Portuguese 
English 
Spanish 
3 min of reading 
3 comments 
Alex, Second Patient With Neuralink Implant, Now Uses Device to Project in 3D and Even Play ‘Counter-Strike 2’, Showing Notable Advances.
Elon Musk, CEO of Neuralink, recently revealed the surprising progress of Alex, the second patient to receive a brain implant from the company. The device, which was implanted a few weeks ago, already allows Alex to play ‘Counter-Strike 2’ and use 3D design programs, indicating a significant advance in the technology that promises to change the lives of people with spinal cord injuries.
At the end of January, Elon Musk announced the installation of the first human brain implant by Neuralink, a milestone that grabbed worldwide attention. Now, with Alex being the second patient to receive the implant, the results are becoming increasingly impressive. Alex, who suffers from a spinal cord injury similar to the first patient, Noland Arbaugh, was discharged just one day after surgery, and his recovery was described as “smooth” by the Neuralink team.
Neuralink Claims Patient Had Rapid Adaptation
According to Neuralink, it took only five minutes for Alex to begin controlling a cursor on the screen using just his mind. Within a few hours, he was already surpassing the speed and accuracy of any other assistive technology available on the market, using the game Webgrid to measure his skill. This rapid progress highlights the potential of the implant to revolutionize how we interact with the digital world.
-
Brazil has just joined the select group of countries capable of manufacturing a 100% national jet turbine for military drones, alongside the United States, United Kingdom, France, Israel, and China. It is the heart of the new Albatroz Vortex, which flies for 24 consecutive hours and reaches an altitude of 12,000 meters.
-
A silent boat powered solely by solar energy sits in the middle of the planet’s most polluted rivers, swallowing up to 50 tons of trash per day, and it does this alone, without fuel and without stopping, before the plastic reaches the ocean.
-
SpaceX will dock a $843 million vehicle to the International Space Station to push a nearly 420-ton laboratory against the atmosphere and make the debris fall in a controlled manner into the ocean.
-
Quarry almost wipes out a 1,700-year-old village in Germany, but archaeologists arrive before the machines and reveal wooden houses, a textile workshop, ancient tools, and a rural community preserved under 3,200 m² of soil.
Before his injury, Alex worked as an auto mechanic and had experience with design programs such as Fusion 360. Just two days after surgery, he was able to use the software to create a custom support for the implant charger, which was later 3D printed and integrated into his equipment. This achievement is particularly significant, as it demonstrates Neuralink’s ability to perform complex tasks that would normally require the use of a mouse and keyboard.
Able to Play ‘Counter-Strike 2’ Using a Quadstick
In the realm of video games, Alex also showed remarkable advances. He was already able to play ‘Counter-Strike 2’ using a Quadstick, an adapted controller operated by the mouth and lips. However, this controller limited his ability to move the cursor and character simultaneously. With the Neuralink implant, Alex can now combine the use of the Quadstick with his mind, allowing for much smoother and more precise gameplay.
Preventive Measures at Elon Musk’s Company
One of the challenges faced by Neuralink’s first patient, Noland, was the retraction of the wires connected to the brain chip, caused by an air pocket inside the skull (a phenomenon known as pneumocephalus). This issue affected the connectivity and performance of the implant. In Alex’s case, the Neuralink team took preventive measures during the surgery, including reducing brain movement and minimizing the space between the implant and the brain. As a result, there was no retraction of the wires, and the performance of the device remained stable.
Elon Musk and Neuralink Are Working on Decoding Multiple Clicks and Motion Intentions
Elon Musk and his team at Neuralink are now focused on the next steps to further enhance the technology. They are working on decoding multiple clicks and motion intentions, which should allow Alex and other patients to perform tasks such as text input more quickly. The company is developing ways for users to interact with the physical world, controlling, for example, robotic arms or wheelchairs, which would provide even greater autonomy for people with physical limitations.
With each new advance, Elon Musk demonstrates the transformative potential of Neuralink, paving the way for a future where physical limitations can be overcome by technology. Alex’s case is just the beginning of a revolution that promises to redefine the boundaries between mind and machine.
Comment below and share your thoughts on Neuralink’s advances and the implications of this technology. Are we on the right path to revolutionizing the treatment of spinal cord injuries?
Gostaria tanto que usassem o poder da tecnologia para fazer uma vacina contra o câncer. Ou um tratamento que levasse à cura definitiva. Diante de tantos avanços não sei como deixam andando a passos de tartaruga tudo que diz respeito ao câncer.
Assim como muitos que passaram pela história, Elon Musk é um visionário necessário para a evolução da humanidade, sem essas pessoas fora de série a humanidade estaria andando a cavalo.
Admirável Elon Musk