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Image 1)  Drones are a big problem for infantry and all other things. The kamikaze drones can eliminate all persons and penetrate through personal armor. And they are the size of a thermos bottle. Those drones can hide in the masked fire stations that can look like a birdhouse.  And operators can control them over the internet. The quadcopters can carry small bombs like hand grenades or small-size heat warheads that are looking a little bit like WW2 German hand grenades.  The "Switchblade" drones can drop from bombers and even satellites. And that thing gives the B-2 and future B-21 bombers unbelievable accuracy.  Those heat ammunition might not destroy things like main battle tanks. But for the tankers and trucks, those systems can be dangerous. The drones can also carry things like Javelin missiles. And that makes them dangerous for all kinds of armored vehicles. If that kind of drone would be in the wrong hands. it might be dangerous for things like limousines....

The maiden flight of the B-21 Raider stealth bomber will not happen until the year 2023. The fact is that this type of aircraft is protected by very large-scale security systems and security operations. The secrets of those stealth bombers are also big. We all know that the shape of the stealth bomber makes it stealthy. In the same way, the Chinese can make a copy of the USAF B-2 and B-21 bombers by copying their shape to their stealth bombers. But we know that the more interesting parts of those bombers are the unseen parts. We should think like this.  Only things that cannot hide are told to the public. Things like ELF (Extremely Low Frequency) radars are giving that aircraft capacity to find underground facilities and submerged submarines. The stealth bomber is entirety where the stealth missiles and bombs are filling the power.  The stealth technology is useless if the enemy radars can get an echo from the cruise missiles or bombs that the stealth bombers use. If those dro...

   Image 1) The fact is that these kinds of claims and speculations have introduced in the Soviet era. At that time. There were rumors that the Soviets have massive laser stations near Moscow. And the DOD artwork introduced speculations. About what this type of laser station might look like.  There were a couple of incidents where the Soviets targeted satellites by using lasers for covering their secrets. The satellites were not blinded completely and the laser ray just disturbed the photo-recon satellites. The things like CCD cameras and computer-aided photography decrease laser rays' effect. The CCD camera sends images to the computer by using all pixel groups separately.  And all pixel groups are sensitive to a certain wavelength of light. So the system connects the image by using multiple separate images. And the computer can remove the wavelengths of the laser rays. The weakness of the laser ray is it has only one wavelength. And the system can remove the freque...

  Image: BigThink/  No music on Mars: Sound is different on the red planet If we will put the microphone in a chamber and there is similar gas pressure and gas mixture with the atmosphere of the planet Mars, we could make fundamental acoustic sensors. That system makes it easier to separate low- and high-pritch acoustic waves from each other. These kinds of sensors can use to detect seismic sounds. And it can also separate the sources of the sounds.  There would be no music on planet Mars. The reason for that is this. Low-pritch and high-pritch sound waves travel at two different speeds.  On ScitechDaily, the speed of sound on planet Mars is described like this. "On Mars-planet, low-pitched sounds travel at about 240 meters per second, while higher-pitched sounds move at 250 meters per second". But what would somebody make with the speed of sound on another planet?  The fact is that this kind of information can be useful when researchers are making sensors that ...

Computer-Generated Image of China's Xian H-20 Stealth Bomber. Image Credit: Creative Commons. Chinese H-20 and the USAF B-21 stealth bombers are both flying wings. The flying wing design makes those aircraft more economical. And they can carry more payload. Also, the economical flight makes them fly longer time before refueling. And along with stealth technology that makes those bombers very capable for global operations.  The thing is that those aircraft can be very fast because they are aerodynamically very capable. Their shape is smooth. And the curves are soft. That allows the radio waves from the radars to slide over their body without causing an echo. The same way that shape makes air molecules travel over the bodies of those aircraft.  There is the possibility that the magnetic field around those aircraft is boosting the stealth capacity of those super bombers. The magnetic stealth system acts as the Earth's magnetic field and pushes the radio waves away from the aircra...

The new solar panels harvest energy from infrared light. That means they can use things like body temperature. For making electricity at night. The infrared-based solar panels can use any heat source for making electricity.  They can connect to clothes. And infrared solar panels can create energy for the mobile telephone battery. But also microchips that are in the intelligent clothes can get energy from those infrared panels.  But those systems can be even more capable if they are connected with bioluminescence light. The bioluminescence light can use also with regular solar panels. The idea is that the light that solar panels need will produce by using bioluminescence cells.  Bioluminescence light can make it possible to create solar panels that work the nighttime. And bioluminescence light can also use in light amplifiers.  The new solar panels can operate in the darkness. And they can create about 1/10 of the power that solar panels create during the daytime. The...

The bacteria can use in self-repairing organic microchips. The use of living cells as the base of the new biological microchips is making it possible to create microchips that can implant into the human body.  Genetic engineering makes it possible that the surface antigens of those living microchips are similar to their user's antigens. And that denies the immune reaction against those microchips. When we are thinking about the organic- self-assembling and self-repairing microchips we could install them in the nervous system by simply injecting those systems into the blood vessels.  Then the encoded DNA would make those microchips swim to the right point of the nervous system. The use of implanted microchips is limitless. They can use to control mobile telephones or the pilot can control every system of the jet fighter by using brain implanted microchips. But the problem with regular microchips is that they need surgical operations. The self-assembling living microchips can si...