Bonds Flashcards

1
Q

Describe a bond?

A

(1) Holder: entitlement to set of fixed cash payments
(2) Borrower: obligation to pay set of fixed cash payments
(3) Regular interest payments, “coupons” (C),
(4) Face value (F), “principal” (aka “par value”) paid at maturity, T

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2
Q

What is “yield to maturity”?

A

“Yield to maturity” (YTM or yield) and is the return demanded by investors to hold the bond

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3
Q

Why is the bonds face value might be worth less today?

A

(1) Prices adjust through supply and demand -> yield comes from the opportunity costs
(2) Incorporates:
- >Real compensation for deferred consumption (e.g., apartment)
- > Expected inflation
- >Risk premium (interest rate risk, default, liquidity)

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4
Q

What are sources of dollar return for bond investors?

A

(i) the periodic coupon interest payments made by the issuer,
(ii) any capital gain (or capital loss—negative dollar return) when the bond matures (F-P), is called, or is sold, and
(iii) interest income generated from reinvestment of the periodic cash flows

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5
Q

What is the difference between Yield to maturity and coupon rate?

A

Yield to maturity (YTM), r, is what an investor earns buying a bond at the current market price and holding it to maturity (assuming coupon payments are reinvested at the yield)
– It is also the internal rate of return (IRR, or ‘discount rate’) that equates the bond’s discounted cash flows with its price
-> Takes into account (i) coupon interest + reinvestment of coupons, and (ii) capital gain (or loss)

Coupon rate, c, is the coupon divided by the face value,
-> Does not consider capital gain, and therefore can (and usually will) differ from yield to maturity

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6
Q

Yield and price relationship?

A

When:
– r > c then PF and bond trades at “premium” (might be willing to pay more if other opportunities give less return -> invest until it gives the same amount of return as other opportunities)
– r=c then P=F and bond trades at “par”

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7
Q

What happens to bond prices through time?

A

Clean prices converge to F as t -> T

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8
Q

Effective vs. stated rates

A

Effective annual rates (EAR) allow comparison between stated annual rates (SAR) (a.k.a. Annual Percentage Rate (APR)) of different compounding frequencies

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9
Q

Name three general principles of pricing bonds

A
  1. The cash flows cannot be changed so the interest rate has to be adapted to the cash flows
  2. The cash flow frequency defines the compounding frequency as each cash flow can be reinvested to earn interest on interest
  3. Thus the interest rate should be expressed so that its compounding matches the cash flow frequency, from which we get the effective rate per cash flow period
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10
Q

What is the indenture?

A

A written agreement between the corporation (borrower) and the lender (bondholder), a.k.a. deed of trust, containing terms and features of the debt, e.g.:

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11
Q

Describe features of bonds (maturity, form, security, seniority)

A

• Maturity
– “note” generally <10 years to maturity when issued – “bond” generally >10 years to maturity when issued

• Form
– “registered”: company maintains record of ownership and automatically makes payments
– “bearer”: certificate is evidence of ownership, request payments

• Security
– “secured”: assets pledged as collateral, in default collateral is possessed by lender
– “unsecured”: no collateral pledged, in default claim is to assets not pledged

• Seniority
– “senior” and “junior” or “senior” and “subordinated”: priority of claims

• Call provisions

• Repayment
– At maturity
– Before maturity (part)

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12
Q

What are call provisions?

A

– Allows company to repurchase (“call”) part or all of the bond issue at specified prices/times
– Used to refinance debt
– Deferred call provisions
– “Make-whole” call provisions: a guaranteed rate at which PV calculated when called

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13
Q

What is a Sinking fund?

A

Sinking fund: trustee account into which company makes annual payments to retire portions of debt

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14
Q

What are Protective covenants?

A

Limitations on company actions during life of bonds

– e.g., dividends, pledges of assets, mergers, additional debt, working capital requirements, financial statements

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15
Q

What is a Convertible bond?

A

– Allow holder to exchange bond for the company’s stock at conversion ratio

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16
Q

Risks associated with investing in bonds

A

Interest rate risk
– If an investor has to sell a bond prior to the maturity date, an increase in interest rates will mean the realisation of a capital loss
– Interest rate fluctuations cause systematic variation in bond prices (we will discuss measures of this risk in the next lecture)
– The major risk faced by a bond investor (in normal times)

Reinvestment risk
– Risk that the interest rate at which interim cash flows can be reinvested will fall; greater for longer holding periods and high- coupon bonds
– Offsets interest rate risk to a certain extent

Call risk
– Risk that a callable bond will be called when interest rates fall

Credit risk (default risk)
– Risk that the issuer of a bond will fail to satisfy the terms of the obligation with respect to the timely payment of interest and repayment of the amount borrowed
– Downgrade risk is the risk of a downgrade in credit rating which can lead to capital losses as yield rises (i.e., a form of idiosyncratic interest rate risk)

Liquidity risk
– Bond investor may not be able to sell a bond quickly at or near its value

Exchange rate risk
– If bond is denominated in a different currency

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17
Q

What is Securitization?

A

Securitization is a process that involves:
– (i) Pooling assets (e.g., loans, bonds), then
– (ii) Selling packages of cash flows with different ‘priorities’, backed by the asset pool

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18
Q

What is Tranching?

A

Tranching: (a.k.a. credit enhancement) using seniority to split off “tranches” of CDOs with different levels of risk and therefore different credit ratings:

– Principal and interest are paid in order of seniority.
– If the underlying asset pool becomes insufficient to make payments on the securities (e.g., when underlying loans default), the loss is absorbed first by the subordinated tranches, and the upper-level tranches remain unaffected until the losses exceed the entire amount of the subordinated tranches.
– Used to, e.g., sell bundles of subprime mortgages to pension funds

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19
Q

Dangers of CDOs:

A
  1. Pricing is VERY sensitive to key underlying parameter
    estimates, particularly default correlation
    – Default correlation is difficult to estimate, particularly because defaults are rare, and is NOT constant through time
    – CDO-squared (and higher orders) are particularly sensitive to errors in parameters  potential for substantial mispricing of risk
  2. CDOs have high proportion of systematic risk compared
    to single name corporate bonds of equal credit rating
    – Neglectingthisfact,theiryieldslookedveryattractivehigh demand  strong pressure on banks to lend more so that more CDOs could be createdirresponsible lending
    – Credit ratings may have been misleading because (i) they did not distinguish systematic vs idiosyncratic, (ii) naively extrapolated parameters from good market conditions
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20
Q

What is a Repo?

A

A repurchase agreement (repo) is a form of short-term borrowing for dealers in government securities. In the case of a repo, a dealer sells government securities to investors, usually on an overnight basis, and buys them back the following day at a slightly higher price. That small difference in price is the implicit overnight interest rate. Repos are typically used to raise short-term capital. They are also a common tool of central bank open market operations.

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21
Q

Why repos are needed?

A

– Maybe someone needed the cash to speculate on Nasdaq OMX Riga stocks
– Maybe someone had excess cash and wanted a safe investment that pays interest
– Maybe someone thought someone could sell my LV bond today and buy a similar one for cheaper in a year’s time before returning it to me

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22
Q

What is Interest rate risk?

A

Interest rate risk is the sensitivity of the bond’s price to changes in yields

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23
Q

How to measure interest rate risk?

A

Duration is a measure of the sensitivity of the price of a bond or other debt instrument to a change in interest rates. A bond’s duration is easily confused with its term or time to maturity because they are both measured in years. However, a bond’s term is a linear measure of the years until repayment of principal is due; it does not change with the interest rate environment. Duration, on the other hand is non-linear and accelerates as time to maturity lessens.

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24
Q

What is modified duration?

A

Modified duration is the percentage change in bond price
per change in yield:

  • > Also known as bond “volatility”
  • > Useful to calculate price changes in response to small parallel changes in interest rates
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25
Q

What is dollar duration?

A

Dollar duration is the dollar change in price for a change

in yield

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26
Q

What is Effective duration?

A

Callable bonds and bonds with embedded options (e.g., convertibles) are difficult to analyze with Macaulay’s or modified duration because future cash flows are no longer known.

-> By definition effective duration is equal to the proportional change in bond price for a unit change in market interest rates

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27
Q

Characteristics of duration

A
  • Duration of zero-coupon bond is time to maturity, T
  • Ceteris paribus, higher coupons => lower duration
  • Ceteris paribus, longer maturity => higher duration
  • Ceteris paribus, higher yield => lower duration
  • For bonds – duration is always between 0 and T
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28
Q

What is convexity?

A

Think of convexity as an “adjustment” for the error made by duration in approximating the price-yield curve

• Convexity => larger price increases when rates fall and smaller price declines when rates rise

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29
Q

Duration and convexity of a callable bond

A

When interest rates are high, probability of call is low and curve is as per a non-callable bond

-> in this region duration and convexity unaffected by call option

As rates fall, price approaches the limiting call price and convexity becomes negative
-> convexity and duration of callable bond are less than or equal to those of non-callable bond equivalent

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30
Q

The limitations of duration

A

(1) Good for small changes in yields
(2) Must have the same discount rate for all
(3) Parallel shifts in the yield curve
(4) Cannot be used for callable or puttable bonds

31
Q

What is Immunization?

A

Immunization = strategies to shield overall financial status from interest rate fluctuations

• One approach: match the duration of assets to the duration of liabilities. When interest rates change, the assets will still be able to cover the liabilities.

Recipe:
– Calculate duration of liabilities
– Calculate duration of assets that can be used in your portfolio – Find asset mix that equates durations
– Fully fund the obligation

-> When interest rates change, durations change and therefore duration hedges can break down. As time passes, durations change and therefore matches need realigning

32
Q

What are alternative to immunization?

A

• Cash flow matching – buy zero coupon bond to identically (value and time to maturity) match the liability

• Dedication – cash flow matching on a multi-period basis with zero-coupon or coupon bonds
• Advantages:
– No rebalancing
– No remaining exposure to large rate movements
• Disadvantages:
– Difficult or impossible to obtain required securities for some liabilities

33
Q

What is Horizon analysis and holding period returns?

A

Horizon analysis is useful when holding a bond for less than the time to maturity
– Predict the yield curve at the end of anticipated holding period
– Calculate holding period return based on yield curve forecasts

34
Q

What are spot rates and yield to maturity?

A

Spot rates are today’s rates for loans (that pay interest at the end) of different maturities
– Can think of spot rates as yields on zero coupon bonds

Spot rates are a way of expressing the term structure of
interest rates
• Yield to maturity is:
– An average (complex weights) of the spot rates,
– It is IRR for the set of cash flows paid by the bond.

35
Q

Why do interest rates often differ for bonds of different maturity?

A
  1. Different rates of inflation over different horizons
    – Known as the “expectations theory”
    – Leads to an extremely accurate leading indicator of recession
  2. Longer term bonds are less liquid because your money is “locked in” for longer (if you cannot find a buyer)  require a return premium to hold longer maturity bonds
    – Known as the “liquidity preference theory”\
  3. Different investors/issuers have different preferences for maturities and therefore supply/demand at each maturity determines the bond’s price and yield
    – Known as the “preferred habitat theory”
36
Q

What is Pure expectations hypothesis?

A

Implications:
– Long term rates are a function of expected future short term rates only and therefore upward sloping yield curve => expectations that short term rates will rise (and vice versa)
– Investing in higher yield long term bonds will not earn more than investing in a series of short term bonds unless investors overestimate future rate increases
– On average yield curve should be flat

37
Q

Real vs. nominal rate

A
  • Nominal (aka current) dollars are the actual amounts in transactions
  • Real (aka constant) dollars are obtained by removing the effect of inflation on nominal dollars and are useful in comparing purchasing power-> Returns:
    – “nominal”: percentage change in the dollars you have
    – “real”: percentage change in your purchasing power
38
Q

Inflation expectations in expectations theory?

A

Investors care about purchasing power and therefore demand compensation for inflation:

  • Expectations of rising future inflation causes expectations of higher future short-term nominal interest rates and therefore upward sloping yield curve
  • Expectations of falling future inflation causes expectations of lower future short-term nominal interest rates and therefore downward sloping yield curve-> Therefore, a large proportion of the expected variation in interest rates is due to expected variation in inflation, i.e., inflationary expectations have a large impact on the shape of the yield curve under the pure expectations hypothesis.
39
Q

What is liquidity preference theory?

A

Investing in long-term bonds is RISKIER and less liquid:
-> Investors demand compensation for the additional risks associated with holding longer term bonds in the form of a interest rate risk premium.

  1. Prices of longer maturity (= longer duration) bonds are more sensitive to interest rate changes (higher volatility) – i.e., long term bonds have higher systematic interest rate risk
  2. Long-term inflation is more difficult to forecast than short- term inflation, i.e., long term bonds have higher inflation risk (risk that the real payoff is eroded by higher than expected inflation)
  3. Long-term bonds can be less liquid than short-term bonds because a short-term bond can be held to maturity if there are no buyers, i.e., long-term bonds have greater liquidity risk
40
Q

What is Market segmentation/preferred habitat theory?

A

Assumes investors operate solely within segments of the yield curve and different maturity bonds are not substitutes, e.g., speculators require liquidity and demand short-term bonds, institutions/pension funds hedge long dated liabilities with long- term bonds, companies like to issue bonds that match a project’s horizon

  • Local supply and demand conditions determine equilibrium price/yield
  • Implies yield curves can be upward or downward sloping, humped or dented
41
Q

How can you Insuring against default?

A

Credit risk can be hedged by buying insurance against default, “credit default swap” (CDS)

• CDS purchaser pays insurance premium (“spread”) to seller and if company defaults seller pays purchaser difference between bond market price and face value

42
Q

Implications of CDS?

A

• A ‘pure’ measure of default risk
– Bonds include compensation for time value of money, i/r risk, liquidity premia, etc.

• Effectively a means of shorting a company’s bonds
– Completeness + information should make markets more efficient and improve resource allocation

Risk: Naked (most of the market ~80%) vs. covered position

43
Q

How to predict default?

A

(1) Credit risk: expected yields < promised yields
(2) Bond ratings predict default and precipitate default
- > Credit ratings matter because they determine the cost of raising debt financing and the number of potential investors; credit rating downgrades can precipitate financial distress
(3) CDS spreads (price of default insurance) provide a cleaner probability of default

44
Q

What are the ‘roles’ (purposes) of markets?

A
  1. Match buyers and sellers (facilitate transfers) to realize “gains-from-trade” (welfare)
    • > Transfer resources through time and space
    • > Transfer risks
    • > Facilitate diversification
  2. Efficiently channel resources to their best use within the economy
    • > Pooling resources for large investments
    • > Direct resources to their best use
    • > Provide information to decision-makers (corporate managers) about investments
45
Q

What makes a ‘quality’ market?

A
  1. Liquidity
  2. Informational efficiency
  3. Integrity (confidence)
46
Q

What is Liquidity (element of market quality #1)?

A

A liquid market is one in which a large amount of an asset can be traded quickly without having a large impact on the price
-> Typically, there is a trade-off between selling something quickly and selling it at a good price

47
Q

What is Informational efficiency (element of market quality #2)?

A

(1) Markets aggregate dispersed information more accurately than individuals (Hayek hypothesis)
- > Profit-motivated trade impounds information into prices creating a positive externality

(2) Prices act as signals in directing scarce resources to their most efficient uses
- > If prices are wrong (e.g., tech boom) investment is distorted (too cheap capital for high techs)

48
Q

What is Integrity (element of market quality #3)?

A

The perceived “fairness” of markets

Most regulator mandates are to “ensure fair and efficient markets”
–> Efficient = liquid and informative prices; “fair” is often overlooked in academic studies due to difficulty in measurement

Violations:
– Insider trading
– Marketmanipulation
– Broker-client conflicts (e.g., frontrunning)

49
Q

What are Limit order markets?

A

Limit order book maintains a list of all unexecuted limit orders: -> Can be considered as democratic markets as everyone can interact with each-other without

– Best priced buy order sets the inside “bid” quote
– Best priced sell order sets the inside “ask” quote
– Bid

50
Q

Market/limit order choice trade-offs

A

Limit orders
– Pros: Can achieve better execution price
– Cons: Order may not execute at all; price might move away from the order and the order has to be revised to a less favourable price; waiting time

Market orders
– Pros: Immediacy, avoids the non-execution risk of limit orders
– Cons: By crossing the spread you pay more for the execution; may also give away some of your information or have greater price impact

-> In general in markets, the less patient you are the more you pay for the trade

51
Q

Name two non-transparent or partially-transparent orders:

A

(1) Fully hidden orders (“undisclosed orders”)
- > Orders that display none of the quantity (in some markets such orders indicate their presence and use a symbol to conceal the volume)

(2) “Iceberg orders” (“reserve” order)
- > Orders that display a fraction of the quantity and once this executes, the order automatically replenishes the visible posted volume

52
Q

What is a call auction (aka “batch auction”)?

A

– During order accumulation period, can have bid > ask because no trades can occur during this period
– At a single point in time (often random) and algorithm sets a price and pairs off bids ≥ price with asks ≤ price to make trades
– Many algorithms exist, but usually max volume is a priority

53
Q

What are the uses of call auctions?

A

Uses of call auctions:
1. In some markets periodically to pool liquidity
• e.g., small stocks in Euronext do not trade continuously but have two call auctions per day. ASX recently piloted periodic call auctions for small stocks
2. Often to open and close markets, why? Think:
• Passive funds,
• Uses of opening/closing prices, e.g., derivatives settlement.
3. As a solution to HFT (e.g., Budish, 2015, QJE)

54
Q

What are dealer markets?

A

“Quote driven” because dealers post quotes, then traders decide whether to trade, and with which dealer
– Investors cannot trade with each other, only via dealer
– Operate well if high level of inter-dealer competition
– Often physically dispersed and connected with telephone and computer

55
Q

“Upstairs” vs “Downstairs” markets

A

(1) “Upstairs” = Broker/dealers negotiate trades directly with other broker/dealers then report the trade to the exchange
- > e.g., pick up the phone and call other brokers to try and find a counterparty, called “shopping a block”

Often used for large liquidity motivated trades, “blocks” that would otherwise have large price impact on market

(2) A downstairs market (also known as a central market) is an on-exchange market (organized marketplace) where small orders are filled. This mechanism for matching sellers to buyers in large trades involves slicing a block trade into small chunks in order to avoid a substantial market impact. Through a downstairs market structure, investors can execute their orders in a gradual manner (in manageable pieces) without revealing the aggregate size of the trade. A downstairs market is a specialist/limit-order book structure as small orders get executed via a limit-order book with a specialist, rather than via a dealership market.

56
Q

What are some other market design features?

A

(1) Anonymity
– Does the market disclose the trader/broker?
– Pre-trade (with posted quotes), post-trade (with printed trades)

(2) Opening/closing mechanisms
– Most markets now use opening and closing call auctions with random timing
– Reduce price manipulation
– Allow trading at the closing price (e.g., index tracking)

(3) Price limits (aka “circuit breakers”)
– Halt a market or a stock when the price movement exceeds a threshold
– “time-out” for market participants to cool down and assess the information

57
Q

Name three types of traders

A

• Informed

–> Aim to profit from discrepancies between the market prices and the “fair” price (or “fundamental value”: the value everyone would agree upon if everyone knew all the relevant information and how to interpret it)
–> Information could be from:
• Analysis (fundamental or technical, including stat arb – will discuss these later)
• Inside (private) information (e.g., what earnings will be before the announcement)
• Knowledge of order flow (e.g., brokers frontrunning client orders)

(2) Uninformed (“liquidity” traders)
• Portfolio rebalancing
• Cash needs or excess
• Hedging / diversification
• Think they are informed
• Gambling

(3) Liquidity suppliers
–> Designated market makers (contractual obligation to provide quotes)
–> Informal market makers – companies that are not obliged to provide liquidity but choose to do so for profit, e.g., HFTs

58
Q

Describe liquidity providers: Business model

A

Liquidity provision requires capital to be committed, involves costs, and is risky -> liquidity providers charge compensation (liquidity is costly)

  1. Fixed costs per order for bookkeeping, etc.
  2. The market maker takes on market exposure – prices could change while the market maker is holding long/short inventory
    • If risk averse, the market maker should charge compensation for such risk
    • Known as “inventory holding cost”
  3. Risk of making loss to informed trader: “adverse selection cost”
59
Q

What are the Effects of informed traders on liquidity?

A

Informed traders know whether price is above or below the “fundamental” value (“fair value”, “intrinsic value”)
–> Therefore informed traders buy before abnormal price increases and sell before abnormal price decreases

60
Q

What is adverse selection?

A

Rather than facing a random stream of buy and sell orders, the liquidity provider will face more sellers when his quotes are too high and more buyers when his quotes are too low

61
Q

What determines liquidity?

A
  1. Inventory holding costs are high
    – Fundamental value is very volatile
    – Risk aversion is high
  2. Adverse selection risk is high
    – Many informed traders
    – Large information asymmetry (informed traders know much more than the market)
  3. Fixed order processing costs are high – e.g., before automation
  4. Lack of competition between liquidity providers
    – Liquidity providers can extract economic rents (excess profits)
62
Q

If uninformed traders lose money, why do they trade?

A

Behavioural biases, such as overconfidence
– People overestimate their ability
– People overestimate the precision of their information

Gains from trade
– Diversification
– Capture risk premia (even if their alpha is negative they can still be earning positive profits – just not on a risk-adjusted basis)
– Transferring consumption through time (saving/borrowing)
– Transfer risks to those that can best bear them
– Utility from gambling

63
Q

If informed traders make abnormal profits, why don’t more people choose to become informed?

A

Information production is costly
– e.g., perform fundamental analysis (do a company valuation) to obtain a trading signal (price above fundamental value  sell; and vice versa)
– e.g., technical analysts invest in software and designing algorithms to pick up patterns in prices/volumes

Therefore in equilibrium, the trading profits of informed traders should be just enough to cover their costs of producing the information

64
Q

How do prices end up impounding information?

A

“Price discovery” is the process by which information is impounded into prices and prices converge towards their fundamental values

(1) Because of the informed traders, when the liquidity provider’s quotes are too low (below the fundamental value) he/she will receive more buys than sells (due to buying pressure from the informed traders) and when the quotes are too high he/she receives more sells than buys
(2) So order imbalance (number of buyers minus number of sellers) is informative about whether the fundamental value is higher/lower than the current prices
(3) Therefore, to avoid making further losses to informed traders the liquidity provider adjusts the quotes up or down in the direction of the order imbalance

65
Q

What happens when price discovery occurs?

A

As price discovery occurs:

  1. Prices converge towards fundamental values, and
  2. Spreads narrow because the informational advantage of informed traders decreases (and thus losses to informed traders decrease)
66
Q

Who whats to trade with whom?

A

Traders have different preferences with regard to who they trade with and under what rules/structure

– Informed want to trade with uninformed traders (think what happens to a market consisting of only informed traders)
– Uninformed traders want to trade with other liquidity traders (but think about what happens if all traders are uninformed)
– Liquidity providers want to provide liquidity to uninformed traders
– Informed want to prevent their information from being impounded in price
– Uninformed traders want to signal that they are uninformed

67
Q

Current issues in the changing trading landscape

A

Issues:

(1) Fragmentation
(2) Automation (algorithmic trading)
(3) Dark trading and systematic internalization

Drivers:

(1) Competition
(2) Technology

68
Q

Pros/cons of fragmentation

A

The increase in number of trading venues/mechanisms creates complexity in execution and order management

(1) CON: Network externalities favour consolidation
– When more traders use a particular market, the market’s ability to match buyers and sellers increases, decreasing trading costs, which attracts more traders
(2) CON: Fragmentation can also decrease liquidity by increasing search costs and thus decreasing competition between liquidity providers

(1) PRO: Increased competition between trading venues, which may result in lower trading costs
(2) PRO: Trading platforms that are increasingly tailored to suit the needs of different clienteles

69
Q

Types of algorithms?

A

(1) Agency (trade on behalf of someone) / execution algos
– Seek to implement a position change at the lowest possible cost (execution algorithm)

(2) Proprietary (trade to make money)
– Aim to make a trading profit
– Relatively short holding periods
– Often start/end flat (zero inventory)
– e.g.,
70
Q

What is ‘dark trading’?

A

Broadly, speaking, dark trading (trading without pre-trade transparency) consists of:
– Dark pools (dark crossing systems)
– Broker internalization and manual matching of client orders
– Upstairs block trades
– Dark order types in lit order books

71
Q

Major concerns about dark trading

A

(1) Regulators concerned the rapid growth in dark trading is is harming market quality (liquidity + price discovery)

72
Q

What is Floating rate?

A

– An exchange rate that changes depending on supply and demand in the market, which is determined by:
• Firms trading goods
• Investors trading securities
• The actions of central banks in each country
– Most foreign exchange rates are floating rates

73
Q

Some problems/risks in hedging with futures

A

(1) Spot and futures prices occasionally move in opposite directions
(2) Cannot always get a contract for the desired quantity
(3) Cannot always get a contract for the desired commodity
(4) Cannot get the desired expiry
– Take closest expiry
– Roll over contracts if need longer expiry
(5) Margin requirement and calls from mark-to-market

74
Q

Reasons to hedge risks with financial transactions?

A

– Reason 1: Reduce risk of financial distress and associated wealth destroying liquidation costs and avoid missing valuable investment opportunities (also allow increase in leverage, and avoid incurring costs of raising new financing to cover losses)

– Reason 2: Mitigate agency costs