In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
In a new proof, a long-neglected mathematical object has finally gotten its moment in the spotlight. At first glance, modular forms — functions whose abundant symmetries have intrigued mathematicians for centuries — seem to have garnered more than enough attention. They crop up in all sorts of problems: They were a key ingredient in Andrew … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more
Making living cells blink fluorescently like party lights may sound frivolous. But the demonstration that it’s possible could be a step toward someday programming our body’s immune cells to attack cancers more effectively and safely. That’s the promise of the field called synthetic biology. While molecular biologists strip cells down to their component genes and … Read more