Dubai’s R&D Firm PISIQ chose to go to Space using Graphene. PISIQ explained how Graphene is aiding Future Space Exploration 1
Dubai’s R&D Firm PISIQ chose to go to Space using Graphene. PISIQ explained how Graphene is aiding Future Space Exploration
PISIQ

When none believed Graphene’s miraculous nature, Dubai-based PISIQ knew its worth already!

If mankind ever settles on new planets the way it has planned and conducts expansive space exploration in the future, we’re going to need radically newer technologies.

PISIQ researchers strongly believe that Graphene is the best and the most suitable material to step in and lead the way. Its presence is abundant on Earth and, potentially, on other planets too. Also, it is lightweight, thin, versatile, flexible, resistant, super strong, has thermal and electrical conductivity & more valuable than one can ever think of, firmly stated Mudar Muhissen, CTO of PISIQ.

He said that one single atomic layer of Graphene is 200 times stronger than steel & far better at conducting heat and electricity than any other material when he talked about it precisely. He further added that 97% of white light passes through it, making it an ideal or an excellent material for solar energy. Its discovery in 2004 has brought several possibilities, and endless ideas in the space industry and PISIQ is utilizing every bit of it.

PISIQ, a Dubai-based R & D firm that stands for Peripheral Intelligent Systems In Quantum, conducts in-depth research in Artificial intelligence, Intelligent Hardware, Security & Business Intelligence. An intellectual force heads it, or we can say its strong pillars named Mudar Muhissen and Nihal Mohammad Shaikh. It is currently working on the inexplicable use of Graphene for Future Space exploration.

Here’s a synopsis of the infinite ways, Graphene may change our relationship with Space for the best, confirmed PISIQ’s CEO Nihal Mohammad Shaikh.

Dubai’s R&D Firm PISIQ chose to go to Space using Graphene. PISIQ explained how Graphene is aiding Future Space Exploration 2

Graphene’s Utility in Thermal Management

According to PISIQ’s CTO Mudar Muhissen, Graphene’s exceptional thermal properties make it a perfect and exciting remedy to one of the toughest challenges of tomorrow’s space exploration: temperature dynamics.

Managing heat, balancing cold, and the constant fluctuations between temperatures are significant for satellites and other electronic equipment to function systematically & properly in Space. He continued with an instance. The temperature difference between two sides of a satellite- one facing towards the sun & the other facing away, can be as significant as 200 degrees Celsius, suggested scientists from PISIQ’s recent research.

Withdrawing excess heat from electronics is generally carried out using a loop heat pipe. These pipes cool electronic devices by utilizing heat to evaporate fluid inside a wick prepared from porous metal. A Graphene coating on the outside of the wick enhances the efficiency of loop heat pipes, improvises heat transfer rates, & keeps equipment functioning optimally & autonomously for more extended periods, both of which are significantly important space exploration; PISIQ’s CTO Mudar Muhissen further added.

All about New Devices & On-The-Go Repairs

While elaborating Graphene’s miraculous qualities, PISIQ’s CEO Nihal Mohammad Shaikh liquidated Graphene’s role in newer technologies. He said Astronauts surviving & working in Space couldn’t run to the store for new batteries or replacement electronic components when they need them or when equipment needs to be repaired. Also, bringing large stores of extra equipment or batteries to Space is prescriptive in terms of both costing & storage capacity. Future space exploration demands the ability to be highly self-sufficient & self-providing. And PISIQ’s Smart Triad is making sure that the extraordinary qualities of Graphene shall make that possible very soon.

Printable Graphene inks can be utilized to produce a variety of equipment from flexible electronic sensors to batteries, gauges, supercapacitors, printed electronics, & much more. This will allow astronauts to print their own devices & make repairs while on long-term space missions without carrying & worrying about its quantity, CEO Nihal Mohammad Shaikh further added.

Taking this concept one step further:

PISIQ CTO Mudar Muhissen suggested that by using Graphene inks, Space colonists can create their very own devices as they build settlements. Can you think of imagining 3D printing your solar panels for a house on the moon made from carbon mined from Space? That’s what somebody is imagining & working out on its possible right now, he added.

Propulsion

“Does shining laser light onto flexible Graphene sails generate thrust?” asked PISIQ’s CTO Mudar Muhissen. If yes, then let’s know it better. Solar light sails prepared from thin Graphene membranes may propel satellites in Space using light from lasers or even from the sun. Satellites propelled in this way could go way far for more extended periods than anything else we have in Space already,” he confirmed.

A Real-Time Space Elevator?

One of the biggest inhibitors, possibly the biggest one — towards future space exploration is reaching there. A space elevator could entirely change that. Researchers Worldwide have been exploring the idea of an elevator for many years, but PISIQ researchers are already on it.

This idea comprises a base station with an anchor, an orbital station with a counterweight, a tether, & a carriage. Finding the suitable material which is strong enough for the tether has kept such an elevator from getting off the ground, but the miraculous Graphene may be the right solution. PISIQ scientists are already working to craft a diligently strong Graphene-based chain from single-crystal Graphene that could make the dream space elevator a reality soon, confirmed the Quick-Witted Triad.

Let Tomorrow Begin Today

While regular space travel & settling on other planets may seem out of reach now, PISIQ’s journey to turning those far-fetched ideas into reality begins the present day with the immensely useful & potential Graphene. The hurdles to enhanced space exploration for the future are many. Still, nanomaterials such as Graphene, Graphene oxide, & Graphene on SiO2 have the real potential to provide the right solutions needed to move all of us to the next step. PISIQ is excited to be at the forefront of Graphene research & bring out its best possible outcome. Our high-quality & precise researches are the building blocks being utilized not only by us but also by the ones who are searching for ways to move mankind up & out into the universe, precisely spaced.

To know more about PISIQ, head to their website www.pisiq.com.

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