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Exit from the vicious energy circle

Veljko Milković: How to make a two-stage mechanical oscillator more efficient? (VIDEO)
October 29, 2022
NORWAY: Two-stage mechanical oscillator as inspiration in art
January 9, 2023

The entire energy industry today is in a vicious cycle of rotation, because turbines, propellers, rotors, flywheels, gears, pulleys, etc, which are dominant in energetics, are far less efficient than oscillations and technical solutions based on them, such as Veljko Milkovic's two-stage oscillator technology.

Given the current energy situation (crisis), global warming and all that, it's time to give some thought to these more advanced and forward-thinking oscillation-based technologies and use the achieved ultra-efficiency effects by applying elasticity-based improvements to accelerate our world's transition to an energy-sustainable future.

In this article, we will make a sort of review of information about the two-stage mechanical oscillator, its results related to ultra-efficiency, what the scientific community says about this invention, it's exploitation in the world so far, etc.

Ultra-efficiency is achieved directly and indirectly


    Prof. G. R. Nikhade, R.U. Patil and S. P. Bansal from the Department of Mechanical Engineering of Shri Ramdeobaba College of Engineering and Management in Nagpur, India published a paper in 2013 that scientifically proved the super-efficiency of the pendulum drive::
    Two-stage oscillator mechanism for operating a reciprocating pump

    Goran Mitic, a Serbian physicist, stated in his public appearances that he experimentally obtained nine times more output energy than input with the invention of Veljko Milkovic's two-stage mechanical oscillator.


    Laboratory proof of the superiority of the elastic (flexible) pendulum in relation to the electric motor
    Concrete proof by means of laboratory measurement that an elastic (flexible) pendulum oscillates a hundred times longer than an asynchronous motor even though the motor had several times higher initial energy – measurement conducted by Prof. Slobodan Milovancev, Ph.D. from the Faculty of Technical Sciences in 2014: ._electric_motor.pdf

    Veljko Milkovic – "Everything is in Energy" (short film)
    In a short video film, the astronomical difference in the initial energy of an electric motor compared to a pendulum drive is shown (related to the measurement described above).

Therefore, attention should be paid to the energy of oscillations, which is agreed by various experts worldwide.

During the previous years, prominent scientists and physicists emphasized the great importance of the discovery of the pendulum drive and its revolutionary contribution to science and technology:

    Slobodan Masanovic, B.Sc. Eng.:
    I believe that the invention of Veljko Milkovic, "Two-stage mechanical oscillator" is the greatest scientific discovery in the history of mankind, which has been experimentally proven in many places around the world. It is a discovery that changes the entire scientific paradigm of both physics itself and many other disciplines. With this discovery, Veljko Milkovic inspired many researchers, and once again confirmed something we have all known for a long time – that the most ingenious things are always simple in essence! Only decades – and centuries ahead of us will show the full magnitude of this discovery of Milkovic. I think that humanity is currently neither ready nor aware of what this is really about!

    Jovan Bebic, M.Sc. in Electrical Engineering:
    Based on the results of measurements and observations during this experiment and ten years of insight into the results of experiment involving the two-stage oscillator by Veljko Milkovic, I can absolutely confirm that this is the biggest invention in the history of science!

No anti-thesis more than 6 years
The prize for experimental anti-thesis is still waiting

After more than 6 years no one has yet come forward and presented experimental evidence to support the claim that rotations are better than oscillations

On September 14, 2016, at a public forum in Novi Sad (Serbia), as well as on several other occasions, before and after on social networks, the media, public appearances, fair events, a competition for a prize of 100,000 RSD was announced for a successful proof and experimental anti-thesis that oscillations of an elastic (flexible) pendulum are not more efficient than rotations.

To date, no one has yet come up with any model and presented practical proof that a wheel (or anything else that rotates) spins longer than a pendulum – Ie. that the stopping time of the wheel is longer than the oscillation of the elastic (flexible) pendulum.

Since there were no registered candidates yet, Veljko Milkovic is extending the competition until further notice and now with all his assets, guarantee that oscillations are more efficient than rotations that are dominant in energetics, and he invites researchers and all people interested in science and technology to present practical evidence in contribution to this anti-thesis and win a valuable prize.

The invention is researched on all continents

The two-stage mechanical oscillator and its practical application have been studied worldwide for 20 years in university centers, institutes and by enthusiasts. In addition to numerous researchers in the USA and the EU, there are particularly intensive and massive studies in India.

So far, a large number of scientific and research papers have been published around the world; 2 doctoral theses (Ph.D. dissertations) published so far [the third one in the final stage], 39 scientific-research papers, 5 university graduate theses, 5 papers from different scientific conferences, as well as 10 other papers related to this invention.

Over 500 companies around the world apply Veljko Milkovic's invention

In the early 2000s, the two-stage oscillator experienced an expansion of international research in the world, mostly thanks to the development of Internet technologies and online presentations that enabled easy and fast international exchange of all forms of data.

In addition to a large number of international scientific works, mostly on the subject of the application of this invention in water supply and power engineering, in recent years a huge number of engineering companies in China, India and other Southeast Asian countries research, develop and produce various technical devices, most often machines for heavy industry, from some of which sell their products under the name of Veljko Milkovic, on e-commerce platforms such as China's

A University in Germany recommends the two-stage oscillator

Prof. Dr. Klaus Turtur, a distinguished physicist from the Ostfalia University of Applied Sciences in Germany, in light of the current energy transition and the quest for technical solutions that can provide long-term clean energy sources, published an overview and report on the perspectives of new energy technologies, where he also recommended Veljko Milkovic's two-stage oscillator.. We reported on this in one of the previously published news.
Project overview: Several Approaches for Zero point energy - Converters
Prof. Dr. rer. nat. Claus W. Turtur

Major improvement made

In the field of further development of the two-stage oscillator, the improvement of the oscillator construction itself was achieved, and thus, at the same time, the efficiency of the device itself was increased.

How to Make a Two-Stage Oscillator More Efficient

Based on all independent scientific papers published so far, as well as videos of replicas of the two-stage mechanical oscillator that can be found on the Internet, it is noted that all these mechanisms are constructed using steel ball bearings. These steel ball bearings are a hidden brake, which is harmful during operation because it reduces the inertia and thus the efficiency of the entire device (this is a harmful phenomenon in the case of oscillations, but not in the case of rotations as well) which can be alleviated by the use of ceramic bearings that are lighter than steel bearings, which results in a reduction of friction and inertia, thus achieving a longer duration of oscillations, thus greater efficiency and lower energy consumption for their maintenance (e.g. in the case of maintaining the oscillation of a pendulum).

Another improvement is achieved in the design with elastic (flexible) pendulum and elastic (flexible) lever support where the ball bearings are eliminated, therefore less energy is lost in the inertia of the balls and friction, thus achieving even greater efficiency of the device. It is now an elastic structure that gives the best results where we have higher speed and less energy dissipation. That is, we have a kind of energy recycling that occurs due to elasticity. This means that it is significantly more efficient than all existing technical designs so far.

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