetic field from the previous result of 30 tesla to 35.6 tesla while maintaining the same distance of 35 mm, and the system works continuously for more than 200 hours without problems at very low temperatures and high pressures.

This stability of more than eight consecutive days allows scientists to perform complex experiments lasting many days, something that is not possible with magnets that operate for minutes or hours.

The magnet is installed at the Synergistic Extreme Conditions Center, on the outskirts of Beijing.

The facility combines near-zero temperatures, extreme pressures, strong gravity, and the most powerful lasers in one place, serving as an open laboratory where teams from China and overseas can request time to use.

Scientists can cool a material to near zero, pressurize it at high pressure, shine intense light on it, and expose it to a magnetic field of 35.6 tesla, all in one place.

These energy fields allow tracking small changes in the movement of electrons in solids, which are important for studying quantum materials and superconductors.

Physicists also plan to use static electricity to investigate the structure of complex biomolecules, proteins and cellular components, opening up opportunities for future medical applications.

Although magnets cannot be used in a hospital now, the technology may influence the way to think about future medicines that work faster or consume less energy.

Engineers at the Chinese Academy of Sciences are already working on improvements.

The goal is to expand the gravity beyond 40 tesla, expand the internal diameter to accommodate more types of experiments, and strengthen the cooling system to reduce long-term costs.

Researcher Luo Jianlin clarified that the magnet can maintain the highest magnetic field for more than 200 hours without problems, which meets the needs of the scientific community.

This reliability means that international teams have the opportunity to spend time in Beijing and carry out complex tests around this machine.

The real test of technology is not the record of 35.6 tesla, but the discoveries that will emerge from the tests in the coming years, that’s why the world wants to know what China plans to do with a magnetic force 700,000 times greater than the magnetic force of the Earth.

The study describing the magnetism is published in the journal Superconductivity.

700,000 times the gravity of Earth, 200 hours, and a future no one can predict

China has installed a 35.6 tesla superconducting magnet, 700,000 times stronger than Earth’s magnetic field, which operates for more than 200 hours while using very little energy.

The system, located in Beijing, is open to scientists from around the world, and will be used to research quantum materials, superconductors, biomolecules, and nuclear fusion, with plans to grow to more than 40 tesla in the coming years.

When a country creates a magnetic field 700,000 times greater than the Earth’s magnetic field and keeps it stable for days, the possibilities are far greater than can be predicted. The record has already been broken. Now the important part begins: what to do with it.

Did you know that magnets can be 700,000 times stronger than Earth’s gravity? Do you think this technology will change medicine or energy? What impressed you more: power or 200 hours of operation? Leave your comments and share with science lovers.