Life-Changing Inventions

Life-Changing Inventions

Rodrigo gonçalves nº19

INDEX

Quantum Computing

Robotic exoskeletons

Webgraphy

Quantum Computing

+INFO

Quantum computing was one of the greatest advancements in the world of technology due to rapid error correction and several other things quantum computing has had several creators in which they have made corrections and improvements

Had several creators such as:

• Richard Feynman (1981)

proposed the idea of ​​a quantum computer being able to simulate quantum phenomena that classical computer model

• David Deutsch (1985)

It was the first to improve quantum computing to be more efficient and faster than a classical computer.

• Peter Shor (1994)

He created Shor's Algorithm, which showed that a quantum computer can quickly break traditional encryption.

• Lov Grover (1996)

Developed Grover's Algorithm, which can speed up database searches exponentially.

ROBOTIC EXOSKELETONS

+INFO

Robotic exoskeletons are wearable devices that enhance the user's strength, endurance and mobility, and are used in medicine, industry and even the military sector.

Had several creators such as:

• Nicholas Yagn (1890)

Russian engineer who created one of the first concepts of a steam-powered mechanical exoskeleton to augment human strength.

• Ekso Bionics (2010s)

Launched the Ekso GT, an exoskeleton used to help people with spinal cord injuries walk again.

• Sarcos Robotics & Exoesqueletos Industriais (2020s)

It has developed advanced exoskeletons such as the Guardian XO, aimed at the industrial and military sectors.

Webgraphy

http://portuguese.people.com.cn/n3/2025/0317/c309812-20290149.html https://pt.wikipedia.org/wiki/Computa%C3%A7%C3%A3o_qu%C3%A2ntica https://www.tiktok.com/@techmoments_/video/7387426367559814432?lang=pt-BR&q=robos%20exoesqueletos&t=1742338127898

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impact of quantum computing.

• Breaking current encryption, requiring new digital security methods.
• Advances in artificial intelligence making machine learning faster.
• Scientific discoveries, such as simulation of molecules for new medicines.
• Improvement in logistics and optimization, solving complex problems more efficiently.

impact of ROBOTIC EXOSKELETONS

• Medicine: Helps people with disabilities regain mobility, speeds up rehabilitation and reduces the burden on caregivers.
• Industry: Prevent injuries, reduce fatigue and increase productivity in factories and construction.
• Military: Improves soldiers' resistance and strength, increasing combat efficiency.