Laboratory Institute for the Frontiers in Physics

Wave-Particles for Mankind

The study of matter and its interactions has awed many scholars over the years, and has always resulted in ingenius designs and implementations of physical systems. The ensuing effect has been domination of man's world, and creation of tools, equipment and infrastructures that have defined his civilisations.

Today, physics is characterised by curiosity over the fundamental particles, galaxies, the early universe, and investigations into electromagnetism, waves and optics. Our work focuses on these frontiers as we deliver avantgarde innovations and applications for this and the next civilisation.

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The Essence of Civilisation
Properties of matter as it engages energy are the platform upon which the technologies of the civilisation are developed. Increase of knowledge, from sub-atomic particles to cosmic marvels, presents new dynamics upon which the predominant technologies metamorphose - or are replaced altogether.

Our Four Priorities

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Fundamental Particles

"Are the observable elementary particles truly the absolute fundamental? How complete is the standard model of particles? Is there truth in the string theory? What more can we learn of the quantum realm? Is there another realm lower than the quantum?

The laboratory institute hopes to answer these questions and to probe further, hopefully, to yield insights that would make our manipulations of the world as we know it, or as it shall be unveiled, safer, more efficient and always abounding with joy.

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Space-ology

Welcome to the next chapter of the physics of space - our first frontier to the rest of the universe.

In this focus area, we explore the exciting observations of space-time interactions, firmly believing that the sixth form of matter is the fabric of the cosmos. But what is it made of? Is it true, sincerely, that there can be no physical velocity faster than the speed of light in this sixth form of matter?

Moreover, we invent for probing the early universe, if, perchance, we may learn more about fundamental particles and elemental synthesis.

And, as it can be expected, from earth to the solar system and beyond! We aim to build knowledge and innovations that would establish space travel within the solar system, and hopefully, to the nearest star to our Sun.

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Electricity

Proudly, we are advancing our technologies of power sources and systems which deliver extra-high power-density, ultra-efficiently and with zero emmission. We seek to power the grid, aero and space vehicles, ground electric vehicles and ships, and to invent for embedded power sources in electronic devices. Digital electronics and embedded systems and software, therefore, form pertinent areas of focus for our research teams, as we usher in the next level of power sufficiency and avantgarde power sources.

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Mechatronics

The value of the mechanics and algorithms of instrumentation and control is unequivocal in this day - from manufacturing to logistics. We are pursuing greater know-how in mechanisms of robotic motion and the integration of advanced realtime automation software including machine intelligence. We hope to revolutionise this frontier and add to the joy of mankind.

What’s Happening in Physics
Literature Review
September 14, 2024
The Physisc of micro and nano manipulations: fundamentals and applications
Research
August 20, 2024
Professor Price of Monash University produces the first-ever simulation of the destruction of a star by a supermassive blackhole
Topical Review
March 01, 2024
Advances in the kinetics of heat and mass transfer in near-continuous complex flows
Article
July 30, 2024
Outer space: is it a global commons

JOIN OUR MISSION

Deliver the avantgarde that drives Physics in the civilisation

Careers with Eolas Solas Laboratories
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