Author Archives: Active Kinetic 1

Andrew Karim. Founder Active Kinetic 1 and Nicolas Hawker Energies Fusion.

Kinetic Fusion Energy

Fusion’s Active Kinetic Energy

First Light Fusion, CEO, Dr. Nicholas Hawker talks fusion with Active Kinetic 1 Founder.

A combination of fusion and kinetic energy technologies will enable limitless energy anywhere in the universe and we are extremely close to a new variety of solutions.

The energy revolution is well underway. Understanding the interaction requires an average mindset. As confirmed by Dr. Nicholas Hawker, Co-Founder & CEO from First Light Fusion, during fusion, the atomic nuclei undergo a process called nuclear fusion, where they collide and fuse together. This fusion process requires a tremendous amount of energy to overcome the electrostatic repulsion between the positively charged nuclei. When the nuclei overcome this repulsion and fuse, they release energy in the form of kinetic and thermal energy.

The kinetic energy is a primary source of electricity, while the thermal energy serves as a secondary source to drive such systems as turbines.

By utilising the containment of thermal energy drives the steam turbine attached to a dynamo to generate electricity.

Although work has already begun to create a thermal powered fusion system, it is indeed evident that forces from kinetic energy could provide far more energy and even portability.

Dr. Nicholas Hawker explained that matter formed during fusion is released from the fusion reaction and emits a huge kinetic force that is contained by surrounding enclosures.

As a fusion reaction occurs in a split second, the force of movement would shred any gear system constructed. Hence the kinetic energy from fusion is useless to drive a dynamo.

The knowledge share was conclusive that Active Kinetic 1 generators provide an improved solution to generate electricity and conserve kinetic energy currently lost during the fusion process. A kinetic fusion technology has the potential to increase output by megajoules.

The First Light Fusion pilot plant is expected to generate 150 MW of electricity using thermal energy and will be completed by the 2030s with costs less than $1 billion.

The Science

Most fusion reactions are achieved by heating and compressing a plasma of light atomic nuclei to extremely high temperatures and densities. Whereas, First Light Fusion use a cost efficient projectile propelled by an assembly of electromagnetic similar to a railgun. The projectile collides with the target at speeds of 14,540mph. The collision forces the projectile to crush the target containing the fuel cell, causing it to collapse and implode. The fuel pellet is compressed from several millimeters down to less than 100 microns forcing the fusion reaction to release neutrons, heat energy and kinetic energy.

When a fusion reaction occurs, high-speed particles such as neutrons, protons, and alpha particles are produced. These particles carry kinetic energy due to their motion. The force exerted by these particles can be calculated using Newton’s second law of motion, which states that the force (F) is equal to the mass (m) of an object multiplied by its acceleration (a). Mathematically, it can be expressed as F = ma.

In fusion reactors and experimental setups, various materials are used to handle the forces and energy generated by the fusion reaction. The selection of materials depends on factors such as temperature, radiation levels, neutron flux, and the specific design of the fusion system. These materials could be designed to release controlled levels of kinetic energy generating megajoules from active kinetic electricity.

The principle of “every action produces an equal and opposite reaction” is a fundamental concept derived from Newton’s third law of motion, which applies to the motion of objects in the context of classical mechanics for capturing the kinetic energy used by active kinetic generators.

In the case of fusion, the reactions occur at the atomic or subatomic level. Governed by the laws of quantum mechanics, Fusion reactions involve the combination of atomic nuclei to form a heavier nucleus. This process releases a large amount of energy, primarily in the form of electromagnetic radiation (thermal energy) and kinetic energy, as explained earlier.

Fusion reactions, such as those occurring in the Sun or in experimental fusion reactors, involve the fusion of light atomic nuclei, typically isotopes of hydrogen. The fusion process requires extremely high temperatures and pressures to overcome the electrostatic repulsion between positively charged nuclei.

During fusion, the combined mass of the product nucleus is slightly less than the sum of the masses of the initial nuclei. This mass difference is converted into energy according to Einstein’s famous equation, E=mc², where E represents energy, m represents the mass difference, and c represents the speed of light. This conversion of mass into energy is what powers fusion reactions.

In fusion reactions, the energy released in the form of radiation and kinetic energy is not a result of a direct reaction and its opposite reaction, but rather the result of the conversion of a small amount of mass into energy. The laws of conservation of energy and mass are respected in these reactions.

Therefore, while Newton’s third law applies to macroscopic objects in classical mechanics, it is not the principle that governs the release of energy in fusion reactions. The principles of quantum mechanics and the conversion of mass into energy, as described by Einstein’s equation, play a central role in understanding and explaining the energy release in fusion processes.

The radioactive elements in fusion are far less than in Nuclear fission, so the fusion chamber can be adapted to harvest the kinetic energy.

In reality, using active kinetic generators even a fossil fuel combustion system might be converted to harvest kinetic energy saving vast amounts of energy loss.

This by chance meeting at Innovation Zero has provided lots of insight into the world of fusion energy, I believe my suit gravitated me to meet with some interesting people and minds with similar predictions in technology.

Using kinetic energy for Fusion and various other sources of energy will increase energy output, the energy mix and increase substantially.

Raise World Awareness

The Raise

The Raise



9:00am, 27th May 2023. Technology Reveal – PART 1: Q2 technology reveal & awareness.

The first opportunity for people to see the core technology that enables the motion devices to operate efficiently further details posted shortly.

Terrific – Prototype 3

Terrific – Prototype 3

Recover and recycle wind energy from high speed passing traffic.

Megawatts of power for thousands of homes by simply reusing energy produced from vehicles passing on a busy road.

Reduce carbon energy loss by improving methods of conservation. Kinetic generators operate on subtle movement and can be replicated like cells on a solar panel to capture vast amounts of energy currently wasted.

Additionally the systems will be used to capture and remove carbon.

The technology is safe, fast and easy to implement worldwide. It could be adopted within a few years to make an international impact on energy security, reduction of fossil fuels and removal of atmospheric carbon.

This technology is the cleanest method currently available to generate electricity and reduce carbon. It has no radioactive elements, requires no fuel and it is affordable.

Shhh! Prototype

The new prototype ideal for fluid motion, such as moving water environments; a river, the sea and oceans.

The new mechanism can withstand extremely high impacts and durable enough to withstand the ocean current.

When the technology was tested with in minimal water current and movement it still generates impressive voltage.

This mechanism has many applications and is easily scalable making it the ideal entry point to market.

Investors Master Plan

Investor Master Plan

Investor Master Plan

Some followers are aware Active Kinetic 1 is an energy master plan in development.

As promised in Q4 2022, some details about a new energy technology would begin to be released publicly by Q1 2023.

This first explainer video is unlisted on Youtube giving followers an exclusive earlier view.

Technology Small Scale Renewable Energy Certificate.

UK Petition

UK Petition: Small Scale Renewable Energy Certificate

Allows individuals and SME’s in the United Kingdom to benefit from Free electricity from renewable energy sources or when making an investment in any energy saving technology.

Rewards in Australia and the United States of America have been operating such schemes to successfully incentivise individuals and SME’s to reduce carbon each year.

Currently obtaining renewable energy certificates are mainly available to corporate organisations and energy suppliers that use the carbon credit system.

This petition will help to reduce the energy bills for the majority of UK households so they can invest in cheaper electricity solutions that further lower there costs in future.

Technology Small Scale Renewable Energy Certificate.

Other schemes for carbon reduction:

Another scheme for carbon reduction is the Carbon Capture Usage and Storage Scheme (CCUS) which operates carbon credits.


CCUS Carbon Capture, Usage and Storage

In Summary:

The UK CCUS operates to incentives carbon reduction through carbon capture in an effort to reverse the carbon climate effect. Carbon capture, utilisation, and storage (CCUS) is a set of technologies that can play a key role in meeting global energy and climate goals.

While carbon reduction is critical the carbon active in our environment is already causing climate changes and needs to be addressed with equal importance.

What is Carbon capture?

The UK government use various schemes, including re-forestry and technology. Carbon capture, utilisation, and storage (CCUS) technologies help meet global energy and climate goals by capturing and storing carbon dioxide (CO2) emissions, in similarity trees also capture and store carbon.

Research and development (R&D) and innovation play an important role in reducing the costs of CCUS and making it more efficient and cost-effective. The UK government has invested over £130 million in R&D and innovation support for CCUS and committed to leading an international working group to accelerate its deployment.

What is the progress of CCUS?

The UK government aims to make the country a global technology leader in CCUS and has set out a program of work to establish the additional steps required to meet the ambition of deploying CCUS at scale during the 2030s, subject to cost reduction. The government has also established a CCUS Cost Challenge Taskforce to provide advice on reducing the cost of deploying CCUS in the UK.

What is the delay?

CCUS deployment is currently limited due to high costs.

The government has set out a program of work to establish the steps needed to meet the ambition of deploying CCUS at scale in the 2030s, subject to cost reductions. The CCUS Cost Challenge Taskforce was established to provide advice on reducing the cost of deploying CCUS in the UK and presented a report to government in July 2018.

Inventors Thank you Message: Newton, Einstein, Leonardo, Tesla

Thank Inventors

Thank you to Historic Inventors

This mosaic of inventors have played an iconic role in the history, development and understanding the science of physics.

There are many scientists missed, but these few people certainly changed the world, these scientists have contributed immensely to our understanding of science, technology and the universe.

Some less renowned than others are labelled with names and I would recommend researching as all are major contributors to the field of science and indeed physics.

Sir Isaac Newton is best known for his work on classical mechanics, which laid the foundations for much of modern physics. He made important contributions to optics and the study of gravity, and his laws of motion and universal gravitation are still widely used today.

André-Marie Ampère was a French scientist and mathematician who made important contributions to the fields of electromagnetism and electrical engineering. He is best known for his work on the relationship between electricity and magnetism, which led to the development of the science of electrodynamics. His work helped to lay the foundations for the development of many important technologies, including the electric motor, the telegraph, and the transformer.

Nikola Tesla was a Serbian-American inventor and electrical engineer who made important contributions to the development of alternating current (AC) electricity. His work helped to make long-distance electrical transmission practical, which revolutionised the way electricity is generated and used.

Ebenezer Kinnersley was an American scientist and inventor who made important contributions to the fields of electricity and magnetism. He is best known for his work on electrical generators and the development of the first practical electric motor.

Satyendra Nath Bose was an Indian physicist who made important contributions to the field of statistical mechanics. His work laid the foundation for the development of quantum mechanics, and he is also known for his discovery of the concept of bosons, which are particles that obey Bose-Einstein statistics.

Dr. Chien-Shiung Wu was a Chinese-American physicist who made important contributions to the fields of nuclear physics and particle physics. She is best known for her experiments that disproved the law of conservation of parity, which was a fundamental principle in physics at the time.

Pieter van Musschenbroek was a Dutch scientist who made important contributions to the field of electricity. He is best known for his work on the Leyden jar, a device that was used to store static electricity and which was an important early form of capacitor. His work helped to lay the foundations for the development of many important technologies, including the telegraph and the electric motor.

Albert Einstein was a German-born physicist who made important contributions to the fields of relativity and quantum mechanics. His theory of relativity revolutionised our understanding of the nature of space and time, and his work on the photoelectric effect helped to lay the foundations for the development of quantum mechanics.

Hertha Marks Ayrton was a British engineer and inventor who made important contributions to the field of electrical engineering. She is best known for her work on the arc lamp, which was a precursor to modern electric light bulbs, and for her development of a device that could measure the intensity of an electric current.

Lewis Howard Latimer was an African-American inventor and engineer who made important contributions to the development of the electric lamp and the telephone. He also played a key role in the development of the first successful incandescent light bulb.

Marie Van Brittan Brown was an African-American inventor who is credited with inventing the first home security system. Her system consisted of camera, and a monitor, which allowed homeowners to see who was at the door and to communicate with them remotely. This system was an important precursor to modern home security systems.

Florence Parpart was a British inventor who made important contributions to the development of the gas turbine.

These people made some of the most significant scientific discoveries of all time, revolutionising the way we view our world. Each of them played a pivotal role in pushing the boundaries of knowledge and introducing innovations that changed the course of history. They are remembered as some of the greatest minds of all times.

Please email any suggestion of people to add to this list.

AI statement - what is artificial intelligence

What is AI without energy?

Artificial Intelligence cannot function without a source of energy.

Artificial Intelligence without energy

Energy and artificial intelligence have an intrinsic relationship and both support each other. Energy becomes useful due to intellectual logic, AI is supreme computability logic that cannot exist without energy. The more logic applied the more useful energy become to the intelligent subject.

Energy systems today are not fit to support AI. They provide very little control over access to energy without human interaction. Solar perhaps is an exception, however even with battery storage solar is not reliable. Solar panels can be blacked out by snow or broken by hail and nothing stops them from overheating.

Over 99% of kinetic energy captured is by a turbine, the size of the turbine restricts the load limits available to AI. The applied force on the turbine is provided by complex energy harvesting machines such as coal planets, nuclear plants, hydro stations or even wind turbines gear system. Most of the systems require human intervention from design to assembly and maintenance such as lubrications, troubleshooting, sensor failures.

Current systems prohibit the potential of AI. An advancement with Active Kinetic 1 will open the doors to regenerative robotics and endless sources of energy.

How do free energy machines work?

Do free energy machines work?

Yes. Renewable energy such as wind and sunlight is free.

Renewable energy machines require a cost, however the total cost of ownership and maintenance for the technology is spread over years of service, the cost over the duration is very low compared to the productivity gained.

What makes Active Kinetic 1 a new renewable?

Active Kinetic 1 easily captures kinetic movement as motion energy and converts it into electricity. It provides an easier, low cost method to access renewable energy, equivalent to an alternating motor.

Unfortunately alternating motors are unable to achieve similar results as they require a different mechanical assembly to access kinetic energy.