I received an ARC of this book through https://www.netgalley.com with the expectation of delivering a fair and honest review. Opinions expressed here are unbiased and entirely my own! I categorize this novel as G.
When High School science teacher Ryland Grace wakes up, he can’t remember who he is or why he is aboard the spacecraft. All he knows is that he has been asleep for a very long time and the other two crew members are dead.
As time passes, his memory begins to slowly return though it is very fuzzy. Slowly the Earth’s sun began to dim. The mission is the culmination of a planet-wide project to send a spacecraft and crew millions of miles in a last-ditch attempt to save humanity. The only hope is that the solution to the problem can be discovered at Tau Ceti. As Grace progresses, he encounters several problems. He is able to overcome them through his understanding of basic science.
Grace is faced with more than one life-threatening situation that he must overcome. He is shocked when his full memory finally returns, and he remembers his last few hours on Earth. As he does his research, he finds assistance and friendship from a very unexpected source. With the clock ticking on Earth’s survival, will he be able to find an answer in time to save humanity? And what will happen to him?
I enjoyed the 13.5 hours I spent reading this 482-page science fiction novel. I have been fortunate to have read all three of Mr. Weir’s novels. I have found them to be exceptional. The others that I have read are Artemis and The Martian. Grace uses a wide range of math and science to solve problems. This would make this a great novel to use in a STEM project. I like the chosen cover art. I give this novel a rating of 5 out of 5.
A few days prior to seeing this article I had expressed my concern in the post SECOND CREW REACH TIANGONG-3 that the Chinese Space Station, Tiangong-3, would outlive the ISS by several years.
Fortunately, NASA has committed to extending the life of the ISS until at least 2030. This will maintain the West’s ongoing presence in space for several years. The rational for the extension is stated clearly in this quote from the NASA Authorization Act of 2015.
It is the policy of the United States to maintain an uninterrupted capability for human space flight and operations in low-Earth orbit, and beyond, as an essential instrument of national security and the capability to ensure continued United States participation and leadership in the exploration and utilization of space…
(See my other Space related Blog posts) – I came across the article Three Chinese astronauts arrive at space station yesterday. The three, the second crew for the Tiangong-3 Space Station, are expected to remain aboard for six months. Their mission will be to complete the assembly and construction of the station. I am of two minds on this achievement.
On the one hand, establishing a second space station beyond the ISS is a step forward. Space is becoming the next frontier for humans to conquer. The zero gravity manufacturing techniques and abundant raw materials found in space offer substantial commercial opportunities. The use of space for terrestrial communications is already being harnessed. As is the use of space based platforms to provide rich data on the Earth’s ecosystem and geography. Likewise, it is the perfect place to observe distant star systems.
The Chinese have longer term plans to send manned missions to the Moon and to eventually establish a base there. These are steps towards spreading humanity out over more than a single vulnerable location.
On the other hand, I think too few realize that China has begun to catch up and could soon challenge the US. I suspect that if you polled average people on the street about Tiangong-3 few would have heard of it. The ISS is scheduled for retirement in 2024. There is currently no replacement. Tiangong-3 is expected to have at least a decade of life ahead. Given the political challenges that China has made, the US must at least maintain equivalence in space.
(See all my Book Reviews and Author Interviews) – Author Carlos I. Calle published the book “Conversations with Einstein: A Fictional Dialogue Based on Biographical Facts” in 2020. He has published several academic papers and five science books for the general public.
The book is composed of two distinct parts. First is a brief biography of Albert Einstein. The second part constitutes a ‘conversation’ with Einstein. Questions are posed to Einstein, and then answers are formed from his writings or talks that he gave.
I enjoyed the 2+ hours I spent reading this 129-page biography and science history. The book, though quite short, gives an interesting view of Einstein. The author uses the conversation with Einstein to explain in everyday language, some of his famous theories. I like the chosen cover art. I rate this book as a 4.4 (rounded down to a 4) out of 5.
(See my other Space related posts) – Have you heard of the Tiangong space station? It is China’s space station, and it received its first crew of three astronauts on June 17, 2021. They will spend three months aboard the low Earth orbit station. The station’s Tianhe core module was launched only two months ago.
The module provides propulsion and navigation to the station. It also contains the power supply and life support systems. There is a 50 cubic meter quarters accommodation for the three astronauts. The Tianhe module includes several docking ports. The ports will allow the addition of planned expansion modules. Visiting Shenzhou spacecraft will also use them. The schedule calls for the launch of the first two expansion modules for the station in 2022.
Watching the video the station has a very new and modern look. The Chinese build the station as a rival to the International Space Station (ISS). The ISS mission is currently set to expire in 2024, though there could be a 4-year extension..
See my other Robot related posts) – It was only a few years ago when I watched a robot challenge where simply standing up and walking was an achievement. Seeing these Boston Dynamics Robots dance around shows how far they have come. It makes me really wonder what I will be seeing in 2030!
For many years communicating with your computer by thought has been science fiction. Today, that is coming closer to reality. Many significant advances have been made to manipulate prosthetics. Efforts to create a wider brain/machine interface are underway.
One of the major efforts in this area is being made by Neuralink. Elon Musk, among others, founded the company in 2016. Elon Musk has said that humans must become cyborgs if they are to survive in the robot and AI filled future. He has predicted that we must enhance our own intellectual abilities. If we do not, we will become redundant. According to Musk, Neuralink’s first goal is to help people deal with brain and spinal cord injuries or congenital defects.
Musk has said, “Over time I think we will probably see a closer merger of biological intelligence and digital intelligence.” The concept behind that is to integrate communications and computer processing power.
Neuralink is researching a direct link between the brain and computers. It has developed a system to feed thousands of electrical probes into a brain. According to Musk, it hopes to start testing the technology on humans sometime in 2020.
Neuralink has the potential to reshape both computing and humanity. The approach that Neuralink is taking uses a robot to insert tiny leads. Each of these leads is only a fraction of the width of a human hair.
First, sewing machine-like technology drills small holes. Ultra-thin electrodes called threads are inserted. A small chip is connected to a “wisp” of 1,024 threads. Up to 10 chips might be embedded under a user’s skin. Musk has said, “Ultimately, we can do a full brain-machine interfaces where we can achieve a sort of symbiosis with AI.” It might be possible for people to type 40 words per minute by thinking with such an interface.
Neuralink calls their approach a Neural Lace. The Neural Lace provides a technology layer above our brains. The expectation is for Neural Lace to increase our cognitive performance levels. The thought is that the closer we become to AI the less of a threat it will be. Neuralink hopes to have this in a human patient by the end of this year.
The Neuralink electrodes are being designed to both read and write data. The Neural Lace is a device that is intended to grow with your brain. Its major purpose is to optimize mental output.
In the long term, Neuralink sees brain-connected chips and wires placed under the skin. The user would wear a communications pod behind their ear like a hearing aid. The ‘pod’ would then use Bluetooth or WiFi to communicate with a phone or computer. The long-term goal is to build a “digital superintelligence layer”. It will provide a high bandwidth interface between the brain and machine intelligence. The distinction between humans and machines may become almost imperceptible.
The challenges to developing this technology are significant. There have been successes in tests with animals. According to Musk, “A monkey has been able to control a computer with his brain”. Many labs are researching brain-machine interface (BMI) technology. But some worry that Neuralink’s invasive method is risky.
The development of other non-invasive methods are underway. The hope is for these to not only read brain activity but also stimulate it. Using one of these technologies humans may someday be able to define what we want to become. It seems clear that humans are on a path to a more symbiotic relationship with our machines.
This is part of transhumanism. That is the enhancement of humans through the use of technology. At the low-end many of us have already taken a step along the transhumanism path. By wearing eyeglasses or a hearing aid we have augmented our bodies with technology. Other augmentations might enable us to ‘see’ wavelengths of light outside the usual visual spectrum. They might also include methods to accelerate the pace of learning. We might someday rapidly learn new skills or gain a better memory. Further Reading
Globe created by the Multimodal Acoustic Trap Display developed at the University of Sussex. Credit: Eimontas
I thought that this was something of interest. The article “From sci-fi to science lab: Holograms you can ‘feel’” describes a holographic system called Multimodal Acoustic Trap Display (MATD) which “can simultaneously deliver visual, auditory and tactile content”. This uses “acoustophoresis” to move and manipulate particles to create the hologram.
The meteorite that created the crater 50,000 years ago is estimated to have weighed 300,000 tons and was traveling at a speed of 26,000 miles per hour when it hit the Earth. The meteorite exploded with the force of 2 ½ million tons of TNT. In the photo above you can see the largest found fragment of the mostly iron meteorite.
The resulting crater was 3/4 of a mile (about 1 kilometer) wide and 750 feet deep. Over the intervening 50,000 years, the crater has filled in some so that it is now only 550 feet deep.
To give you some perspective of the size, they have placed a 6′ astronaut figure (because the astronauts headed to the Moon trained here) and a 4′ x 6′ US flag at the base of the crater. They are placed inside the red circle in the photo above.
Of course, you can’t see them with the naked eye. Even in the close up above you can’t see them.
I had to use one of the prepositioned telescopes at the visitor center observation deck to see them. With a little effort, I captured a photo with my iPhone. That does put the distance in perspective!
There is a nice visitor center (far right) with a film and museum on the edge of the crater. You can also see in the photo above how the rim of the crater is raised almost 150′ above the level of the ground. This is because the meteorite buried itself into the ground before exploding. That explosion pushed the edge of the crater up as well as spreading millions of small meteorite bits around the area.
We were also on a short guided (man in yellow) tour that went about a quarter of a mile west along the north rim of the crater.
We thought that this side trip was well worth the expense (Adults: $18.00, Seniors (60+): $16.00, Juniors: (age 6 to 17) $9.00, Non-Active Duty U.S. Military/Veterans (with I.D.): $9.00) and time.