I recently read an article about a superconducting supercollider that might be built in Texas.

我最近看到一篇文章讲是德州可能会建造超导超大型加速器。

Fermilab, is the home of the Tevatron accelerator, once the largest superconducting supercollider in the world.

费米实验室最为著名就是Tevatron加速器, 它曾经是世界上最大超导超级对撞。

Sporting a superconducting chip cooled to within a fraction of a degree of absolute zero, this certainly sounded high-tech.

这款电脑听来十分高端，因为它配有超导芯片，能冷却至绝对零点几度。

We bring a certain amount of technology, know-how, to their machine because we started with a superconducting machine.

“我给器带去了一定技术, 知识, 因为是我创了超导器先河。

Dr Subramanian and his team have got close. The tin approach has resulted in some promising flame-bright superconducting oranges.

Subramanian博小组已经接近成功。锡方法已经产生了一些有希望鲜如火焰超导橘色。

Flame-bright superconducting oranges, But shrinking the band gaps of such materials.

火焰般明亮超导橙色，但缩小这些材料能带隙。

We often use these supercool superconducting magnets in MRI machines.

我经常在 MRI 器中使用这些超冷超导磁体。

This is a very powerful, superconducting device that allows us to understand quantum states of light?

这是一个非常强大超导设备，它使我能够理解光量子态？

To benefit from that technology, we'd need to discover new superconducting materials that operate at room temperature.

要利用这项技术，我需要发现能在室温下工作新型超导材料。

The main component of the composition was the solenoid of the superconducting magnet they were still installing.

组成主要部件是仍在安装超导磁体线圈。

For now, there are two leading approaches: trapped ions and superconducting qubits.

目前， 有两种主要方法：捕获离子和超导量子比特。

Superconducting material here, let's say niobium is a very typical superconductor.

这里所说超导材料，我以铌为例，它是一种非常典型超导体。

The same is true for superconducting neurons, and the same is true if we're trying to use light for communication.

对于超导神经元也是如此，如果我试图使用光进行通信也同样如此。

Sometimes referred to as a superconducting weak link.

有时被称为超导弱链接。

I got to get this superconducting coolant system back online before I can access the rotors, work on dislodging the debris.

我得让这个超导冷却系统恢复运行，然后进入到旋翼取出撞击碎片。

But let me just try to break it down simply: We shoot big batches of muons into a large 14-meter-diameter superconducting magnet.

但让我试着简单解释一下：我将大量μ子射入一个直径14米超导磁铁中。

One of my group leaders, Seywounam, has built his career around these superconducting single photon detectors.

我团队领导之一，Seywounam，职业生涯正是围绕这些超导单光子探测器构建。

And that is the way this is usually built in a superconducting realm is you have that dilution refrigerator with a chip inside it.

通常在超导领域构建这种系统方式是，你会使用一个稀释制冷，里面装有一个芯片。

So, You're current biasing this so there's current flowing through that superconducting branch.

所以，你正在对这个进行电流偏置， 使得电流流经那个超导支路。

Since there's a resistor over here, all the current goes through the superconducting branch.

由于这里有一个电阻，所以所有电流都流过超导支路。