Unlike many self-driving car companies, Tesla does not use lidar, a more expensive kind of sensor that can see the world in 3D. It relies instead on interpreting scenes by using the neural network algorithm to parse input from its … Continue reading →

Samsung. In 2019, it introduced the Tesla Full Self-Driving (FSD) computer, which features a chip of Tesla’s own design, and is produced by Samsung. Never one to rest on its laurels (not that FSD has really won any laurels yet), … Continue reading →

This one-atom-thick material can be seen with the naked eye because it absorbs approximately 2.3% of light. Can you see graphene oxide? A team of researchers at UNSW has observed a unique phenomenon in graphene oxide (GO).With this type of … Continue reading →

This is due to the effect of the intercalation of lithium ions in and out of the crystal electrode structure. The electrodes’ stress leads to the particles’ crack, leading to increased internal impedance as the cells ages or break down … Continue reading →

Step 1: at low speed centrifugation (500-1000 rpm), remove graphite flakes and multilayered GO, keep the supernant. Step 2: using high speed centrifiguration (10000 -12000 rpm), discard supernant. You can repeat Step 2 for 3-5 times with washing by distilled … Continue reading →

Gorilla Glass is made from chemically strengthened alkali-aluminosilicate. The product’s strength is a result of the ion exchange process the glass undergoes during manufacturing. Once the glass has been manufactured, it is dipped in a bath of molten salt. Is … Continue reading →

Lab-grown diamond could find its way onto your phone. Made with lab-grown diamonds, Akhan Semiconductor’s Miraj Diamond Glass promises to be stronger than other materials used to cover the phone’s fragile electronic display. Is diamond used in phones? Diamond is … Continue reading →

Connect the positive (“+”) jumper cable to the positive terminal on the good battery and then the positive terminal on the dead battery, followed by the negative (“=”) connections. Start the engine of the running car, and run it for … Continue reading →

The most common Caravan Battery setup that most caravan manufacturers supply will include 2 x 120amp batteries, with 2 x 150 watt solar panels on the roof and a 40amp AC Caravan Battery Charger. What type of battery does a … Continue reading →

10/06/1988. Luminous Power Technologies Pvt. Ltd. is a Private Limited Unlisted company incorporated on 10/06/1988 and has its registered office in the State of Delhi, India. Is Luminous is an Indian company? Schneider Electric on Friday said that it plans … Continue reading →

In 2011, Schneider had acquired 74 per cent share of Luminous Power and later acquired the balance 26 per cent in 2017. Is Luminous a Schneider brand? Schneider Electric on Monday signed an agreement to acquire 74% in leading inverter-maker … Continue reading →

Exide IT500. 1 tubular battery for inverters, as we all already know, Exide IT500 holds the no. 1 position. Exide IT500 is a 150 ah tall tubular battery from India’s largest battery manufacturing company. Are Exide batteries good for inverter? … Continue reading →

Carbon dioxide strongly absorbs energy with a wavelength of 15 μm (micrometers). This makes carbon dioxide a good absorber of wavelengths falling in the infrared radiation region of the spectrum. How much heat can CO2 absorb? Detailed laboratory studies of … Continue reading →

Replace your air filters and any other parts as needed to improve ventilation and lower CO2 levels in your home. Design your home to support airflow. Limit open flames. Incorporate plants in your home. Increase airflow while cooking. Limit your … Continue reading →

Fullerene is used as conductors. It can be used as an absorbent for gases. Fullerene is used as a lubricant. Some forms of fullerenes are used in making cosmetics-related materials. What are 3 uses of fullerenes? It has various applications … Continue reading →