While TVs are often “better” for their price, there’s a magic to projectors you really can’t match. Not to mention, these are more portable, don’t take up too much space, and are becoming much more affordable and capable. For example, the Yaber L2s is a really nice projector, but it is a mere $139.99 right now. This is the lowest price we’ve seen this model go for. Get the Yaber L2s Home Cinema projector for just $149.99 ($120 off)

While TVs are often “better” for their price, there’s a magic to projectors you really can’t match. Not to mention, these are more portable, don’t take up too much space, and are becoming much more affordable and capable. For example, the Yaber L2s is a really nice projector, but it is a mere $139.99 right now. This is the lowest price we’ve seen this model go for. Get the Yaber L2s Home Cinema projector for just $149.99 ($120 off)

Even with foldable phones a reality, batteries have remained stubbornly solid. A new paper outlines a technique for replacing solid electrodes with toothpaste-like fluids. The resultant batteries aren’t just flexible, but can also be stretched. Smartphone manufacturers have pretty successfully proven by now that foldables phones are commercially viable. Granted, phones with screens that bend and flex may never be as durable as their flat, rigid brethren, but so long as you treat them with an appropriate amount of respect, they shouldn’t do you wrong. Many of us are already dreaming about what’s next, and whether or not we’ll ever see foldable-phone tech evolve into something even more flexible — literally and figuratively. Now a novel development in battery engineering gives us reason to be hopeful. Folding screens are no problem, and we’ve even seen displays that roll up like a scroll. But so far those concepts have paired rollable screens with rigid phone bodies. We can make displays flexible, sure, and even circuit boards can be printed on flexible material, but there’s been one major component getting in the way of building a phone where the entire handset body can bend: the battery.

Even with foldable phones a reality, batteries have remained stubbornly solid. A new paper outlines a technique for replacing solid electrodes with toothpaste-like fluids. The resultant batteries aren’t just flexible, but can also be stretched. Smartphone manufacturers have pretty successfully proven by now that foldables phones are commercially viable. Granted, phones with screens that bend and flex may never be as durable as their flat, rigid brethren, but so long as you treat them with an appropriate amount of respect, they shouldn’t do you wrong. Many of us are already dreaming about what’s next, and whether or not we’ll ever see foldable-phone tech evolve into something even more flexible — literally and figuratively. Now a novel development in battery engineering gives us reason to be hopeful. Folding screens are no problem, and we’ve even seen displays that roll up like a scroll. But so far those concepts have paired rollable screens with rigid phone bodies. We can make displays flexible, sure, and even circuit boards can be printed on flexible material, but there’s been one major component getting in the way of building a phone where the entire handset body can bend: the battery.

Even with foldable phones a reality, batteries have remained stubbornly solid. A new paper outlines a technique for replacing solid electrodes with toothpaste-like fluids. The resultant batteries aren’t just flexible, but can also be stretched. Smartphone manufacturers have pretty successfully proven by now that foldables phones are commercially viable. Granted, phones with screens that bend and flex may never be as durable as their flat, rigid brethren, but so long as you treat them with an appropriate amount of respect, they shouldn’t do you wrong. Many of us are already dreaming about what’s next, and whether or not we’ll ever see foldable-phone tech evolve into something even more flexible — literally and figuratively. Now a novel development in battery engineering gives us reason to be hopeful. Folding screens are no problem, and we’ve even seen displays that roll up like a scroll. But so far those concepts have paired rollable screens with rigid phone bodies. We can make displays flexible, sure, and even circuit boards can be printed on flexible material, but there’s been one major component getting in the way of building a phone where the entire handset body can bend: the battery.

Google’s latest Doodle celebrates World Quantum Day. Quantum computers are one of Google’s big research projects, but the fundamentals can be hard to communicate. For today’s Doodle, Google uses a spinning thaumatrope disc to communicate the basics of quantum superposition. When Google’s trying to come up with a theme for its latest Doodle, it’s not like the company is hurting for options. Today for example, April 14, is simultaneously National Pecan Day, National Gardening Day, Cambodian New Year, and a whole lot more. One of today’s celebrations is special for Google in particular because it represents one of the company’s big computational research projects, and in honor of it Google’s got a new animated Doodle. We’re talking about World Quantum Day, and much like Pi Day last month, this one occurs when it does because of a measurement — in this case, Plank’s constant, which can be expressed as 4.14×10−15 eV·s. That fundamental building block of quantum mechanics gives rise to the systems powering some of Google’s most experimental computers, to say nothing of, you know, existence as we know it.

Google’s latest Doodle celebrates World Quantum Day. Quantum computers are one of Google’s big research projects, but the fundamentals can be hard to communicate. For today’s Doodle, Google uses a spinning thaumatrope disc to communicate the basics of quantum superposition. When Google’s trying to come up with a theme for its latest Doodle, it’s not like the company is hurting for options. Today for example, April 14, is simultaneously National Pecan Day, National Gardening Day, Cambodian New Year, and a whole lot more. One of today’s celebrations is special for Google in particular because it represents one of the company’s big computational research projects, and in honor of it Google’s got a new animated Doodle. We’re talking about World Quantum Day, and much like Pi Day last month, this one occurs when it does because of a measurement — in this case, Plank’s constant, which can be expressed as 4.14×10−15 eV·s. That fundamental building block of quantum mechanics gives rise to the systems powering some of Google’s most experimental computers, to say nothing of, you know, existence as we know it.

Google’s latest Doodle celebrates World Quantum Day. Quantum computers are one of Google’s big research projects, but the fundamentals can be hard to communicate. For today’s Doodle, Google uses a spinning thaumatrope disc to communicate the basics of quantum superposition. When Google’s trying to come up with a theme for its latest Doodle, it’s not like the company is hurting for options. Today for example, April 14, is simultaneously National Pecan Day, National Gardening Day, Cambodian New Year, and a whole lot more. One of today’s celebrations is special for Google in particular because it represents one of the company’s big computational research projects, and in honor of it Google’s got a new animated Doodle. We’re talking about World Quantum Day, and much like Pi Day last month, this one occurs when it does because of a measurement — in this case, Plank’s constant, which can be expressed as 4.14×10−15 eV·s. That fundamental building block of quantum mechanics gives rise to the systems powering some of Google’s most experimental computers, to say nothing of, you know, existence as we know it.

Google’s latest Doodle celebrates World Quantum Day. Quantum computers are one of Google’s big research projects, but the fundamentals can be hard to communicate. For today’s Doodle, Google uses a spinning thaumatrope disc to communicate the basics of quantum superposition. When Google’s trying to come up with a theme for its latest Doodle, it’s not like the company is hurting for options. Today for example, April 14, is simultaneously National Pecan Day, National Gardening Day, Cambodian New Year, and a whole lot more. One of today’s celebrations is special for Google in particular because it represents one of the company’s big computational research projects, and in honor of it Google’s got a new animated Doodle. We’re talking about World Quantum Day, and much like Pi Day last month, this one occurs when it does because of a measurement — in this case, Plank’s constant, which can be expressed as 4.14×10−15 eV·s. That fundamental building block of quantum mechanics gives rise to the systems powering some of Google’s most experimental computers, to say nothing of, you know, existence as we know it.

Google’s latest Doodle celebrates World Quantum Day. Quantum computers are one of Google’s big research projects, but the fundamentals can be hard to communicate. For today’s Doodle, Google uses a spinning thaumatrope disc to communicate the basics of quantum superposition. When Google’s trying to come up with a theme for its latest Doodle, it’s not like the company is hurting for options. Today for example, April 14, is simultaneously National Pecan Day, National Gardening Day, Cambodian New Year, and a whole lot more. One of today’s celebrations is special for Google in particular because it represents one of the company’s big computational research projects, and in honor of it Google’s got a new animated Doodle. We’re talking about World Quantum Day, and much like Pi Day last month, this one occurs when it does because of a measurement — in this case, Plank’s constant, which can be expressed as 4.14×10−15 eV·s. That fundamental building block of quantum mechanics gives rise to the systems powering some of Google’s most experimental computers, to say nothing of, you know, existence as we know it.