Fusion "Breakthrough" ?

[Ravenlocke]

https://twitter.com/globaltimesnews/...84643555672065

https://twitter.com/thesiriusreport/...80307686256640

https://twitter.com/CGTNTech/status/1646350356446838785

[ExomatrixTV]

• US Nuclear-fusions Game Changing Achievement; ‘Ignition’ Over And Over:

Source: https://youtube.com/watch?v=5vvttM-i0F8

• 02:01 A US laboratory achieved nuclear fusion, setting a world record by producing a reaction releasing more energy than consumed, known as "ignition."
• 03:09 The Lawrence Livermore National Laboratory in California achieved ignition in four of six attempts, generating pressures and temperatures greater than those inside the Sun.
• 04:32 The US government plans to establish three research centers to advance fusion science and address the lack of competitiveness in electric cars and manufacturing compared to China.
• 05:42 Fusion reactions achieved a 54% net energy gain, marking a significant leap in energy production, with subsequent attempts reaching an 89% increase over input energy.
• 08:52 The US Department of Energy allocates $42 million over four years for three new research and production centers to enhance laser fusion technology and workforce development.
• 10:29 True nuclear fusion power plants could potentially replace remaining fossil fuel plants, contributing to global clean energy efforts.
• 11:51 Ongoing experiments aim to improve laser configurations, potentially achieving larger yields, with a 7% boost in laser energy and the possibility of reaching 200% yields within 12 months.

--o-O-o--

US nuclear-fusion lab enters new era: achieving ‘ignition’ over and over

Researchers at the National Ignition Facility are consistently creating reactions that make more energy than they consume.

• article here

cheers,
John 🦜🦋🌳

[Johnnycomelately]

I’ve followed this project, though only through watching this YT chan, for a number of years. This conference talk is a fairly broad and minimal description of their system, and includes some basic comparisons to the other couple ways that fusion projects function.

The fuel is abundant and cheap to prepare. The process produces no neutrons, so the device can be much smaller, and last much longer. The process produces electrons directly, not just heat like the competing schemes, so no massive and complicated steam generating equipment. The magnetic fields that confine the plasma come from electric currents, using the Z-Pinch effect that is visible at much larger scales in the cosmos, and are capable of much higher field strength than competing systems’ magnets can muster.

L = 30:13

Can Hydrogen-Boron Fusion Make Energy 10x Cheaper?

LPPFusion
16.4K subscribers

Oct 28, 2026

At the Munich World Fusion Energy Congress, Eric Lerner, President and Chief Scientist of LPPFusion, presented the company's approach to fusion energy and explained why proton-boron-11 (p-B11) fusion could offer the only path toward compact, cost-effective fusion power.

In this presentation, Lerner explores the limitations of conventional deuterium-tritium fusion and explains how LPPFusion's Dense Plasma Focus (DPF) technology uses intense electrical currents and self-generated magnetic fields to create the extreme conditions required for fusion.

*Topics covered in this presentation:*

• Why LPPFusion is pursuing hydrogen-boron-11 fusion as an alternative to conventional fusion approaches
• The challenges of tritium fuel, neutron damage, and the high cost of large fusion facilities
• The potential advantages of aneutronic fusion, including reduced neutron-related damage
• How Dense Plasma Focus technology creates and compresses extremely hot, dense plasma
• Direct energy conversion and its potential to reduce the cost and complexity of power generation
• LPPFusion's experimental progress, remaining technical challenges, and roadmap toward practical fusion energy
• The potential economic and societal impact of abundant, affordable energy

Lerner argues that compact fusion devices based on hydrogen-boron fuel can provide the fastest, cheapest route to commercial fusion power. The presentation also examines the scientific and engineering challenges that must still be overcome to turn this potential into a practical energy source.

📍 *Event:* Munich World Fusion Energy Congress
🏢 *Company:* LPPFusion
🔬 *Technology:* Dense Plasma Focus (DPF) and proton-boron-11 fusion

Source: https://youtube.com/watch?v=PDcDUILIWBI